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Ensuring compliance and safety: ATEX-certified Teltonika EYE devices facilitate equipment tracking in hazardous areas EQUIPMENT TRACKING IN HAZARDOUS AREAS WITH ATEX-CERTIFIED EYE DEVICES INTRO In industries where hazardous environments are common, such as oil and gas, chemical or pharmaceutical manufacturing, equipment often needs to be transported. Tracking the location, usage, and maintenance status of this equipment is essential not only for operational efficiency but also for safety. This requires a tracking device which is certified to work in such environments. CHALLENGE Industries posing hazardous environments are enormous: for example, the global oil and gas industry is worth an astonishing $7,331 billion , while the revenue of the global chemical industry is over $4,7 trillion . What is special about these industries is that their environments tend to have a higher risk of explosions and flammable materials , so equipment must be certified to ensure that it meets strict safety criteria and does not compromise the environment in which it is used. Moreover, many processes in these industries are time-sensitive. Delays in locating or accessing equipment can cause significant disruption to operations. In addition, in large chemical, oil and gas facilities, equipment is frequently moved or can be easily misplaced, requiring time and resources to search for it. Stringent safety regulations in hazardous environments require close monitoring of equipment, especially that which could pose a risk if it malfunctions. High-value equipment in remote or less secure areas is vulnerable to theft or misplacement. Finally, inefficient use and maintenance of equipment can lead to increased costs and downtime. There is a need for reliable predictive maintenance based on usage time and the amount of time equipment or tools spend in specific locations. Fortunately, Teltonika Telematics offers a practical solution to these challenges. SOLUTION To solve these challenges, EYE Beacons ATEX and EYE Sensors ATEX are used, so that industries operating in hazardous environments can ensure that they are getting the operational benefits of equipment tracking without compromising safety. Both devices are designed to operate safely in specific explosive atmospheres, which is confirmed by ATEX Zone 1 certification. It offers reliable tracking of personnel and assets without posing a risk of ignition. How it works – Teltonika EYE devices are attached to any items, such as tools, machines, containers, pumps, centrifuges and the like. These models are then scanned by selected gateways placed around the site or by smartphones running a third-party app. These gateways or smartphones can determine the location of each item with the EYE device with room accuracy using a technology called RSSI (Received Signal Strength Indicator). The solution helps to quickly locate assets throughout the facility, saving time and effort that would otherwise be spent searching for them, especially when they are moved. Data from EYE devices can also be used by the platform to automatically alert if someone enters a dangerous area or if an item is taken where it shouldn't be. This can help prevent theft or misuse of equipment. Finally, it helps to schedule equipment maintenance based on its usage. If EYE Beacon is used, asset usage can be determined by its presence in a particular location within a facility. If EYE Sensor is chosen, additional asset movement data could be used to learn about its usage. For example, if a tool is stationary for an extended period, it could be considered 'idle'. In summary, when a piece of equipment is due for maintenance based on its hours of use, the chosen platform can send instant alerts. This is particularly important in hazardous areas where equipment failure can lead to serious safety concerns. The data collected from these beacons can be analysed to identify patterns that may pose safety risks, allowing proactive measures to be taken to improve safety. This improves safety in hazardous environments and significantly reduces the risk of accidents. TOPOLOGY BENEFITS Safe and compliant operations – ATEX Zone 1 certification ensures that EYE Beacons ATEX and EYE Sensors ATEX can be used safely in hazardous environments. Reduced time spent searching for equipment – room-accuracy location enables assets to be found quickly, increasing operational efficiency. It also helps to ensure that equipment is used appropriately and not left in the wrong place. Prevented theft and misplacement – based on asset location, the operators can ensure that equipment is not left in the wrong places or moved out and stolen. On-time maintenance – Teltonika EYE devices help to ensure that equipment is regularly maintained and is not used outside of its designated area, improving safety. Data-driven decision-making – learning the details of equipment usage allows managers in charge to take the necessary action to prevent failure, breakdowns, and make strategic purchases. WHY TELTONIKA? Teltonika Telematics leverages its deep expertise in telematics and IoT to offer highly efficient Bluetooth® LE devices, ideal for tracking equipment in hazardous areas. The EYE devices are designed for convenience, with a compact size, easy mounting and exceptional battery life of up to 10 years. They are also robust, with an IP67 water-resistant rating and an omni-directional antenna to ensure reliable performance in a variety of conditions. Rest assured, we are committed to sustainability, as evidenced by our environmentally friendly manufacturing processes and product packaging. This approach to environmental responsibility is recognised by our silver medal in the Ecovadis sustainability ratings. With subsidiaries in numerous countries , we have a strong global presence, fostering trust with business partners and customers in over 160 countries. This combination of advanced technology, ease of use and global reach makes Teltonika Telematics an outstanding choice in the industry. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Assets & workforce Add a Title Assets & workforce Add a Title Assets & workforce FEATURED PRODUCT EYE Beacon Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. 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Improve the efficiency of the delivery service fleets with Teltonika FTC305, the smart e-scooter and e-bike tracking solution E-SCOOTER AND E-BIKE TRACKING SOLUTION FOR DELIVERY SERVICES INTRO Delivery companies are switching to electric scooters and bikes because of their many benefits, including lower operating costs, reduced emissions, and greater flexibility. According to McKinsey , the global micromobility market is expected to grow up to $360 billion by 2030, from about $175 billion in 2022 mainly thanks to e-bike sales. Yet, certain challenges need to be addressed, and Teltonika is ready to offer a practical solution. CHALLENGE Electric bikes and scooters are gaining popularity as a means of transportation in delivery service fleets due to their environmental benefits, low operating costs, and flexibility. For instance, the Zero Emissions Urban Fleets (ZEUF) network, an urban fleet electrification initiative, aims to put European urban stakeholders on the path to achieving 50% and 100% electrification of urban fleets by 2025 and 2030, respectively. Other regions follow suit, for instance Asia Pacific experiences a significant growth of the e-mobility usage thanks to the evolution of the urban infrastructure and battery technology. In order to maintain the pace and reduce emission, Indonesian government introduced the subsidies for motorcycle conversion from internal combustion engine to electric. However, the transition of the delivery fleets to the electric transport comes with unique challenges like a shorter range of the e-bikes and e-scooters and its reliance on the charging infrastructure that might be lacking in certain areas. As a consequence, e-fleet may not be suitable for longer deliveries or the deliveries to remote locations. What Is more, battery fires and even explosions are a significant challenge for delivery fleets of electric bikes and scooters. This makes battery health monitoring a priority for delivery companies. Further, according to the research, thieves are more likely to target electric bikes due to their higher value. Studies have shown that e-bikes are three times more likely to be stolen. So, it is fair to say that the environment for smart delivery solutions is moving forward, but the industry needs a quality tracking solution with all the benefits it can bring to keep the business in good order with minimum cost. Fortunately, Teltonika has come up with one that can be integrated into a wide range of e-scooters or e-bikes, offering a variety of significant advantages SOLUTION To demonstrate the solution, we choose Teltonika FTC305 tracker with high voltage support and designed for the e-mobility market. It is a compact, dust and water-resistant IP67-rated GPS tracker with internal high gain GNSS and GSM antennas, high-capacity 380 mAh internal battery, 10-97 V power supply range and CAN reading capability. FTC305 model is highly versatile and can be used with a range of electric vehicles. For example, the tracking device can be conveniently mounted on e-bikes, e-cargo bikes, and e-scooters to collect information on distance travelled, speed, exact location, and time spent on the vehicle. All data can be displayed in real-time on a dedicated software application to monitor a delivery fleet. How it works – FTC305 must be installed and configured on each electric two-wheeler to be tracked and monitored. Using FT platform innovation, it is able to connect up to 41 satellites simultaneously, reaching unprecedented GNSS accuracy and a precise track even in a dense urban landscape. The tracking device can detect the movement, location and other relevant data of the e-bike or e-scooter, depending on the tracker configuration and project requirements. The information is then transmitted via the GPRS network to a dedicated server, allowing the fleet owner, manager, or operator to monitor the movements and parameters of each fleet asset in real time. To ensure the best electric fleet performance, full accountability, and safety, FTC305 has an impressive number of practical scenarios built into its firmware - eco/green driving, detection of overspeeding, jamming, excessive idling, fall down, towing and crash, geofence, trip/odometer, immobilizer, last known position, timestamp backup, etc. Daily and weekly reports also provide valuable information on the performance of the e-bike or e-scooter, such as battery levels, charging needs or maintenance issues. With detailed information on these aspects, it would be possible to identify gaps and challenges that need to be addressed in the delivery process and business operations, e.g., inappropriate driver behaviour, missed deliveries, e-vehicle breakdowns, excessive downtime, etc. Finally, Teltonika FTC305 tracker offers the convenience of remote firmware updates and configuration changes through FOTA WEB tool. Integrated with the web version of TCT , user-friendly configuration solution designed specifically for FT platform, FOTA WEB platform helps manage these tracking devices with maximum efficiency while saving valuable time and resources for delivery businesses. TOPOLOGY BENEFITS Real-time monitoring - by tracking their electric vehicles in real-time, companies can respond quickly to issues that arise during deliveries. For example, if a driver gets lost or stuck in traffic, dispatchers can redirect them to a better route. Improved route planning - with GPS tracker Teltonika FTC305, delivery companies can optimise their routes for maximum efficiency. This means less time on the road and more deliveries in less time. Increased accountability – such fleet tracking provides an accurate record of where each delivery vehicle has been and how long it took to get there. This helps prevent theft or misuse of company assets. Improved customer service - GPS tracking enables delivery companies to provide customers with up-to-date information about their orders, including estimated arrival times and location updates. Reduced costs - by optimising routes and reducing idle time, continuous tracking can help reduce costs and improve overall fleet efficiency. Improved road safety - knowing the exact location of each e-vehicle at all times helps ensure the safety of both drivers and pedestrians on busy city streets. Increased fleet security – electric two-wheeler tracking provides an added layer of security by allowing companies to track the movement of their vehicles, helping to prevent theft and unauthorised use. SUCCESS STORY Online shopping is popular these days, and so is the demand for freight delivery services. A start-up company from the Northern Europe region developed and produced electric bikes for convenient and environmentally friendly cargo delivery. They supplied cargo e-bikes to delivery companies, such as DHL, FedEx, etc., but these vehicles required effective warranty service and predictive maintenance. Here's where Teltonika Telematics comes in. Our customer chose TFT100 – a predecessor for FTC305 – for its support of the high voltage range and the Manual CAN functionality. It developed its own CAN ID database to have full control of the CAN ID library, making predictive maintenance easier and allowing service repairs to be planned well in advance. As a result, the end customer knows how the e-bikes are being used by the delivery companies: if the mileage was high and it was time to check and replace some parts; if the e-bike was being misused (overheating or overcharging) and it was necessary to warn of the consequences; if the rider performance was poor (crash detection, eco and green riding scenarios) and needed to be improved by the fleet owner. In addition, driver identification (1-wire) and cargo box lock/unlock (DOUT) functionality provided additional safety and peace of mind. Thus, the customer not only saved effort, time, and money on unnecessary service checks and preventive maintenance but also increased brand reliability and gained confidence. Following the success of this project, the company planned to equip around 1,000 e-bikes with GPS tracking devices in 2024. WHY TELTONIKA? To successfully address and solve the challenges of tracking and monitoring e-scooters and e-bikes, we offer a beneficial choice from Teltonika - FTC305 tracker with robust IP67-rated casing easily adapted to different means of transport model with extended usage scenarios to help effectively manage electric two-wheeler fleets in the urban delivery service industry. Predictive maintenance reduces unplanned downtime by identifying potential mechanical faults before they become costly breakdowns, allowing operators to schedule timely repairs and extend the life of their fleet. This proactive approach minimises costs, optimises battery performance, and improves overall operational efficiency. With decades of experience in telematics, Teltonika's solutions integrate with fleet management platforms, providing companies with actionable data to improve efficiency. Our durable, high-performance tracking devices enable operators to reduce downtime, extend battery life, and optimise delivery routes. Using Teltonika's products, e-mobility providers can run smarter, more profitable operations. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title E-mobility management Add a Title E-mobility management Add a Title E-mobility management FEATURED PRODUCT FTC305 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. 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Airport ground vehicles, equipment, asset tracking utilising Teltonika GPS trackers, Bluetooth® ID beacons, 1-Wire technology AIRPORT GROUND VEHICLE AND ASSET TRACKING INTRO Today's major airports and air travel play an important role in modern society. They facilitate trade and tourism, provide jobs and useful services, generate economic growth and contribute to national budgets. At the same time, air transport is one of the riskiest and most complex businesses. This makes comprehensive tracking and monitoring of airport ground vehicles and assets not just an attractive option, but a necessity. CHALLENGE The largest airports are the pacemakers of today’s life, filled with thousands of passengers, staff members, contractors, security personnel, special ground vehicles, shuttles, ground support equipment (GSE), and plenty of valuable assets. According to Airports Council International’s (ACI) annual reports , the number of passengers served at the top 50 busiest airports worldwide is 44 to 110 million in the year 2019, and 15 to 44 million in 2020. To some extent, these airports are cities of their own, reaching a market value of billions of US dollars. As a business, airports need to consider and think through their vehicles to drive sustainability and equipment maintenance, capacity management, competition from other hubs, improving their safety and security, dealing with revenue challenges, reputation and environmental impact. Speaking of the environment, the use of electric GSE in airport fleets is gaining popularity today, as lithium-ion-based machine types help combat rising fuel and maintenance costs while intelligently saving energy for the equipment daily. In addition, the use of electric tow tractors, cargo loaders, cargo transporters and passenger boarding bridges can reduce emissions of particulate matter and greenhouse gases. Even more, within sizable buildings such as airports, managers and team leaders may spend a considerable amount of time managing and finding in real-time what they are looking for and accountable for - vehicle fleets, equipment, people, goods, and assets. So to say, even the best staff training, drills, cameras and walkie-talkies will not solve these challenges. Neither the old-fashioned ‘pen and paper’ methods causing errors, havoc, frequent misunderstandings or even dishonesty and time-consuming disputes. Even more, the COVID-19 pandemic is having significant implications on the aviation industry today, and they have to be considered for sure. Hence, is there any way to overcome these obstacles and reap the benefits of vehicle telematics, GPS location and other relevant data tracking, Bluetooth® technology, and positioning indoors to optimise business operations in airports? Yes, it is, and that is where Teltonika's wide range of product portfolio and expertise come in very handy. SOLUTION To make it easier to grasp the concept, we structured the solution in three parts - ground vehicle and equipment tracking, indoor tracking solutions, and driver and operator tracking. Let's go through them in more detail... Airport ground vehicles and ground support equipment tracking. Large contemporary airports may utilise an impressive variety of them - pushback tugs, catering trucks, de-icing vehicles, snow-ploughing, -sweeping and -blowing vehicles, passenger boarding stairs, electric container loaders and transporters, water and refuelling trucks, fire brigade trucks, ‘follow me’ and other airport-service cars, indoor passenger e-carts, apron and shuttle buses, dollies with cargo pallets and unit load devices, catering vehicles, etc. All of them have to be simultaneously tracked, monitored, maintained, and managed properly, timely, and safely. To achieve that with minimum effort and maximum results, we use here the PROFESSIONAL category Teltonika vehicle tracker FMM650 . This is a comprehensive terminal for professional applications designed and manufactured for complex and the most demanding vehicle tracking solutions, where one GPS device can effectively perform multiple tasks, and support various 3rd party devices to maximise fleet efficiency. Thanks to integrated FMS CAN bus data (SAE J1939 protocol) and CAN bus data ( J1708 protocol) readings, abundant features including Bluetooth® connectivity and usage scenarios set, FMM650 model allows tracking sensible parameters of interest of all diesel and electric types of vehicles and equipment mentioned above. Afterwards, Teltonika GPS device sends the gathered data, combined with its GNSS location details, to a dedicated server for timely analysis, monitoring, and unbiased decision-making based on actual data. To mention a few parameters, it might be a truck or shuttle bus location coordinates, fuel consumption, fuel level, vehicle mileage and speed, engine faults notifications, seat belt status, headlight status, overspeeding detection, excessive idling and/or crash detection, trip scenario, auto geofencing, etc. The result? The main benefits are maximised airport ground fleet productivity, greatly improved worker safety and discipline, optimised workflow, vehicle utilisation and preventive maintenance procedures, reduced downtime, wasted time and valuable company resources, etc. It helps to optimise key routines associated with the airport ground fleet and can significantly improve operating costs, business efficiency and return on investment. Indoor tracking. Here we discuss further indoor positioning, tracking and navigation in airports specifically for Teltonika GPS trackers in combination with Bluetooth® Low Energy beacons, small ID radio transmitters. They repeatedly transmit signals unique to each of them and GPS devices read and identify every one of them. Bluetooth® connectivity is used here because GPS signals often are not accurate enough to be practical indoors or in narrow streets and gaps as they diminish and scatter. For the sake of the example here, we choose the ADVANCED category Teltonika FMM130 model. In this case, these GPS devices are permanently mounted on a ceiling or upper part of a wall in airport premises and terminals, baggage handling areas, building hallways, stairways, parking facilities, etc. and used as signal gateways, whether Bluetooth® LE ID beacons are attached to assets and people of interest. Teltonika GPS trackers support up to 100 beacons at a time and each of them will continuously work, depending on the model, around 2 to 10 years on a single battery. Possibilities and benefits are remarkable - airport hand trolleys and wheelchairs tracking, various items tracking on container loaders and luggage transporters, staff personal transporters , tracking of expensive tools in the hangars and workshops, coordination of security, contractors or any other workforces, etc. Learn more about how it works here . The key benefits - far better organisation of operations, administration, and space utilisation, reduced search times, theft protection and management of the airport, staff and passenger assets, increased security and timing accuracy, significant cost savings, improved customer service and reputation. Automated drivers’ and operators’ identification and time tracking. To address this significant challenge and help airport management run a smooth and efficient business, we propose a practical, present-day solution - an automated driver identification and timekeeping system using GPS trackers mounted on ground vehicles and related accessories. The approach is based on the 1-Wire communication bus system combining a contactless Radio-frequency identification (RFID) card, 1-Wire RFID reader , and Teltonika GPS tracker model compatible with 1-Wire communication (in this case - FMM650). Each and single RFID card has a unique factory-programmed 64-bit identification number which is used for a driver’s (or operator’s and maintenance personnel's) authentication and the exact electronic date and time stamp. 1-Wire RFID reader has to be mounted in a vehicle dashboard and connected to a GPS tracking device. Learn more about how it works here . Alternatively, Teltonika EYE Beacons can also be used for driver identification. Here to add, based on comprehensive data gathering and dedicated 3rd party software, the method allows not only unquestionable identification but to calculate automatically and precisely lunch break deductions, holidays, sickness absence, overtime, downtime, travel times to a project site, relevant expenses, allowances, evaluate workforce discipline, etc. TOPOLOGY #1 TOPOLOGY #2 BENEFITS Smooth airport operations and outstanding efficiency – 100% accountability of everything important to the business - ground vehicles, equipment, goods, valuable assets, processes, patterns, and personnel actions are being tracked, monitored, and optimised. Remarkable Teltonika GPS tracker FMx650 series functionality to serve airport fleet needs - built-in CAN bus data reading feature, flexible configuration, thorough I/O set, multiple usage scenarios, and plentiful benefits to optimise ground vehicles management, lower its running cost, and improve ROI. Automated hassle-free drivers’ and operators' time tracking, monitoring, and management - accurate and easy-to-use personnel including drivers clocking method utilising 1-Wire technology, relevant vehicle GPS trackers, and accessories. Data are accessible anytime and anywhere via PC, tablet, and smartphone. Boosted workforce discipline, desired vehicle and equipment usage habits, and work ethics - constant airport fleet drivers’ routine events tracking and monitoring in combination with an appropriate motivation system in place will improve company reputation, optimise a workflow and its running cost. Customisable solutions for every project and premise to get the maximum value out of it. For instance, Bluetooth® LE ID beacon signal strength and data transmitting intervals can be configured to exact project application needs and used in, practically, any form and size buildings. Positive environmental impact – utilise electric vehicles and machinery to help minimise the environmental footprint and contribute to sustainability efforts. WHY TELTONIKA? For airport ground fleet, staff time management, indoor asset tracking and monitoring solutions, we offer a proven, easy-to-install hardware and firmware combination - Bluetooth® LE technology-based ID beacons, convenient accessories, and reliable Teltonika vehicle GPS trackers. Extensive feature sets and multiple deployment scenarios deliver a wealth of benefits, helping to improve business operations, reduce operational costs, increase airport competitiveness, and ROI. Teltonika's innovative telematics devices integrate easily with airport management platforms to provide greater visibility and control of assets. Our solutions reduce downtime, optimise fuel consumption, and improve regulatory compliance by providing accurate, data-driven insights. Whether managing pushback tugs, shuttle buses, or baggage handling fleets, our comprehensive portfolio of GPS products helps airports to operate at peak efficiency with precision and reliability. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Fleet telematics Add a Title Fleet telematics Add a Title Fleet telematics FEATURED PRODUCT FMM650 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Fleet telematics Add a Title Fleet telematics Add a Title Fleet telematics Related products View more View less Related accessories View more View less

Read diagnostic messages (DM1/DM2) remotely with FMC650 to detect component failures early, assess severity, and prevent costly machinery downtime. REMOTE DTC READING FOR PROACTIVE HEAVY FLEET MAINTENANCE INTRO Diagnostic trouble codes (DTCs) are standardised alerts generated by the vehicle’s electronic control unit when issues are detected. Each code contains information about the type and location of a fault, helping technicians identify issues more quickly. With Teltonika PROFESSIONAL category trackers, reading fault codes from heavy vehicles can be automated, enabling remote diagnostics and proactive fleet management. CHALLENGE Most fleet operators only become aware of component failures when the check engine light appears on the dashboard, which is often too late for preventive action. Take, for example, a long-haul truck showing early signs of trouble: a slight drop in power, rough idling, and inconsistent fuel consumption. The driver hears a faint knocking sound but sees no warning indicators. With limited information, they contact the dispatcher to assess whether the journey should continue. This moment of uncertainty reflects a broader issue; without access to live diagnostic data, operators are left to interpret symptoms without context. In this case, the underlying fault is a deteriorating injector, which gradually affects combustion quality. Over time, the problem escalates, leading to incomplete fuel burn and increased cylinder wear. If unnoticed, the vehicle continues operating inefficiently, consuming more fuel and placing additional strain on engine components. Eventually, the fault triggers a warning light, forcing the truck off the road for repairs. The vehicle may require towing to the nearest service centre, which often leads to unexpected expenses. In such cases, service rates may be higher in some regions due to local pricing, lack of prior relationship with the workshop, or urgency of the repair. There is also no guarantee that the mechanics are reliable or familiar with the vehicle’s specifications. Non-operational time is costly as well. Long-haul trucks typically cover between 273 and 411 kilometres per day, with freight rates ranging from €1.10 to €2.30 per kilometre depending on the route and country. Even a single day of downtime can result in lost revenue of up to €945, not to mention disruption to delivery schedules and customer commitments. The real challenge lies not in the fault itself, but in the absence of early visibility. Without real-time diagnostic data, operators cannot distinguish between minor irregularities and emerging failures. This lack of clarity often leads to reactive decisions, which are more costly and less predictable than planned interventions. SOLUTION To address this, Teltonika’s PROFESSIONAL FMx6 series trackers can read DTCs directly from heavy-duty vehicles, helping fleet managers identify issues before they escalate. FMC650 tracker uses the SAE J1939 protocol, which standardises communication between electronic control units in heavy vehicles. This enables easier diagnostics, data logging, and interoperability across systems. The standard also defines diagnostic messages for reporting and repair. The most important of these is DM1, which provides real-time insight into current vehicle faults; thus, it is often referred to as active diagnostic trouble code. DM1 contains two key components that help evaluate the vehicle’s condition: Signal lamp status – indicates whether dashboard warning lights are triggered. These help fleet owners assess whether a fault is severe enough to stop the vehicle or if it is a minor issue that can be addressed later. Diagnostic trouble codes, which describe each fault using: o Suspect Parameter Number (SPN) – identifies the affected system or component o Failure Mode Identifier (FMI) – describes the type and severity of the fault o Occurrence Count (OC) – shows how frequently the issue has occurred o Conversion method – indicates whether the SPN follows a standard or proprietary format Think of active diagnostic messages as a continuous broadcast of vehicle issues, and telematics as the tool that allows you to tune in. This broadcast reports everything in real time, from minor irregularities to serious faults. Without listening to it, operators rely solely on dashboard warnings like the check engine light, which provides information about neither the location nor the severity of the malfunction. In addition to DM1, FMx650 devices also capture DM2 messages, which contain previously active faults. These help identify recurring issues and long-term fault patterns. To ensure maximum flexibility, FMx650 trackers transmit diagnostic messages as raw hexadecimal strings without applying any pre-interpretation. These messages are identical to what a service tool would read at a workshop, giving integrators the choice to build their own decoding logic or simply forward the codes to fleet owners who often already know their meaning. Predictive maintenance with FMx650 doesn’t stop with diagnostic message insights. The tracker can connect two CAN lines, which unlocks vehicle data from different sources. Whether it is managing the best route to the workshop based on the driver hours left on the tachograph or monitoring tyre pressure from the trailer EBS modulator, the tracker can handle it all. By combining active fault codes with other CAN data, operators gain a comprehensive view of vehicle health. This makes it possible to schedule maintenance proactively, reduce unplanned downtime, and extend the lifespan of a truck. TOPOLOGY BENEFITS Remote diagnostics – Eliminate manual diagnostics and enable faster, more scalable maintenance workflows, giving businesses a competitive edge through smarter fleet management. Reduce fleet downtime - By detecting faults early, fleets can plan service before breakdowns occur. This minimises repair delays and keeps vehicles on the road longer. Optimise maintenance processes - Remote DTC reading allows technicians to prepare parts and service in advance. As a result, workshop time is shortened, and maintenance becomes more efficient. Lower operational costs - Vehicles running outside optimal conditions consume more fuel and wear out components faster. Accurate fault data helps operators avoid costly inefficiencies and extend vehicle lifespan. Enable data-driven decisions - DTC insights give managers a clear view of vehicle performance under different conditions. This makes it easier to plan budgets, schedule service, and decide on upgrades or parts replacement. Scale telematics with fewer devices - Instead of installing separate hardware for diagnostics, tachograph, and FMS data, the FMx650 integrates everything into one solution. This reduces complexity, installation time, and overall costs for fleets and integrators. SUCCESS STORY Did you know that remote diagnostic data is valuable not only for trucks? Utility companies often operate in hard-to-reach areas and face similar challenges, such as vegetation blocking a flail head or rising hydraulic temperatures, which can cause damage over time and wear out equipment. To address this, telematics integrators from Italy worked with a manufacturer of motorised vegetation cutters to develop a fleet management platform with remote monitoring and predictive maintenance features using FMC650 trackers supporting DTC reading functionality. Robotic lawnmowers were deployed to prevent overgrowth along highways. With precise tracking, the machines operated independently within defined geozones, while operators remotely monitored their performance, including speed, pneumatic temperature, engine hours, and other essential parameters. When a fault occurred, the responsible teams received notifications directly on their computer or smartphone, specifying which component malfunctioned and how urgent the issue was. This project helped prevent breakdowns of vegetation cutters, increasing safety for both operators and equipment. By using trackers capable of reading fault codes, fleet managers gained a complete view of machine performance, even in difficult terrain. WHY TELTONIKA? Teltonika has years of experience in developing reliable and innovative solutions for vehicle data management. PROFESSIONAL category trackers are a reflection of this expertise, offering advanced data collection features and regular firmware updates. By choosing Teltonika, users benefit from robust hardware built for demanding fleet operations and a wide range of features including DTC reading, remote tachograph files download, driver behaviour analysis, and trailer EBS data reading. Dedicated implementation support ensures smooth integration across markets. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Logistics & delivery services Add a Title Logistics & delivery services Add a Title Logistics & delivery services FEATURED PRODUCT FMC650 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. 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Discover Teltonika’s FTx880 and FTC961 trackers, built for agriculture, construction, and mining. Ensure accurate positioning at low speeds, save power with optimised sleep modes, and rely on IP69K protection for the harshest environments. BASIC TRACK & TRACE FOR HEAVY MACHINERY INTRO Tracking may seem simple, just locate the vehicle. But in agriculture, construction, or mining, it is far more complex. As the heavy machinery market grows, from $778.53 billion in 2024 to $841.46 billion in 2025, the demand for telematics solutions is also rising. Yet many GPS systems still struggle with low speeds, off-road routes, and harsh environments. As a result, even basic tracking becomes unreliable, leading to real operational challenges. CHALLENGE Even if heavy machinery operates correctly, GPS track jumps distort the picture, complicating supervision and reporting. These machines often move slowly, off-road, and in complex or remote areas, conditions where standard GPS systems tend to struggle. This leads to confusion, errors, and unreliable tracking data. For businesses that depend on accuracy, these issues can create serious operational and financial consequences. The problem lies not in how the machines are used, but in how GPS interprets slow movement. Instead of recognising gradual, continuous motion, many GPS trackers generate sudden jumps between points. This results in misinformed decisions and reduced confidence in tracking data. A farm manager might wrongly believe a worker skipped a section of a field, a bulldozer could appear off-route, or a haul truck’s movements may seem erratic. In reality, the machines are working as expected, but the GPS data does not reflect that. SOLUTION To solve this, Teltonika offers the FTx88 series and FTC961 trackers, built on the next-generation FT platform . Designed for heavy-duty machinery, they deliver precise GNSS performance even at low speeds and in off-road conditions. Thanks to a GNSS module capable of connecting to up to 41 visible satellites simultaneously. This ensures continuous location updates, helping fleet operators and managers make informed decisions, improve efficiency, and enhance service quality. The result is smooth, accurate location tracking without sudden jumps or distorted movement trails, providing reliable monitoring and reporting. The FTx88 series includes two versions: FTC880 with Cat 1 and FTM880 with Cat M1 connectivity. These are battery-mounted trackers, making installation fast and easy without requiring technical expertise or special tools. This helps reduce not only integration costs but also related expenses such as transport to a service provider. Also, the same device can be quickly re-installed and repurposed for different vehicles or seasonal operations, perfect for fleets that change depending on the time of year or shifting business needs. For more complex use cases, the FTC961 model is the ideal choice. It includes five configurable pins featuring a digital input, digital output, and analog input, enabling flexible integration for various scenarios. It also supports input voltages of up to 90 volts, making it suitable for a wide range of machinery types. Built with IP69K protection, these trackers are highly resistant to dust, high-pressure water jets, and harsh environments, making them ideal for rugged outdoor use. All of these trackers come equipped with a 320 mAh internal battery and with optimised sleep modes - deep sleep, online sleep, and power off sleep. These modes are particularly valuable for heavy machinery that may remain idle for extended periods, for example, during downtime caused by bad weather. In such cases, low power consumption ensures that the tracker does not drain the vehicle’s main battery, while power-off sleep mode allows the device to periodically wake up, send its location, and return to sleep. This way, operators can maintain visibility of valuable assets without risking unnecessary battery drainage. In addition, the trackers support key functionalities such as excessive idling detection to help reduce fuel waste, and auto geofence to monitor when machinery enters or exits designated areas – an essential feature for securing assets across large or remote worksites. Fleet management is also simplified thanks to Teltonika's dedicated software tools. With FOTA WEB , service providers can remotely update firmware across the fleet, ensuring that every device stays up to date with the latest features, improvements, and security patches, with no on-site maintenance required. Meanwhile, the Telematics Configuration Tool (TCT) offers an intuitive interface specifically designed for FT platform devices, allowing managers to configure or adjust settings quickly and efficiently. Together, these tools reduce manual intervention, minimise downtime, and contribute to more streamlined, cost-effective operations. Teltonika delivers reliable and consistent tracking built to meet the toughest demands of heavy machinery applications. TOPOLOGY BENEFITS Accurate tracking – by connecting to up to 41 visible satellites, Teltonika GPS devices ensure accurate machinery positioning, even at low speeds. Power savings – optimised sleep modes minimise power consumption during standstill periods, ensuring the heavy machinery’s battery won’t drain when the equipment is not in use. Reliable performance in harsh environments – IP69K-rated casing ensures dependable tracking even when heavy machinery is regularly washed down with high-pressure water jets, as well as in dusty, muddy, or wet conditions. This level of protection is a must for equipment operating in tough outdoor environments. Easy and fast integration – TCT and FOTA WEB software solutions simplify fleet management and save time on setup and updates. SUCCESS STORY A company providing connected mobility and IoT solutions needed a highly durable GPS tracking device for integration into aerial work platforms. The requirements were clear: the device had to be waterproof, withstand high-voltage systems, and include a dedicated ignition wire to ensure precise engine status detection. To meet these needs, they selected the Teltonika FTC961 tracker. With its IP69K-rated casing and wide 10–90 V power supply range, the device offers exceptional protection and compatibility with heavy-duty machinery. Its ignition wire enables reliable engine monitoring essential for tracking usage and planning maintenance. The device’s features aligned perfectly with the demands of their industry, making FTC961 the clear choice for reliable tracking and long-term performance in harsh conditions. WHY TELTONIKA? Heavy machinery operations demand more than just basic GPS, they need a tracking solution built for slow speeds, off-road use, and extreme environments. Teltonika FTM880, FTC880, FTC961 GPS trackers are engineered for exactly that, delivering reliable positioning even when standard systems fail. With features like optimised sleep modes and excessive idling monitoring, they help reduce operational risks and unnecessary costs. Our FT platform is designed to simplify and future-proof operations. With tools like TCT for remote configuration and FOTA WEB for effortless firmware updates, managing even large fleets becomes efficient LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Agriculture construction & mining Add a Title Agriculture construction & mining Add a Title Agriculture construction & mining FEATURED PRODUCT FTC880 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Agriculture construction & mining Add a Title Agriculture construction & mining Add a Title Agriculture construction & mining Related products View more View less Related accessories View more View less

Monitoring the municipal electric machinery fleet using Teltonika GPS trackers FTx305 to improve management efficiency EV MONITORING FOR CITY CLEANING AND WASTE MANAGEMENT INTRO According to the United Nations, “ the world is becoming increasingly urban ”, with 45% of the global population living in the cities. This shift and the rise of so called “megacities” with 10 million inhabitants or more make a sustainable waste management and city cleaning especially important. The municipalities have to make sure that they provide these essential services across the city area in an efficient way, staying within the city budget and complying with local emission regulations. These issues can be effectively addressed by implementing telematics with Teltonika trackers. CHALLENGE With the world population growth and increasing tendency to produce more waste, it’s getting even more challenging to control various aspects of city cleaning and waste management. It’s crucial to assure accurate trip planning for waste collection, react in a timely manner to the weather forecast and assure seasonal works like snow cleaning and street sprinkling during winter months. The variety of jobs that should be performed by different types of vehicles and on different schedules creates a challenge for the fleet manager. What is more, the cities have to assure the CO2 emission control and noise pollution reduction. Urban population advocates for healthier cities and regulators create the framework for it. EU has CO2 emission reduction goals since 2021 and now is aiming to reduce the net greenhouse gas emission by 90% in 2040 . This and similar regulations in other parts of the world push municipalities to replace traditional “dirty” diesel utility vehicles with electric ones. Electric road sweepers become more and more popular in Europe, USA municipalities start to electrify their fleets. This transition to electric vehicles and the need to operate a mixed fleet makes accurate maintenance planning especially challenging. Meantime assuring an effective utility fleet maintenance is the core of a successful waste management and city cleaning. Reducing the cost of repairs and avoiding service interruptions leads to the lower costs for the tax payer and a better living environment for the urban population. In order to implement an effective fleet maintenance, a right telematics solution is required. A solution able to work with different types of e-utility vehicles, to resist difficult weather conditions and to provide an accurate track in a dense urban environment. SOLUTION To address various use cases of municipal fleet management, we highly recommend utilising Teltonika E-MOBILITY FTx305 devices . These small and robust Teltonika tracking devices have 10-97 V range to support different e-utility vehicles, such as electric garbage trucks and lorries, city e-cleaning vehicles and other assets of municipal fleets. CAN data reading capability allows to monitor the status of vehicle and plan the maintenance proactively. The water and dust-resistant IP67-rated casing allows it to be used even in harsh environmental conditions. How it works - the manual CAN feature , integrated into FTx305 devices, allows reading raw CAN data - for instance, ignition and lock status, battery level, charging status, etc. - from transports ECU without requiring to develop custom CAN protocol support. This versatility is especially important while working with a mixed fleet of vehicles with different CAN protocols and different sets of parameters. FTx305 devices allow to create custom CAN ID database with up to 70 parameters specified directly in device configuration. The CAN data reading allows fleet managers can keep track of battery status remotely and notify a driver when it’s required to return to the base to recharge the electric vehicle. What is more, monitoring battery state of health allows to detect potential issues early, change charging habits and to plan required maintenance on time. This ensures that the fleet of utility equipment is always fully operational and ready for action. CAN data reading also allows to identify useful vehicle performance in a more accurate way. Reading the status of the equipment attached to the vehicle, for example the position of the sweeping brush or the status of the salt and chemicals sprinkler, helps to evaluate if the vehicle was performing its task successfully. Manual CAN command functionality can enable vehicle immobilisation securing it from burglars. Besides, the 1-Wire feature makes it possible to have only authorised personnel use the special vehicle after they have authenticated themselves with a 1 -Wire RFID reader or iButton key. The practical Geofence scenario allows fleet managers to define a geographical zone and assign a driver to collect waste in specific areas, ensuring that the work is carried out properly in the designated areas. Even more, the overspeeding feature allows a driver to be alerted when the utility vehicle exceeds a pre-set maximum speed, preventing irresponsible driving that could lead to a traffic accident, injuries, penalties, service delays, etc. Additionally, FTx305 devices benefit from such FT platform innovations like a more precise track. Able to lock up to 41 satellites simultaneously, the devices map an accurate track even when high-rise buildings limit the access to the open sky. Also smart ignition detection feature available with all FT platform devices helps to identify the start of the trip in an accurate way regardless the battery health. TOPOLOGY BENEFITS Increased waste management efficiency - FTx305's robust, water- and dustproof IP67-rated casing ensures smooth fleet monitoring even in harsh environments or weather conditions. Suitable for any electric waste management fleet - the model's extensive GPS tracking functionality, high voltage support and CANbus scanning extend its capabilities to a wide range of projects. Effective external control - the ability to remotely monitor and manage a fleet of special vehicles using various functions and scenarios, such as immobilisation, geofencing, overspeeding etc., saving time and organisation resources. Improved operational efficiency – the ability to monitor vehicle health and prevent a wide range of unwanted scenarios to improve special electric machinery fleet efficiency and reduce repair costs. Accurate track in dense urban areas – the ability to connect to up to 41 satellites assures an accurate vehicle track even with a limited access to the open sky. WHY TELTONIKA? We offer innovative and efficient products for applying telematics to your business, creating entirely new opportunities. The company's R&D team, together with top-rated customer support, are doing everything possible to ensure that Teltonika GPS tracking devices can meet the diverse needs of today's businesses. The result of recent engineering thought FTx305 trackers are already benefiting our customers worldwide. Teltonika's telematics division provides innovative e-mobility solutions engineered for sustainable urban waste management and city cleaning operations. Our robust GPS tracking devices ensure real-time monitoring, precise route optimisation, and proactive maintenance alerts, significantly improving fleet efficiency and environmental performance. Cities that invest in Teltonika technology achieve significant cost savings, reduced carbon footprints, and visibly cleaner communities. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title E-mobility management Add a Title E-mobility management Add a Title E-mobility management FEATURED PRODUCT FTC305 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title E-mobility management Add a Title E-mobility management Add a Title E-mobility management Related products View more View less Related accessories View more View less

Protect charter yachts from theft with Teltonika sophisticated remote monitoring solution to ensure peace of mind and security THEFT PREVENTION AND REMOTE MONITORING FOR CHARTER YACHTS INTRO Chartering a fleet of yachts provides a luxurious and personalised holiday experience, access to remote destinations, flexibility, and exclusivity. Sadly, it also brings increased risks, such as theft, unreported accidents, and rising operating costs. Water-resistant Teltonika GPS trackers backed up with satellite connectivity, have become the perfect companion for these businesses, allowing owners to mitigate risk and prevent unnecessary losses. CHALLENGE The global yacht charter market – bareboat, crewed, skippered, and cabin - is estimated to be worth $7.22 billion in 2022 and is forecast to grow to $11.06 billion by 2030. Unfortunately, hundreds of millions of dollars worth of marine assets are stolen worldwide every year resulting in an estimated loss of $60 million annually. Furthermore, if left unmonitored and unregulated, the average vessel maintenance and fuel costs can more than double. While the most popular way to charter a yacht is through a charter company, most boats in such fleets are privately owned. These vessels are sometimes chartered with their own crew but are often rented to clients who prefer to captain the vessel themselves. There are significant risks associated with chartered vessels, whether they are operating domestically or internationally. Collecting and transmitting live data on a vessel's movements and state of repair is invaluable to yacht owners. As with any marine equipment, the question of durability and connectivity comes into play. Thanks to the IP67-rated Teltonika GPS trackers, supported by the Iridium network connectivity, charter yachts can be seamlessly tracked and monitored worldwide. SOLUTION We meet these challenges by choosing Teltonika FMC125 tracker with 4G LTE Cat 1 network connectivity, an RS232 serial port and multiple inputs and outputs, complemented by the IP67 casing and the Iridium Edge® modem accessory for backup telemetry when cellular networks are unavailable. This comprehensive solution provides numerous benefits to ensure effective theft prevention and thorough monitoring of charter yachts. How it works – Teltonika tracking device uses the latest GNSS positioning technologies to provide accurate, real-time tracking of a yacht, regardless of whether it is within the range of a GSM network. As a result, charter companies and owners can conveniently monitor their entire fleet's live location and voyage data from a centralised software platform. What is more, FMx125 series has a Static Navigation mode that filters out track jumps when the yacht is stationary, reducing the possibility of inaccurate position detection and/or confusion. When the GSM network is unavailable, FMC125 tracker, connected to the Iridium Edge accessory via an RS232 port, transmits data via the Iridium satellite network connectivity. Using the narrowband Iridium Short Burst Data® (SBD®) protocol, it is an efficient packet-based messaging service for fleets operating in remote areas without cellular coverage. This allows yacht owners and managers to receive real-time status reports from anywhere in the world. For example, an owner in Sydney who has chartered a yacht to a customer travelling to France can access live data on the vessel's condition. In the event of an accident or major equipment failure, instant alerts are provided detailing the time, location, and severity of the incident. In addition, Teltonika GPS tracker includes geofencing capabilities (Auto Geofence or Manual Geofence scenarios), allowing virtual boundaries to be set around permitted areas. If the yacht crosses these boundaries, unauthorised movement alerts are triggered, facilitating immediate response to potential security breaches. This feature also helps to ensure compliance by notifying owners if the vessel deviates from approved routes. Even more, with Jamming detection, Unplug detection, and Immobilizer scenario, Teltonika GPS tracking devices allow fleet owners to take preventative action against theft by triggering an alarm system, instant notifications, blocking the vessel starter, etc. The solution also includes the option to equip a yacht with a panic button. In the event of an emergency, a crew in distress can press the panic button. If the GSM network is unavailable, it activates the Iridium Edge satellite communications modem. It will send the signal, along with precise coordinates from Teltonika FMC125 tracker and other valuable information programmed to be sent in such events. This means that coastal emergency services can save valuable time by knowing the exact location of an event and the time the signal was sent. Continuous monitoring of the yacht battery levels is another key aspect of the solution. This feature helps to detect potential power-related faults and prevent unexpected outages, which is particularly important in remote locations. Moreover, the tracking system extends its functionality to include fuel theft prevention by monitoring fuel levels and providing alerts in the event of unusual consumption or unauthorised access to fuel tanks. In such a case, an additional set of LLS sensors connected via the AIN1 input of FMC125 would be required. The solution also can provide some onboard asset protection, enabling the monitoring and safeguarding of valuable equipment and smaller vessels, such as jet skis, tenders, and inflatable boats. If required, tracking features and relevant scenarios, such as location tracking, ignition notifications, automatic geo-fencing and more can also be applied to them using Teltonika GPS trackers and/or wireless EYE Beacons . FMC125 with a dedicated casing accessory and Iridium Edge modem have been developed with a robust and water-resistant design to ensure their suitability for the demanding marine environment. With an IP67 rating, these tracking devices can withstand temporary submersion in water and provide reliable performance in the harshest conditions. To sum up, the seamless integration utilises the robust Iridium satellite network when the yacht is operating outside of cellular coverage, providing continuous monitoring capabilities and peace of mind for yacht owners, fleet managers, operators, and customers. TOPOLOGY BENEFITS Reliable and accurate tracking in harsh conditions – Teltonika FMC125 GPS tracker with IP67-rated water-resistant casing and Iridium Edge accessory can withstand harsh marine conditions, ensuring reliable tracking of charter yachts even in adverse weather conditions. Global coverage - the Iridium network provides truly global coverage, including seas, oceans, and polar regions, ensuring continuous tracking and monitoring of charter yachts wherever they are. Seamless cellular and satellite integration - FMC125 model seamlessly switches between cellular networks and the Iridium satellite network, providing uninterrupted tracking and monitoring regardless of the yacht location. Real-time monitoring - the satellite technologies-based Teltonika solution allows real-time monitoring of charter yachts, providing up-to-date location information and other critical data. Comprehensive theft prevention – the monitoring solution extends beyond vessel tracking to include fuel theft prevention and protection of onboard assets, providing a thorough security system for the charter yacht. Enhanced safety - In the event of an emergency, the panic button and accurate location data provided by Teltonika solution can be vital for rescue operations. Operational efficiency - tracking and monitoring charter yachts can help improve operational efficiency by allowing better route planning, fuel management, and maintenance scheduling. Yacht fleet protection - Teltonika solution can help protect valuable fleet assets by providing alerts for unexpected movements or deviations from planned routes, jamming and unplug detection, immobilizer scenarios, etc. WHY TELTONIKA? Securing high-value assets, such as charter yachts requires precision, reliability, and innovative technology - Teltonika's telematics division delivers all three. Our advanced tracking solutions provide real-time location monitoring, theft prevention, and remote diagnostics, enabling yacht operators to maintain full control of their fleets. With intelligent geofencing, automated alerts, and remote immobilization, Teltonika ensures that your vessels are protected from unauthorised movement or theft, minimising financial risk and operational disruption. Built on a foundation of innovation and technical leadership, Teltonika's telematics solutions integrate with yacht management platforms to provide the visibility and control you need. Our robust hardware and cloud-based systems deliver actionable insights that improve fleet efficiency, optimise maintenance, and ensure regulatory compliance. Whether you operate a single yacht or an extensive fleet, Teltonika provides you with the tools to increase safety, reduce risk, and boost profitability in the maritime industry. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Fleet telematics Add a Title Fleet telematics Add a Title Fleet telematics FEATURED PRODUCT FMC125 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Fleet telematics Add a Title Fleet telematics Add a Title Fleet telematics Related products View more View less Related accessories View more View less

Effective management of e-bike and e-moped sharing services in urban areas with Teltonika FTC305 tracker MANAGEMENT OF E-BIKE AND E-MOPED SHARING SERVICES (JP) INTRO Electric bike and moped-sharing services have indeed become a popular form of urban transport, offering a convenient, cost-effective, and environmentally friendly alternative to traditional forms. Its widespread use has implications for improving viability and quality of life. Efficient operations management is essential to ensure the smooth running of these services and a positive customer experience – and Teltonika can help to do so. CHALLENGE Today, we can observe the increasing popularity of electric bike and moped-sharing services. This is due to their affordability, convenience, and environmental benefits – consumers now tend to favour personal commuting of this type to public transport. Sharing services have attracted millions of users worldwide, and the trend is growing. Looking to the future, the report predicts that the global e-bike market will grow from $49.7 billion in 2022 to $80.6 billion in 2027. In other words, e-bike sharing is anticipated to be a major contributor to this growth, driven by increasing urban mobility needs and sustainability goals. With increasing consumer interest in shared e-mobility, growing environmental awareness, and government initiatives to promote the use of electric vehicles, it is strongly believed that the demand for electric bike and moped-sharing services will continue to grow. However, as the demand for such services grows, so do the responsibilities of managing and servicing commercial fleets. To meet these demands, sharing companies need to equip them with the most suitable GPS devices available on the market. Fortunately, Teltonika trackers offer an effective solution to fulfil these needs. SOLUTION Teltonika FTC305 , a compact 4G LTE Cat 1 e-mobility tracker with CAN bus data reading and flexible installation options, is the right choice for tracking, monitoring, and managing a fleet of e-bikes and e-mopeds in real time. Let us further explore the features of the selected model and its application. How it works – the installed FTC305 collects and transmits various data, such as location, speed and battery level, which can be accessed via a dedicated cloud-based platform. Using the GPS device, managers can monitor the performance of their e-bikes or scooters, receive alerts and notifications, and identify maintenance or repair issues to optimise fleet operations. Plus, Teltonika FTC305 supports multiple communication protocols, allowing fleet owners to work with two-wheelers from different manufacturers. This flexibility makes it a compelling asset for starting and growing any e-sharing business. Importantly, the device has built-in ‘Manual CAN’ and ‘Manual CAN Commands’ scenarios, allowing users to manually configure the CAN data they want to receive from the e-mobility vehicle and the data they want the tracker to send back to it to perform specific actions. This means that no additional firmware development is required to support a particular brand of e-bike or e-moped - all can be configured out-of-the-box based on the vehicle's CAN bus communication protocol. FTC305 e-mobility tracker is available and can be ordered in two different versions. The first includes an IP67-rated casing, allowing the device to operate reliably in challenging or harsh environmental conditions, whether extreme cold, intense heat, or heavy rain. The second version comes without a casing, allowing the use of external GNSS and cellular antennas, as well as an external back-up battery. This ‘no-casing’ configuration is designed for OEM in-factory implementation and optimal for installation in a frame of a vehicle or other internal compartments while still providing robust connectivity through its external antennas. In summary, Teltonika FTC305 is a valuable and versatile tracker for managing a large fleet of e-bikes and e-mopeds, providing real-time monitoring and data insights to optimise the use and performance of the shared electric fleet. TOPOLOGY BENEFITS Optimised fleet management - track and identify various potential issues, such as low battery levels or maintenance requirements, to ensure that the e-fleet is always ready for use. Leverages data analytics - collect, send, and analyse data on user behaviour, such as speeding, collisions or breaches of pre-set parameters, to optimise service offering and improve the driving experience and safety. Expands business opportunities - have a wider choice of which e-bike manufacturer brands your business tends to work with and broaden your existing fleet with electric bikes and mopeds from different brands. Increased fleet reliability - IP67-rated casing of Teltonika FTC305 provides water and dust resistance, ensuring the GPS tracker can continuously operate in a variety of harsh environments without putting e-fleet operations at risk. Flexible installation options - the 'no-casing' version can be used with external GNSS and cellular antennas and an external backup battery. It is ideal for mounting inside the vehicle frame or other internal compartments while still providing reliable connectivity. WHY TELTONIKA? Choosing Teltonika means opting for reliability, innovation, and flexibility for your e-bike and e-moped sharing services. Our versatile FTC305 tracker, with CAN bus data reading and connectivity solutions, ensures that managers receive vital real-time data for trouble-free operational control. Whether navigating harsh environments or managing diverse fleets, the device delivers superior tracking accuracy and operational insight. At Teltonika, the pursuit of excellence goes beyond technology. We offer a diverse product portfolio and top-rated customer service to ensure straightforward integration and continuous optimisation of your fleet management processes. By adopting these practices, your business may gain a competitive advantage through smarter operations, improved user satisfaction, and greater profitability. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title E-mobility management Add a Title E-mobility management Add a Title E-mobility management FEATURED PRODUCT FTC305 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title E-mobility management Add a Title E-mobility management Add a Title E-mobility management Related products View more View less Related accessories View more View less

Vehicle security with Teltonika GPS trackers solution designed to help car leasing businesses to minimise financial losses IMPROVING SECURITY OF LEASED VEHICLES WITH GPS TRACKERS INTRO The car leasing industry is growing rapidly, with a market size of more than USD 210 billion in 2022. Regrettably, like other transport sectors, it is affected by car-related crimes too causing significant financial losses and pricey inconvenience. Keeping that in mind, Teltonika came up with a solution that allows not only reduces the risk of theft but also helps businesses and fleet owners to avoid the economic harm it causes. CHALLENGE Car leasing, contract hire or finance lease, has become increasingly popular in recent decades, both among businesses and private individuals. The research report on the global car leasing market by Technavio , a leading global technology research and advisory company, predicts the market to post an annual growth rate ( CARG ) of close to 14% during the period 2019-2023. Furthermore, according to Statista , the number of users in the car rental segment is expected to amount to 588.5 million users worldwide by 2025. Unfortunately, thefts and car-related crimes remain a major problem, including the car leasing segment too. For instance, Auto Express magazine recently published figures from the Driver and Vehicle Licensing Agency ( DVLA ) that revealed a whopping 74,769 cars were reported stolen in the UK in 2020. On average, that is 1 vehicle stolen every 7 minutes! In the USA, the FBI reports that $7.4 billion was lost to motor vehicle theft in 2020. 810,400 vehicles were stolen, the highest annual number of vehicles stolen since the year 2008. Almost one in five vehicles is recovered after theft. Sad to say, returned cars do not always come back in one piece, causing even greater financial losses. Yes, vehicle GPS trackers can help in this regard, but experienced thieves are usually aware of them, deliberately seek and remove, disrupt them or jam signals. So, what can we do to overcome this challenge, prevent car thefts as far as possible and help car leasing companies? SOLUTION Anything that makes car thieves or joy-riders spend more time on a vehicle to steal it and get confused in the process makes it a much less tempting target. That is an effective way to prevent carjacking and force criminals to look for another object to steal or drop the idea altogether. To begin with, we choose Teltonika FMB130 model to present our solution - an ADVANCED category GPS tracker with an extensive set of features, 2G network coverage, flexible I/O options and CAN Bus adaptor support for a wide range of vehicle telematics applications. Like any other Teltonika tracker, FMB130 has GSM signal jamming detection, towing detection, unplug detection, and auto geofence scenarios allowing it to initiate preventive actions, such as triggering the car alarm system, block its starter or locking all vehicle doors. You can learn more about the anti-theft solution and the stolen vehicle recovery use case here . But if a more cunning and experienced car criminal has managed to find and disrupt, remove or damage the installed GPS tracker, what then? Well, we have developed 2 double security scenarios to solve this situation - with the additional autonomous tracker or vehicle GPS tracker from Teltonika. Scenario with an autonomous tracker - as a secondary device, we use here Teltonika TAT100 model - a smart and autonomous GPS tracker with Bluetooth® LE connectivity, the perfect choice for monitoring various assets and providing additional protection against vehicle theft. Both GPS devices must be installed in the same leased or hired car in hidden locations. In this case, the wired FMB130 continuously operates as the primary vehicle tracking device (or master device), monitoring parameters and events of interest to maximise the benefits for fleet management and leasing companies, while the autonomous TAT100 is used only as a backup tracking device. The latter remains offline in a smart sleep mode and is configured to check periodically that FMB130 is still connected to the vehicle and working, as both devices are set to communicate with each other via Bluetooth®. Should the master tracker be unplugged, removed, or damaged in any way by car thieves, Bluetooth® connectivity will be disrupted. Right away, TAT100 backup tracker wakes up, takes over GNSS/GSM tracking functions and sends an alarm notification at once to relevant authorities, fleet managers in charge, and the driver of the leased vehicle. Thanks to that, the appropriate actions will be taken immediately, and the stolen vehicle is likely to be recovered and returned undamaged within a few hours. TOPOLOGY #1 Scenario with a wired vehicle tracker - here, as a secondary device, we choose Teltonika FMB920 model - the most popular compact 2G model for basic tracking. In this case, both vehicle trackers must be installed in the same vehicle and connected to an external power supply. It is recommended that FMB920 is placed in an unconventional hidden spot, such as the boot of a car. As above, FMB130 operates continuously as the primary vehicle tracking device (or master device), monitoring parameters and events of interest, while FMB920 is used only as a backup one. The primary tracker transmits packets via Bluetooth® , while the backup tracker only scans periodically, and to avoid detection by Radio Frequency (RF) scanners in the event of theft, the backup tracker should not transmit any data via the cellular network. When the vehicle GPS tracker is used as a backup, data transmission is disabled. In addition, to save the power of it, FMB920 can be set to one of the following sleep modes when Bluetooth® is active - GPS Sleep, Deep Sleep, or Online Deep Sleep. In addition, the backup device may have configured the Delay timeout option in Teltonika Configurator (the time after which the backup tracker starts sending records after an alarm occurs), which further helps to avoid detection. FMB920 will only start transmitting data if the master GPS tracker is compromised (not detected) and after a pre-configured time. This means that if the master tracker FMB130 is disabled or damaged, the backup one will only activate and start working after a set period. This is a significant advantage because in many cases, more sophisticated car thieves will also be looking for another tracking device using scanning equipment, RF scanners, etc. As a result, when FMB130 is fully operational, FMB920 is not visible to jammers. However, if FMB130 is compromised, the backup FMB920 will identify the event and immediately generate an alarm event record, which is sent after a set delay to avoid detection. But there is more to this scenario - in the event of a theft, if a jamming detection or immobiliser scenario is configured and enabled, a fuel pump can be safely disconnected using the backup GPS tracker via DOUT, and the vehicle will not start. And here is the best part - the idea of a combo of two tracking devices or double security, a main and a backup GPS device, is primarily designed to help car leasing businesses and rental companies minimise their financial losses to the greatest extent possible. But both scenarios could be very effective and of great help to passenger fleets of any size in any market niche in any country. The merger of both sets of features makes the solution quite unique and, above all, effective. Please note, this combination only works with GPS trackers manufactured by Teltonika. TOPOLOGY #2 BENEFITS Double layer of vehicle security - using a dual GPS tracker system provides double the protection for your vehicles. While one tracker provides real-time location data and vehicle-related details, the backup tracker acts as an additional safety net. Even if criminals attempt to disrupt the primary tracker, the backup will continue to operate, ensuring continuous monitoring and reducing the risk of vehicle theft. Signal jamming countermeasure - signal jamming, a common tactic used by thieves, is effectively countered by using two GPS trackers. If one device is jammed, the other remains unaffected and continues to provide accurate location data, keeping your fleet safe. Fewer losses, higher profits - improved security of leased vehicles ensures a lower rate of car theft. And when it does happen, there is a much greater chance that a car will be recovered and returned in one piece or undamaged within a matter of hours, saving leasing companies and the police significant time and financial resources. Optimised fleet management - the integration of two GPS tracking devices provides a granular view of your fleet's performance and status. This accurate tracking enables optimal resource allocation, cost efficiency, and routine maintenance scheduling, improving the overall performance of your fleet operations. Continuous data tracking – the double security method ensures high-quality data collection. Even if the primary unit is compromised, the backup tracker continues to record and store critical data. This redundancy ensures that critical information is never lost, facilitating rapid decision-making and resolution in the event of an incident. Scalable and adaptable solution - the dual GPS Tracker system is not only efficient but also versatile. Easily integrated into existing systems, it is suitable for businesses of all sizes. Its scalability makes it a cost-effective solution for tracking and monitoring leased vehicle fleets, accommodating growth and changes in your business needs. Affordable solution - even though the method requires the installation of two tracking devices and slightly higher investment, it pays for itself many times over for leasing companies. Easy installation and hassle-free configuration - for greater convenience and practicality, firmware updates and configuration changes of Teltonika vehicle trackers can be swiftly made remotely for any size fleet using the FOTA WEB tool. SUCCESS STORY A vehicle leasing company in Guatemala faced a critical challenge in maintaining vehicle security. To address this, Teltonika FMC130 was installed as the primary GPS tracker to meet their business needs and prevent theft with features, such as towing detection, GNSS/GSM signal jamming detection, and unplug detection scenarios. However, the telematics service provider decided not to stop there and went the extra mile to meet the challenge. To further enhance fleet security, the company integrated TAT140 asset tracker as a secondary backup device. Its quick setup, wireless installation, compact size, and long battery life made it an ideal choice for the job. By significantly improving fleet safety, the solution has led the company to expand this type of project to Panama, Nicaragua, and Honduras, as well as opening up new markets for the business in construction site monitoring. WHY TELTONIKA? We have a unique and indispensable solution that can support car leasing companies, reduce car-related crime and save resources. By leveraging a two GPS tracker combo, businesses can enjoy multiple benefits, leading to improved operational efficiency, enhanced security, and better customer satisfaction. Such a solution includes a range of high-quality vehicle trackers and autonomous GPS devices from Teltonika for various IoT projects and different operating scenarios. Teltonika's reputation for leadership in the telematics industry ensures that leasing providers receive robust, high-performance tracking solutions that integrate effortlessly with fleet management platforms. Our GPS products and accessories enhance fleet security, improve operational efficiency and minimise financial risk, making Teltonika the preferred business partner for leasing companies looking to optimise vehicle protection and profitability. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Car sharing. rental & leasing Add a Title Car sharing. rental & leasing Add a Title Car sharing. rental & leasing FEATURED PRODUCT FMB130 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Car sharing. rental & leasing Add a Title Car sharing. rental & leasing Add a Title Car sharing. rental & leasing Related products View more View less Related accessories View more View less

Vehicle door status monitoring using wireless Bluetooth® Teltonika EYE Sensors and GPS trackers to prevent cargo thefts VEHICLE DOOR STATUS MONITORING WITH EYE SENSORS INTRO Preventing the theft of valuable goods in transit requires the utmost attention and appropriate safety measures from fleet managers. Bluetooth® technology appears to be a low-cost and easy-to-implement solution to improve cargo security. Used in conjunction with wireless devices, Teltonika vehicle GPS trackers can help monitor deliveries and open up new business opportunities. CHALLENGE Needless to say, it is important to ensure the safe transport of customers' goods. However, theft of goods in transit continues to account for the largest share of all thefts - 71%. Although tools are one of the most popular theft targets , only 1% of stolen tools are recovered in the UK. Even more, this challenge is particularly acute when expensive items are involved. This requires fleet managers and business owners to look at a range of security options, including multi-level cargo security. It is particularly difficult to ensure the safety of the load if a vehicle cannot monitor the status of the door via its CAN bus or onboard data. Wired solutions are neither convenient nor practical in this case. The market needs an affordable, easy-to-install and reliable solution to monitor the door status of vehicles. Efficient fleet management also requires precise information about cargo loading and unloading. Operators and fleet managers need to know exactly when the door of the vehicle is opened and closed, so it is possible to understand when cargo is loaded and unloaded, how long it takes and where it happens. It also helps to prevent unauthorized door opening, so they can be sure that the cargo is safe. The cargo security of international logistics and delivery service companies must be maximised wirelessly and efficiently. Today's businesses need a low-cost and easy-to-implement solution, and Teltonika can offer a practical and affordable one. SOLUTION To address the challenges mentioned above and present a solution, we use Teltonika ADVANCED category vehicle GPS tracker FMC130 , CAN adapter LV-CAN200 to acquire the foremost vehicle CAN bus data and wireless EYE Sensor model accessory with an integrated magnetometer - the dedicated sensor used to detect door opening events and a magnet accessory. Teltonika GPS tracker and sensor are connected via Bluetooth® LE . How it works - the magnet accessory is mounted on top of the back door of a vehicle, and EYE Sensor is mounted in the vehicle, close to a position where the door closes. When the vehicle door is opened, the sensor detects that the magnet has 'disappeared', and when the door is closed, the sensor detects the magnet again and sends a status notification in both cases to FMB130 tracker. The latter transmits all the collected data to a dedicated server via a GSM network where it is monitored and analysed. It is a simple way to detect door events completely wirelessly and effortlessly. With this solution, international logistics and delivery service companies can easily ensure their cargo safety by monitoring door events in vehicles that do not have and do not support this feature by default. EYE Sensors are affordable and easy to install, helping to improve fleet productivity and safety cost-effectively. Going further, vehicle door monitoring provides an extra level of security. If a door opens in an unauthorised way or is in an unauthorised area, the driver and fleet manager are immediately alerted and can take appropriate action. Delivery service companies can be assured that they will receive reliable data on door incidents affecting their vans or other fleet vehicles. The door monitoring solution also helps to manage the fleet itself effectively. The operators can see the exact date and time of door opening, thus the time when the cargo is loaded and unloaded, how long it takes and similar parameters that help to make quality business decisions and ensure its efficiency. To cope with the increasing fuel prices, the solution allows to track of fuel consumption and level, engine RPM and mileage via CAN bus data. This helps to encourage desired drivers’ behaviour and prevent fuel theft, which results in improved business efficiency. Moreover, the solution might be combined with wireless driver identification so that fleet managers could identify which driver was responsible in case of unauthorised unloading of cargo. It is also useful to simply track and compare regular loading and unloading time according to which driver was working and make conclusions. Finally, door monitoring is also easy to implement for businesses that already use Teltonika GPS devices. EYE Sensors can be used with any Bluetooth®-enabled Teltonika vehicle tracker, so companies do not need to buy new trackers if they already have them. Simply adding EYE Sensors will upgrade the functionality. TOPOLOGY BENEFITS Prevent cargo thefts – fleet operators, managers, and drivers will be informed immediately when the doors are opened, which helps monitor the transit process and spot suspicious activity if cargo is not being unloaded or loaded where it should be. Recognise unauthorised access to cargo at once – if a door is opened in an unauthorised way, fleet operators and managers will know about it and can take appropriate action to prevent thefts. Tracking cargo loading events – monitor the exact time it took to load and unload a load and how long it took based on door opening and closing events. Wireless and easy to install – EYE Sensors are affordable and do not require any wiring, time-consuming mechanical installation or additional costly maintenance. Customisable for every project – the signal strength and data transfer intervals of Teltonika Bluetooth® LE Sensor can be configured according to the exact application needs of the IoT project. WHY TELTONIKA? To successfully resolve logistics vehicle and cargo safety challenges, Teltonika offers an indispensable combo – Bluetooth®-based EYE Sensors, sophisticated Android/iOS mobile apps for prompt configuration, data scanning, debugging anytime anywhere, and advanced vehicle GPS trackers to help logistics businesses succeed. Teltonika provides everything you need to succeed – an impressive variety of fleet management solutions for almost any use case imaginable in the field of vehicle telematics. We have successfully provided our customers with competitive solutions that help businesses around the world thrive through years of experience, an in-house R&D team, modern manufacturing facilities, and an innovative approach. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Fleet telematics Add a Title Fleet telematics Add a Title Fleet telematics FEATURED PRODUCT EYE Sensor Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Fleet telematics Add a Title Fleet telematics Add a Title Fleet telematics Related products View more View less Related accessories View more View less

Optimise your fleet by utilising Teltonika OBD trackers for unparalleled efficiency and reliability in logistics FUEL AND SERVICE OPTIMISATION WITH OBD DATA READING TRACKERS (JP) INTRO In a world increasingly dependent on e-commerce and just-in-time manufacturing, logistics and delivery disruptions can affect production schedules, customer satisfaction, and business viability. Optimal fleet management is critical to reducing costs, improving delivery times, and ensuring efficient operations. Teltonika OBD data reading trackers can provide the precision needed to achieve these goals. CHALLENGE The global logistics market is projected to reach $14.08 trillion by 2028, underscoring its vital role in facilitating international trade and commerce. Unscheduled vehicle maintenance is one of the biggest challenges for fleet owners. Breakdowns disrupt delivery schedules, resulting in dissatisfied customers and financial losses. The research highlights that unplanned downtime can cost fleet operators hundreds of dollars per vehicle per day, emphasising the need for proactive solutions. Fuel accounts for almost 30% of the total cost of running a fleet. Its poor management can lead to unnecessary costs and impact the fleet's carbon footprint. The reports highlight that operational costs in the logistics sector have risen by 20% over the past five years, driven by fluctuating fuel costs and maintenance demands. Without accurate, real-time data on fuel levels and consumption, managers and operators may struggle to align refuelling stops with optimised routes. What’s more, fleet management generates vast amounts of data, from vehicle diagnostics to fuel consumption and GPS tracking. However, the lack of streamlined tools to interpret this information often results in missed opportunities for cost savings and operational improvements. Fortunately, Teltonika OBD data reading trackers can help overcome these challenges. SOLUTION To address these challenges, Teltonika offers FMx003 series of OBD-II data reading devices with 2G or 4G LTE connectivity. These compact, easy-to-install GPS trackers are designed for seamless integration with a vehicle's OBD-II system - an integrated self-diagnostic interface. The Plug & Play models can read essential OEM data, such as actual fuel level, odometer, and other parameters . How it works – let’s take the 4G LTE connectivity Teltonika FMC003 tracker as an example. It provides access to critical OEM parameters such as 'Remaining Distance' and 'Distance To Service'. They allow fleet managers to monitor fuel levels and accurately anticipate maintenance needs. This proactive approach ensures that vehicles are serviced before issues become serious and only refuelled when necessary, reducing downtime and costs. Even more, by integrating FMC003, managers can align refuelling stops with delivery schedules and route optimisation. Maintenance may be scheduled during off-peak hours, minimising disruption to fleet operations. This seamless integration improves the overall efficiency of logistics processes. FMC003 vehicle tracker is designed for quick installation and compatibility with more than 1,300 different vehicles . This flexibility ensures that fleets of all sizes can adopt the solution without significant operational disruption. These GPS devices may be adapted to meet evolving business needs and provide long-term value to delivery companies. With the OBD data and actionable insights provided by Teltonika's trackers, fleet managers can make informed decisions to optimise vehicle usage. Trends in fuel consumption and maintenance cycles may be thoroughly analysed across a fleet, helping to identify inefficiencies and implement targeted improvements to increase efficiency and competitiveness. TOPOLOGY BENEFITS Reduced operating costs - proactive refuelling and maintenance planning help reduce fuel costs and emergency repairs, cutting unnecessary expenses and improving overall fleet efficiency. Increased uptime - efficiently scheduled maintenance and refuelling minimise vehicle downtime, ensuring they are on the road and performing consistently. Improved sustainability - optimised fuel usage and route planning assist reduce emissions, supporting environmental goals, and meeting growing demands for more friendly operations. Increased productivity - well-maintained vehicles spend more time making deliveries, allowing companies to meet schedules and take on more work without increasing resources. More satisfied customers - reliable and on-time deliveries build trust with clients, ensuring they remain confident in your service and are more likely to continue doing business with you. Regulatory compliance - accurate records of fuel usage, maintenance and emissions ensure compliance with industry standards, helping to avoid penalties and protect your company's reputation. Plug & Play installation - quick and easy setup with no complex cabling ensures minimal downtime and hassle-free integration, so fleet operators can start using advanced tracking solutions right away. WHY TELTONIKA? Teltonika FMx003 series OBD data trackers help redefine fleet management by providing critical insight into vehicle health and performance. From monitoring fuel levels to proactively scheduling maintenance, our GPS devices are designed to address key logistics challenges. The result is reduced downtime, lower operating costs, and a significant increase in productivity - all achieved with simple Plug & Play installation across multiple vehicle models. Our focus on innovation, product quality, and customer-centric solutions makes Teltonika's telematics division the preferred choice for logistics companies worldwide. With advanced capabilities to align maintenance schedules with delivery routes and support regulatory compliance, we help businesses achieve greater reliability and sustainability. Choose Teltonika for fleet management that drives efficiency, profitability, and competitive advantage. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Logistics & delivery services Add a Title Logistics & delivery services Add a Title Logistics & delivery services FEATURED PRODUCT FMC003 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. 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Efficient tracking of heavy-duty vehicles with Teltonika OBD-II data reading devices with J1939 integration and FMS support EFFICIENT HEAVY VEHICLE TRACKING WITH OBD DATA READING DEVICES INTRO In the fast-paced logistics and transport industry, efficient fleet management is essential to maintaining a competitive edge and ensuring on-time deliveries. Seamless installation of telematics solutions can minimise downtime and reduce costs for fleet owners. They also offer unparalleled insight and control, enabling operators to optimise performance and increase competitiveness. CHALLENGE Managing a fleet of heavy commercial vehicles poses a number of challenges. Fleet operators need real-time data on vehicle performance, fuel consumption and driver behaviour to optimise operations and reduce costs. Traditional GPS tracking devices often fall short of providing comprehensive insight due to compatibility issues with the complex electronic systems of today's trucks. Ensuring quick and easy installation without disrupting vehicle operations is a major concern, both in terms of time and cost. Streamlined installation processes are critical to optimising resource allocation and keeping fleet vehicles operational and productive. Furthermore, the complexity of heavy vehicle electronic and mechanical systems presents challenges in pinpointing connection points and seamlessly integrating new devices. These systems require careful planning and expertise to ensure efficient installations, as the unique configurations of each vehicle model can vary widely. Skilled technicians are essential to manage the installation process and minimise disruption to vehicle functionality and operation. This type of fleet is also challenged by tight schedules and limited maintenance windows, making it difficult to schedule telematics device installations without disrupting operations. Fleet managers must plan carefully to minimise downtime and maximise vehicle uptime, often coordinating installations during off-peak hours or scheduled maintenance intervals. Fortunately, Teltonika has what it takes to deal with this. SOLUTION To address these challenges, Teltonika offers a comprehensive solution with FMx003 series of OBD data reading trackers with 2G or 4G LTE connectivity. These versatile, easy-to-install GPS devices seamlessly integrate with SAE J1939 protocols to provide detailed OBD data and essential insight for effective heavy fleet management. The FMx003 ensures quick installation, minimising downtime, and disruption while providing critical performance and diagnostic information to optimise fleet operations. How it works - as an example, we choose Teltonika FMC003 model. Utilising the Fleet Management System (FMS) adapter with Plug & Play OBD capabilities, the device provides a seamless, discreet, and robust approach to monitoring and managing heavy fleet operations. This innovative 4G LTE Cat 1 vehicle tracker is specifically designed to work with heavy-duty vehicles equipped with J1939 protocols, ensuring broad functionality and comprehensive data acquisition. Once installed, FMC003 collects a wealth of data including vehicle speed, engine performance, fuel consumption, driver behaviour, etc. This information is transmitted in real-time to the fleet management platform, allowing operators and people in charge to monitor and analyse vehicle performance from a central location, tablet, or smartphone. Immediate transmission ensures that fleet managers have up-to-the-minute insight into the status of each vehicle, enabling proactive decision-making and timely intervention where necessary. The device's compatibility with J1939 protocols ensures that it can extract detailed information from the vehicle's electronic control units (ECUs), providing a comprehensive view of each truck's operating status. This includes critical metrics, such as engine diagnostics, fault codes and other key performance indicators that are essential for maintaining vehicle health and optimising fleet operations. Further, Teltonika FMx003 series can be conveniently used with FOTA WEB - a cloud-based software solution for remote firmware and configuration updates. Together, these features ensure that fleet operations are more efficient, cost-effective and secure, enabling companies to maintain a competitive edge in the demanding logistics and transport industry. TOPOLOGY BENEFITS Seamless and cost-saving installation - the Plug & Play OBD design of FMx003 series with FMS adapter ensures fast, discreet and hassle-free integration, minimising vehicle downtime and ensuring cost and time efficiency. Improved heavy vehicle performance monitoring - Teltonika FMx003 provides detailed insight into engine performance and vehicle health, enabling proactive maintenance and reducing the risk of unexpected breakdowns. Optimised fuel management - with accurate fuel consumption data, fleet operators can identify inefficiencies, implement fuel-saving strategies, and reduce overall fuel costs. Improved driver behaviour analysis - by monitoring driver behaviour, such as harsh braking, rapid acceleration, and excessive idling, fleet managers can implement training programs to promote safer and more efficient driving practices. Real-time data and alerts - the device provides real-time data and alerts, allowing fleet managers to respond quickly to any issues, ensuring continuous and efficient fleet operations. Compliance and reporting - the detailed data collected by FMx003 vehicle trackers supports regulatory compliance and simplifies the reporting process, making it easier for fleet operators to maintain records and comply with industry standards. WHY TELTONIKA? By integrating advanced 2G or 4G LTE connectivity GPS tracking technology with OBD data reading, we enable companies and fleet owners to optimise fuel usage, reduce costs and improve overall efficiency, strengthening our position as an industry leader in telematics. Our commitment to innovation comes from a deep understanding of the diverse needs of different sectors. Choosing Teltonika means having access to a range of bespoke solutions designed to meet the unique needs of businesses, whether they are managing small commercial fleets or huge supply chain truck fleets. We offer more than just products - we offer a strategic business partnership aimed at driving operational excellence. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Logistics & delivery services Add a Title Logistics & delivery services Add a Title Logistics & delivery services FEATURED PRODUCT FMC003 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Logistics & delivery services Add a Title Logistics & delivery services Add a Title Logistics & delivery services Related products View more View less Related accessories View more View less