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This Foxwell NT510 represents a professional-grade automotive diagnostic tool designed to address a wide spectrum of vehicle system checks and resets. It functions primarily as an OBD2 engine scanner and transmission fault code reader, capable of working on modern vehicles including 2016/2017 models. The tool grants access to powertrain, chassis, and body systems, allowing mechanics and enthusiasts to not only read and clear diagnostic trouble codes but also perform specialised service resets, making it a practical choice for both diagnostics and basic maintenance tasks.
The NT510 consolidates multiple diagnostic functions into a single, handheld unit. Its construction is described as ruggedly built, suggesting suitability for the demands of both workshop environments and on-road testing scenarios.
The value of this diagnostic tool lies in its multifunctional approach and built-in capacity for growth.


Automotive diagnostic tool multifunctional detector Foxwell NT510 for OBD2 engine scanner fault code reader ABS SRS reset tool with live sensor data, TFT colour screen, memory card, and orange black housing.
£378.98
Sale price
£378.98
Regular price
Foxwell NT510 Automotive Diagnostic Tool: Multifunctional OBD2 Scanner with ABS and SRS Reset

Features and Construction

Material and Build
While specific composite materials are not listed, the source text emphasises an ergonomic design and rugged build quality intended for professional use. The housing is finished in a distinctive orange and black colour scheme. This practical design focus, coupled with the inclusion of a TF memory card slot for data backup and updates, indicates a tool built for repeated use and future expansion rather than as a disposable item.Size and Practical Fit
Uses and Placement The NT510’s capability set defines its primary use cases, bridging standard code reading with advanced system-specific functions.Event or Professional Use
For professional technicians, the tool’s advanced functions provide significant value. Beyond standard OBD2 diagnostics, it can perform bi-directional control tests, component activations, and specialised resets. These include Electronic Parking Brake (EPB) service, oil service reset, Diesel Particulate Filter (DPF) regeneration, ABS bleeding, and battery configuration after replacement. The ability to calibrate the Steering Wheel Angle Sensor (SAS) and perform Throttle Body Alignment (TPS/TBA) on supported vehicles positions it as a useful asset for post-repair procedures and system initialisation.Everyday Home Use
For the capable DIY mechanic or enthusiast, the NT510 offers a powerful way to diagnose engine faults, clear warning lights, and access live data to monitor sensor performance. The ‘Quick Test’ function allows for a rapid check of most vehicle systems, while the ability to read and clear codes from all accessible systems (not just engine) provides a more complete diagnostic picture than basic code readers. The multi-language menus and code definitions further enhance its usability in an international context.Benefits and Buying Value

Reuse and Low Maintenance
As a dedicated electronic tool, the NT510 is designed for repeated use across multiple vehicles. Its upgradeable software, facilitated by the TF memory card, means its vehicle coverage and functionality can be expanded over time, protecting your investment against vehicle model changes. The rugged build quality suggests it is constructed to withstand the handling expected in automotive environments.Why Choose This Product</h3 Choosing the Foxwell NT510 is a decision for those who require more than a basic code reader. It is for individuals who need a single tool that combines standard OBD2 scanning with the ability to perform specific, manufacturer-oriented resets for systems like ABS, SRS, and SAS. The inclusion of live data graphing, freeze frame data retrieval, and bi-directional testing offers a depth of analysis typically found in more expensive, brand-specific tools, making it a versatile and cost-effective solution for a wide range of diagnostic and service scenarios.


