At TorxTuning, we develop and write all ECU remapping software in-house, giving us complete control over every calibration and allowing us to deliver safe, proven performance gains tailored to your vehicle.
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We are a professional mobile ECU remapping and performance tuning company based in Bedfordshire, covering Luton, Bedford, Milton Keynes, Dunstable, Leighton Buzzard and all surrounding areas. Our mobile tuning service allows us to carry out ECU remaps at your home or workplace, with no compromise on quality.
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Our ECU remapping software is developed to work on standard, unmodified petrol and diesel vehicles, ensuring manufacturer-level reliability while significantly improving power and torque. Each calibration is designed for high performance, strong mid-range torque, improved throttle response, and smooth drivability.
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A TorxTuning Performance ECU Remap is designed to safely unlock the full potential of your engine. Most diesel vehicles typically see power increases of 20–35%, along with improved torque and fuel efficiency, depending on driving style.
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If you’re looking for mobile ECU remapping in Bedfordshire, performance remaps, or custom tuning software developed in-house, TorxTuning delivers professional results you can rely on.
Economy Tuning
Increasingly popular with rising fuel prices, we are able to recalibrate the ECU data to improve fuel efficiency. The increase in torque will allow less gear changes and accelerator pedal movement there for resulting in improved MPG and drivability.
Stage 1 Tuning
Designed for a standard and unmodified vehicle with no hardware upgrades. A Stage 1 Remap increases power and torque while also improving fuel efficiency. Removes flat spots and gives a more responsive drive without compromising reliability.
Stage 2 Tuning
Bigger increase in power and torque than a Stage 1 Remap, efficiency will still improve but not as dramatically as a Stage 1 Tune. Often hardware upgrades are required before a Stage 2 Remap can be applied. Removes flat spots and gives a more responsive drive without compromising reliability.