Land Rover Defender Remap
Whether you drive a classic Defender TDCi (Puma) or the brand new L663 generation, ECU remapping completely changes the driving dynamic. For classic models, it removes the dreadful sluggishness and makes modern traffic manageable. For the new generation, it unlocks serious performance and towing capability that rivals the very best SUVs. AutoCleanse provides Defender mapping in Devon.
Performance Gains
Land Rover Defender Engine Options
2.4/2.2 TDCi Puma (Classic)
+up to 10% MPG2.0 D200 (New Gen)
+up to 10% MPG3.0 D250 (New Gen)
+up to 10% MPGOur Process
Professional ECU Tuning in Devon
Every remap we perform includes a full pre-tune diagnostic check to ensure your Land Rover is healthy before we start. We don't flash generic files - we use safe, proven calibrations tailored to your engine's specific hardware.
Mobile Remapping Available
We cover the entirety of Devon. We can remap your Land Rover Defender at your home, workplace, or driveway, providing the same high-quality service as you'd receive in our workshop.
FAQ
Land Rover Defender Remapping Questions
It is arguably the best modification you can do to a Puma Defender. Taking it from 122bhp to 160bhp completely removes the sluggishness, making it much safer to pull out of junctions and overtake on country lanes.
No, the 2.4 and 2.2 Ford Transit-derived engines are very strong. A Stage 1 map is highly reliable and simply makes the Defender drive the way it should have from the factory.
Yes, the D250 is essentially a detuned version of the D300. A remap unlocks the software restrictions, giving you massive performance gains (up to 310bhp) safely.
Yes, the increased low-end torque is highly beneficial off-road, allowing you to crawl over obstacles with less throttle input and greater control.
Yes, we offer fully mobile remapping for all Defender models across Devon.
Transform Your Land Rover Today.
Book your Defender in for a Stage 1 ECU remap. Choose between a workshop visit or a mobile appointment across Devon.
Safe, tested calibrations for long-term reliability