Vehicle Tuning
The tuning process requires adjusting mapping in the ECU, such as boost, ignition timing, fuel, cam timing etc in all rpm and load points. The dyno is very useful for this as you can isolate and hold the vehicle at certain rpm/load to perfect the tune at any given point, something impossible to do on the road. We also have diagnostics equipment connected to the vehicle to we can measure what the engine is doing to give us a better understanding of how changes in the map effect performance.
As the vehicles ECU is constantly changing how it runs the engine based on sensors such as airflow meters, O2 sensors, temp sensors and knock sensors, when a vehicle is modified with parts such as downpipes, intercoolers, turbo’s, intakes, it can have a huge effect on how the ECU operates and can through a tune off course, so tuning the ECU is in our opinion the most important part of the modification process.
Factory ECU vs Aftermarket ECU tuning is pretty similar with the only exception is that OEM ecu tuning is limited to what the tuning software is able to let you change, where an aftermarket ECU is basically a mapped out ECU with all required options and additional features that are more suited towards Motorsport. The process of tuning both is the same with a little more work required for aftermarket ECU’s as you are starting from scratch unlike a factory ECU that has already had countless hours tuned at the factory.
OEM ECU Tuning
OEM ECU tuning refers to tuning factory vehicle ECU’s. Torque Performance Developments over the years has a range of tuning and diagnosis tools to suit a range of factory ECU’s for tuning.
Our process of tuning a factory ECU is first to put the vehicle on our dynomometer to get a base line (factory power figure) from the vehicle. This gives us a starting point to see where power and torque is made through out the rpm range (not just maximum power) so that any changes we are about to make can be compared to this base line to check for performance gains.
From there we then read the factory file off the ECU and store it in a secure back up so we can always put back to factory, most of the time we are able to read the ECU file through the diagnostic port however some ECU’s need to be removed and opened up however this is rare these days and if we do need to, its a non-evasive process in an anti static laboratory environment.
A full sweep final dyno run is then done to get the overall power gains everywhere and a dyno graph is saved showing this final run compared to the base run. If possible, a final test drive is done with data logging to check how the vehicle operates on the road in normal driving situations.
Tuning software we specialise in:
Dimsport - Most European vehicle brands
Winols - Most vehicle brands
HP Tuners - Ford, Dodge/Chrysler/Jeep
Hondata - Honda
UpRev - Nissan (VQ engines)
SCT - Ford
Ktuner - Honda
BRZ Edit - Toyota GT86 & Subaru BRZ
Epifan ECUEdit - Subaru & Mitsubshi
ECUFlash - Subaru & Mitsubishi
ECUTEK - Subaru, Mitsubishi & Nissan