Define the engine
Capacity, compression, camshafts, turbo or supercharger, fuel, target boost and mechanical limits.
Base maps & remote calibration
Standalone management gives a project freedom the original ECU may not offer — and makes accurate sensor, trigger, fuel and ignition information essential from the first file.
No production assumptions
Trigger pattern, injector data, fuel pressure, ignition configuration, sensors, boost control and engine geometry all affect whether a base map is safe enough for commissioning.
We build the starting calibration from the information supplied and can support further remote live tuning on compatible platforms and projects. Final dyno or load validation remains an essential professional step.
Capacity, compression, camshafts, turbo or supercharger, fuel, target boost and mechanical limits.
Crank and cam triggers, MAP, TPS, temperatures, pressure sensors, lambda and calibration data.
Injector flow and dead time, fuel pressure, coils, firing order and configured outputs.
Configure the project for a controlled first start and initial checks — never immediate full-load operation.
Record the required channels under controlled conditions and return complete logs with clear observations.
Iterate where remote support is agreed, then complete professional dyno or load validation before hard use.
Supported by assessment
Experience may include systems such as MoTeC, OMEX, DTA, MegaSquirt and Link, but support depends on the exact ECU, firmware, software access and project requirements.
Safety gate
Scope the project first
Contact the technical team with the platform, firmware, engine and sensor package.
Discuss compatibility