Lancer EVO10 2.0 Turbo Mitsubishi M32176 — Calibration File [Mitsubishi]

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Bin

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A new product by Bin is available: Lancer EVO10 2.0 Turbo Mitsubishi M32176 — Calibration File SM5305 - Stage 1 calibration for Mitsubishi Lancer EVO10 2.0 Turbo – ECU-Nr Prod: — ECU-Nr ECU: SM5305


Lancer EVO10 2.0 Turbo Mitsubishi M32176 — Calibration File SM5305

Description​

ParameterValue
Producer:Mitsubishi
Series:Lancer EVO10
Model:2.0 Turbo
Model Year:2007
Type (Engine):Turbo-Petrol
Displacement:2.0 L
Output:295 PS / 217 kW
Gearbox:Automatic transmission
ECU Maker:Mitsubishi
ECU Build:Undefined
ECU-Nr Prod:
ECU-Nr ECU:SM5305
Software:M32176
SW-Version:
Checksum:N/A
CPU:not recognized
Eprom 8-Bit sum:E239
Nested Versions:1 modified versions included (Stage 1) + Original for reference
Project Type:Complete binary file
Details:st1 (185 hp)
Project Size:1 048 576 bytes

All tuning files were acquired through official EVC.de resellers and verified on a professional dynamometer. Each calibration corresponds to the developer listed in the “Modified By” section — performance graphs may be available on their official website. These files are intended for motorsport or off-road use only. Ensure proper installation and do not operate the vehicle aggressively without first confirming mechanical condition. The seller accepts no responsibility for misuse or non-compliant road use.

Extended Product Information​

  • Turbocharger boost curve reshaped for instantaneous spool-up and consistent mid-range pressure
  • Fuel injection and ignition advance maps optimized for stable combustion and maximum torque output
  • Automatic transmission shift-logic and torque-converter lock-up maps recalibrated for crisper, more precise engagements
  • EGR and purge-control strategies refined to support clean regeneration without fault-code triggers
  • Intercooler efficiency and intake–air temperature compensation maps retuned for consistent performance under heat
  • Throttle-pedal mapping smoothed to eliminate flat spots and ensure a linear response to driver inputs
  • Knock-sensor thresholds managed to protect the engine while allowing more aggressive ignition timing


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