ORIGINAL / FACTORY Diesel 3.0 TDI FWD 218hp

Audi A4 3.0 TDI CR DPF Turbo-Diesel 150KW

Audi A4 3.0 TDI CR DPF Turbo-Diesel 150KW Bosch 8E0907401AL 382432 Original
060120180240 10002000300040005000 218 HP +0 400 Nm +0 HP Nm RPM 0100200300400
Stock Original / Factory HP / Nm projection
218 HP Factory calibration
Stock backup file — 400 Nm · Diesel

Calibrated ECU file for 8E0907401AL (SW 382432). Checksum-corrected, ready to flash. Delivered instantly via secure download after payment.

16,293 calibration files in catalog · 9,693 engines · 400+ ECU platforms · Engineering since 2012 · WhatsApp support · < 30 min first response
Performance Projection Engine #375 · Gains DB
MATCHED ENGINE 3.0 TDI FWD 218hp CSWB 3L Diesel Factory
060120180240 10002000300040005000 218 HP +0 400 Nm +0 HP Nm RPM 0100200300400
Stock Factory HP (left) · Nm (right) · Curve shape typical for this ECU family
Real data from Gains API Dyno curve = typical ECU-family projection Final gains depend on fuel, altitude, wear

Product Details

ECU SpecificationFactory values
Vehicle Audi A4 3.0 TDI CR DPF Turbo-Diesel 150KW
Engine power 150 kW (~204 HP)
Fuel type Turbo-diesel
ECU brand Bosch
ECU hardware 8E0907401AL
Bosch software number 382432 ( 1037382432 )
Tuning type Original
Read method / notes 382432

This product contains a complete original ECU backup (stock file) for Audi A4 3.0 TDI CR DPF Turbo-Diesel 150KW with Bosch 8E0907401AL (Bosch software number 382432 ( 1037382432 )). This original file corresponds to a factory engine output of approximately 150 kW (~204 HP). This file is ideal for ECU cloning, restoring the car back to stock and using it as a safe base for future remaps.

All ECU tuning files from TUNING-DATABASE are prepared for professional use. They are useful whenever you search by ECU ID, hardware or software number such as 8E0907401AL, 382432 (1037 + SW code). Use this file for diagnostics, cloning, recovery or as a base for custom remapping.

SHA-256 fingerprint86BAB17D 3FA7040F 409A96FE DE30A60F F2A9C22B D92C9871 788A3D70 26C02A0C