The file record
Stage 1 tuned BIN · BMW M3 Competition
Uploader’s title: Stage 1 / Tuned / modified · BMW M4
Uploaded as BMW M4. The current research associates this file with BMW M3 Competition. Review candidate alternatives in the vehicle details.
Candidate means a possible identity that the analysis could not establish confidently. Full findings are available below.
Inside the tune
What changed.
Observed calibration changes in this accepted file. Expand an observation for the analysis and any uncertainty.
01Torque ceilings were raised and flattened across related controls
Observed several rpm-based torque ceilings rise from approximately 500–560 Nm to a flat 900 Nm. Related mode and gear profiles were raised as high as 750 Nm, and a 600 Nm transfer row was increased to 650 Nm.
02Load and relative-filling ceilings were substantially increased
Observed a relative-filling limit previously declining from 80 % to 60 % become a flat 120 %. A separate rpm-based maximum-load curve of approximately 87–93 % became a flat 270 %.
03Clutch and intervention torque thresholds were increased
Observed related clutch-control, clutch-fault, intervention, and integral-control thresholds rise from 440–480 Nm to 600 Nm.
04Lambda-related targets and limits were recalibrated
Observed a minimum lambda-like scalar increase from about 0.700 to 0.790 and a 16-cell lambda-like surface change from about 0.730 to 0.750. The available evidence establishes calibrated numeric changes but not runtime behavior.
05Airflow and throttle plausibility bands were widened
Observed airflow and throttle lower thresholds decrease by about 10 %, while their paired upper thresholds increased by about 10 %, consistently widening both plausibility bands.
06Temperature and knock correction reductions were relaxed
Observed 30 intake-temperature correction cells increase to approximately 0.812–1.00, four high-rpm knock-retard reductions become 1.00, and high-temperature correction points move closer to unity.
07Sport-display torque-axis range was extended
Observed one sport-display filter axis endpoint increase from 550 Nm to 700 Nm. The associated coefficient surface retained its decoded dimensions and finite values.
The software fingerprint
ECU & software identifiers
Software & calibration
- Software version
SB_V10.00.00/1797- Software version
TPROT_V10.00.00/1767- Software identifier
10SW014409- Software identifier
10SW0144096MC9ECEB- Software identifier
10SW018905- Software identifier
6MC9ECEB- Calibration identifier
6MC9ED0B- Application software
MEVD17.2.G-S55-BG2-B30-F080-DKG-US- Software version
SB_V10.00.00/1797- Calibration identifier
0800001A27_094_050_001- Calibration identifier
6MC9ED0B- Bootloader identifier
MEVD17.2.G-CB_L6C-D6.2.0_G.5.18.1- Calibration identifier
0800001A27_094_050_001- Software version
TPROT_V10.00.00/1767
Other references
- Project identifier
510_S55_Comp_US_DKG_254- Project identifier
MEVD17.2.G-CB_L6C-D6.2.0_G.5.18.1- Project identifier
MEVD17.2.G-S55-BG2-B30-F080-DKG-US- Other identifier
0170617078Candidate- Other identifier
43/1/MEVD/11/MEVD172G_6MC9ED0B//6MC9ED0B///
Vehicle & ECU details
Vehicle details identified.
Files that belong together
Read information & file integrity
- Revision
- Contribution v2
- Original filename
- BMW_MEVD17.2.G_INTERNAL-FLASH _2026_03_19_10_23_43---Stage 1_chk_ok.bin
- Read type
- full
- Read method
- bench
- Read tool
- HexProg
- Published
- Sep 23, 2026
- Updated
- Sep 23, 2026
- SHA-256
7d08204adb49ca787185e9ea283734dcf8f5a297d1106f2b6c0413c64f1df62c
Compare the SHA-256 with the downloaded file to confirm its bytes match this version.
Library acceptance and a vehicle association do not establish flash compatibility. Match the exact software, read type and requirements to your project.
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