The file record

Tuned BIN · Kia Stinger

Tuned BINSingle DME · Stage 14 MiB

From Redline Autohaus & Performance

The company profile has been reviewed. This does not assess file safety, ECU compatibility or government identity.
EVC / WinOLS licence checkCheck this company’s EVC and WinOLS licenceThis external EVC check is separate from Redline company verification and does not assess a file, tune, ECU match or safety.

Uploader’s title: Tuned / modified · Kia Stinger GT

Vehicle associationKia StingerAI identified vehicle
ECUSIM2K-260BOOT read
Engine codeG6DP
Chassis / platformCK
Model year2022

Uploaded as Kia Stinger GT. The current research associates this file with Kia Stinger. Review candidate alternatives in the vehicle details.

Fuel requirementNot specified by uploader
Hardware requirementsNot specified by uploader

Inside the tune

What changed.

6 observations

Observed calibration changes in this accepted file. Expand an observation for the analysis and any uncertainty.

01Torque limits were raised and several surfaces flattened

Observed torque caps rising from 350 Nm to 500 Nm on two pressure- and speed-dependent surfaces. Other candidate limiter surfaces were flattened to 700 Nm or 750 Nm, while one unresolved torque-related surface included values raised as high as 800 Nm.

02Ignition timing was advanced across multiple load surfaces

Observed four supported speed-and-load ignition surfaces with widespread advances of approximately 0.38° to 7.87°. Additional uncertain temperature-based correction surfaces had negative corrections set to zero.

03Temperature-related thresholds and corrections were relaxed

Observed candidate temperature plateaus increasing from 925–950 °C to 1017–1066 °C. Separate uncertain high-temperature ignition corrections were set to zero, and temperature-dependent torque limits were flattened upward.

04Pressure control and duty surfaces received substantive changes

Observed structured open-loop duty shaping in a supported percent surface. Candidate pressure targets or limits increased by 160–600 hPa in one surface and progressively in upper operating rows of another; a pressure-dependent percent limit was flattened to 40%.

05Lambda targets were changed in several operating regions

Observed two supported speed-and-load target surfaces with 30 localized cells raised to no more than 1.020 lambda. Other candidate target surfaces gained structured values between 0.779 and 0.910 or increased by about 2.7%.

06Several unidentified surfaces contain extreme transformations

Observed uncertain changes including 141 of 144 byte-valued cells becoming 255, one surface collapsing into a repeated profile, and an unidentified block having scattered nonzero bytes set to zero. Their functions could not be established.

The software fingerprint

ECU & software identifiers

SIM2K-260

Hardware & part numbers

ECU part number
39111-3L031
Software version
9127520S02----Candidate
Hardware identifier
A3C0049720201-

Software & calibration

Software version
22020525083246Candidate
Software version
22020823101901--02Candidate
Software version
9127520S02Candidate
Software version
9127520S02----Candidate
Software identifier
A3C0049720201Candidate
Software identifier
E6W248E1
Software identifier
HMCA3C00522801Candidate
Application software
64070-64070_S2Candidate
Application software
CK 3.3L GDI 8AT IMMO
Application software
CK PE 3.3TGDI 8AT +IMMO/SMK (NAS)
Calibration identifier
CENNDM_1Candidate
Calibration identifier
CENNDM_1_N2B
Software identifier
E6W248E1

Other references

Project identifier
64070-64070_S2Candidate
Project identifier
ICH-E6W248E1_TSW----20560145-HMCA3C00522801-
Other identifier
111640C0N200Candidate
Other identifier
20560145Candidate
Other identifier
64070-111640C0111640C0111640C064040Candidate
Other identifier
640C0_C2Candidate
Other identifier
640N20Candidate
Other identifier
640N2000Candidate
Other identifier
640N2010Candidate
Other identifier
640N2051Candidate
Other identifier
MDJ-Candidate
Other identifier
NKMXV03.3EK6
Other identifier
SA468

Vehicle & ECU details

Vehicle research saved

Vehicle details identified.

Read information & file integrity
Revision
Contribution v1
Declared DME context
Single DME · Stage 1
Original filename
WinOLS (Kia (st1) - 640C0N2000000)_cks ok.bin
Read type
full
Read method
boot
Read tool
KESS3
Published
Oct 26, 2026
Updated
Oct 26, 2026
SHA-256
6311e07f82e28d63afadcb75ebb623a9565d8132091bf3c207456a65bb1c0ac0

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.

Community knowledge

Discussions about this file

Start a discussion about this file

Be the first to discuss this file.

Ask a technical question or share a finding. The file and its identifiers are linked automatically.

Start a discussion

Quick file comments · 0

For brief observations. Use a discussion for a deeper topic.

Checking your account…