Ford Co-Pilot360 standard all trims
StandardCalibration required after windshield replacement, camera/radar service, or structural repair affecting sensor alignment.
Use vehicle lookup when you know the year, make, and model. Use quote when the car is in front of you and the symptom matters more than the catalog page.
Check coverage by vehicle, or start with the VIN and symptoms.
Call dispatch: (945) 382-4065Covers model years 2021-2026 - one service guide for the whole generation.
Full ADAS calibration, module programming, and key security work for every Ford Mustang Mach-E built on this platform. Same-day mobile service across the Dallas/Fort Worth metroplex; mail-in accepted nationwide.
The ADAS, module, and security rows below are consolidated across the full 2021-2026 generation. A year badge marks rows that apply only to part of the span; rows without a badge apply to every year. Year-specific differences are summarized under “What changes across 2021-2026”.
Expert ADAS calibration, module programming, and diagnostic recovery for the 2021 Ford Mustang-Mach-E. On this vehicle we cover documented systems include Forward Camera (Monocular), Forward Radar (77GHz), and BlueCruise Hands-Free Highway Driving (Driver Monitoring System), this CX727 platform vehicle, PATS / Smart Key immobilizer support, Ford SYNC 4 infotainment programming. Mobile across the DFW Metroplex, mail-in nationwide for module-bench work.
Calibration required after windshield replacement, camera/radar service, or structural repair affecting sensor alignment.
Key programming requires manufacturer-level tool access. Add key supported. All keys lost (AKL) supported.
Verify platform code matches when cross-referencing part numbers across model years.
Representative tool access paths for this exact model year, gated by the vehicle data and source packet we currently trust.
Ford IDS / Ford FDRS
Factory routines and secure server authorization control this path when aftermarket coverage is not enough for the VIN.
OEM subscription required
Make-level OEM tool map plus exact-year gateway and ADAS fields.
FORScan
Useful for supported configuration and diagnostics; factory programming still moves to OEM software when required.
FORScan Ford, Mazda, Lincoln, and Mercury support documentation.
Autel, Launch Tech, Topdon
Used where aftermarket coverage supports the procedure; OEM software remains required for locked factory routines.
Tool subscription required
Service-level scanner-vendor source packet plus exact-year ADAS records.
Alientech / Autotuner / Orange5 / Scanmatik / Flex / VVDI2 / PCMFlash / CGDI / X-Prog
Used only when the module, donor data, EEPROM, MCU, or crash-data workflow requires bench or chip-level handling.
Bench/chip-level only
Bench programmer source packet plus exact-year module/security records.
This platform uses HS-CAN, MS-CAN, HS-CAN3, Ethernet (APIM-GWM); 400V HV bus (orange cables) with ISO 15765-4 CAN + EV-specific UDS extensions.
Officially supported (openpilot master)
Full openpilot support for EV variant.
This page consolidates Ford Mustang Mach-E service data for 2021-2026 across 6 model years; 6 years have merged CCT data.
Choose a yearMerged ADAS coverage includes 17 system records, including Forward Camera (Monocular) (2021), Forward Radar (77GHz) (2021), BlueCruise Hands-Free Highway Driving (Driver Monitoring System) (2021), and Blind Spot Information System (BLIS) (2021). Year-marked systems apply only to the shown range.
View ADAS dataThis generation has 25 merged calibration trigger records. Trigger applicability can vary by year - verify by VIN before setup.
View triggersThe merged generation page indexes 63 programmable module records across SRS, ECU, BCM, TCU/TCM, ABS, IPC coverage. Part numbers are confirmed for the exact year/VIN.
View modulesGateway, immobilizer, and key-security coverage includes 7 merged records. Security procedures vary by year - verify by VIN.
View securityCore Auto Logic supports generation-level diagnostics, ADAS calibration, module programming, security-access planning, and mail-in bench work for the Ford Mustang Mach-E 2021-2026 span, with exact-year validation before service.
Get a quoterequired
FDRS dynamic road calibration required after windshield R&R. Mach-E-specific IPMA - LJ6T prefix. BlueCruise-equipped vehicles require static + dynamic lane calibration via FDRS. Ford-approved glass only. DTC C1028 common after improper reinstall.
required
FDRS dynamic road calibration required after windshield R&R. Mach-E-specific IPMA - LJ6T prefix. BlueCruise-equipped vehicles require static + dynamic lane calibration via FDRS. Ford-approved glass only. DTC C1028 common after improper reinstall.
required
FDRS dynamic road calibration required after windshield R&R. Mach-E-specific IPMA - LJ6T prefix. BlueCruise-equipped vehicles require static + dynamic lane calibration via FDRS. Ford-approved glass only. DTC C1028 common after improper reinstall.
required
FDRS dynamic road calibration required after windshield R&R. Mach-E-specific IPMA - LJ6T prefix. BlueCruise-equipped vehicles require static + dynamic lane calibration via FDRS. Ford-approved glass only. DTC C1028 common after improper reinstall.
required
FDRS dynamic road calibration required. Mach-E-specific IPMA - LJ6T prefix. BlueCruise requires static + dynamic lane calibration. Ford-approved glass only.
required
FDRS dynamic road calibration required. Mach-E-specific IPMA - LJ6T prefix. BlueCruise requires static + dynamic lane calibration. Ford-approved glass only.
required
FDRS dynamic road calibration required. Mach-E-specific IPMA - LJ6T prefix. BlueCruise requires static + dynamic lane calibration. Ford-approved glass only.
required
FDRS dynamic road calibration required. Mach-E-specific IPMA - LJ6T prefix. BlueCruise requires static + dynamic lane calibration. Ford-approved glass only.
required
FDRS dynamic road calibration required. Mach-E-specific IPMA - LJ6T prefix. BlueCruise requires static + dynamic lane calibration. Ford-approved glass only. Confirm 2023 part suffix.
required
FDRS dynamic road calibration required. Mach-E-specific IPMA - LJ6T prefix. BlueCruise requires static + dynamic lane calibration. Ford-approved glass only. Confirm 2023 part suffix.
required
FDRS dynamic road calibration required. Mach-E-specific IPMA - LJ6T prefix. BlueCruise requires static + dynamic lane calibration. Ford-approved glass only. Confirm 2023 part suffix.
required
FDRS dynamic road calibration required. Mach-E-specific IPMA - LJ6T prefix. BlueCruise requires static + dynamic lane calibration. Ford-approved glass only. Confirm 2023 part suffix.
required
FDRS dynamic road calibration required. Mach-E-specific IPMA - LJ6T prefix. BlueCruise requires static + dynamic lane calibration. Ford-approved glass only. Confirm 2024 part suffix.
required
FDRS dynamic road calibration required. Mach-E-specific IPMA - LJ6T prefix. BlueCruise requires static + dynamic lane calibration. Ford-approved glass only. Confirm 2024 part suffix.
required
FDRS dynamic road calibration required. Mach-E-specific IPMA - LJ6T prefix. BlueCruise requires static + dynamic lane calibration. Ford-approved glass only. Confirm 2024 part suffix.
required
FDRS dynamic road calibration required. Mach-E-specific IPMA - LJ6T prefix. BlueCruise requires static + dynamic lane calibration. Ford-approved glass only. Confirm 2024 part suffix.
required
Forward radar static aim procedure via FDRS. Vehicle at curb weight on level surface. Inspect mounting bracket for deformation before calibration.
required
Forward radar static aim via FDRS. Inspect mounting bracket.
required
Forward radar static aim via FDRS. Inspect bracket.
required
Forward radar static aim via FDRS. Inspect mounting bracket. Confirm 2024 build part suffix.
required
BLIS SODL/SODR require PMI via FDRS if modules were disconnected or replaced. Confirm BLIS LED function after repair.
required
BLIS SODL/SODR require PMI via FDRS if modules were disconnected or replaced. Confirm BLIS LED function after repair.
required
BLIS SODL/SODR require PMI via FDRS if modules disconnected or replaced. Confirm LED function after repair.
required
BLIS SODL/SODR require PMI via FDRS if modules disconnected or replaced. Confirm LED function after repair.
required
HV safety protocol required: service disconnect below rear seat, 5-minute minimum wait, orange HV cables. All HV module replacements require FDRS programming and calibration. EV brake bleed sequence via FDRS mandatory after iBooster replacement.
required
HV safety protocol required: service disconnect below rear seat, 5-minute minimum wait, orange HV cables. All HV module replacements require FDRS programming and calibration. EV brake bleed sequence via FDRS mandatory after iBooster replacement.
required
HV safety protocol required: service disconnect below rear seat, 5-minute minimum wait, orange HV cables. All HV module replacements require FDRS programming and calibration. EV brake bleed sequence via FDRS mandatory after iBooster replacement.
required
HV safety protocol required: service disconnect below rear seat, 5-minute minimum wait, orange HV cables. All HV module replacements require FDRS programming and calibration. EV brake bleed sequence via FDRS mandatory after iBooster replacement.
required
HV safety protocol: service disconnect below rear seat, 5-minute wait, orange HV cables. All HV module replacements require FDRS programming and calibration. FDRS EV brake bleed sequence mandatory after iBooster replacement.
required
HV safety protocol: service disconnect below rear seat, 5-minute wait, orange HV cables. All HV module replacements require FDRS programming and calibration. FDRS EV brake bleed sequence mandatory after iBooster replacement.
required
HV safety protocol: service disconnect below rear seat, 5-minute wait, orange HV cables. All HV module replacements require FDRS programming and calibration. FDRS EV brake bleed sequence mandatory after iBooster replacement.
required
HV safety protocol: service disconnect below rear seat, 5-minute wait, orange HV cables. All HV module replacements require FDRS programming and calibration. FDRS EV brake bleed sequence mandatory after iBooster replacement.
required
HV safety protocol: service disconnect below rear seat, 5-minute wait, orange HV cables. All HV module replacements require FDRS. FDRS EV brake bleed sequence after iBooster replacement.
required
HV safety protocol: service disconnect below rear seat, 5-minute wait, orange HV cables. All HV module replacements require FDRS. FDRS EV brake bleed sequence after iBooster replacement.
required
HV safety protocol: service disconnect below rear seat, 5-minute wait, orange HV cables. All HV module replacements require FDRS. FDRS EV brake bleed sequence after iBooster replacement.
required
HV safety protocol: service disconnect below rear seat, 5-minute wait, orange HV cables. All HV module replacements require FDRS. FDRS EV brake bleed sequence after iBooster replacement.
required
HV safety protocol: service disconnect below rear seat, 5-minute minimum wait, orange HV cables. All HV module replacements require FDRS programming and calibration. FDRS EV brake bleed sequence mandatory after iBooster replacement. Do not attempt HV work without FDRS HV training.
required
HV safety protocol: service disconnect below rear seat, 5-minute minimum wait, orange HV cables. All HV module replacements require FDRS programming and calibration. FDRS EV brake bleed sequence mandatory after iBooster replacement. Do not attempt HV work without FDRS HV training.
required
HV safety protocol: service disconnect below rear seat, 5-minute minimum wait, orange HV cables. All HV module replacements require FDRS programming and calibration. FDRS EV brake bleed sequence mandatory after iBooster replacement. Do not attempt HV work without FDRS HV training.
required
HV safety protocol: service disconnect below rear seat, 5-minute minimum wait, orange HV cables. All HV module replacements require FDRS programming and calibration. FDRS EV brake bleed sequence mandatory after iBooster replacement. Do not attempt HV work without FDRS HV training.
required
Full module scan mandatory. SRS crash data in RCM - reset or replace. Inspect HV battery and cabling for collision damage before returning to service. Scan all ADAS modules. Do not clear DTCs without verifying physical sensor integrity.
required
Full module scan mandatory. SRS crash data in RCM - reset or replace. Inspect HV battery and cabling for collision damage before returning to service. Scan all ADAS modules. Do not clear DTCs without verifying physical sensor integrity.
required
Full module scan mandatory. SRS crash data in RCM - reset or replace. Inspect HV battery and cabling for collision damage before returning to service. Scan all ADAS modules. Do not clear DTCs without verifying physical sensor integrity.
required
Full module scan mandatory. SRS crash data in RCM - reset or replace. Inspect HV battery and cabling for collision damage before returning to service. Scan all ADAS modules. Do not clear DTCs without verifying physical sensor integrity.
required
Full module scan mandatory. SRS crash data in RCM - reset or replace. Inspect HV battery and cabling for collision damage before returning to service. Scan all ADAS modules. Do not clear DTCs without verifying physical sensor integrity.
required
Full scan mandatory. SRS crash data in RCM. Inspect HV battery and cabling before returning to service. Scan all ADAS modules.
required
Full scan mandatory. SRS crash data in RCM. Inspect HV battery and cabling before returning to service. Scan all ADAS modules.
required
Full scan mandatory. SRS crash data in RCM. Inspect HV battery and cabling before returning to service. Scan all ADAS modules.
required
Full scan mandatory. SRS crash data in RCM. Inspect HV battery and cabling before returning to service. Scan all ADAS modules.
required
Full scan mandatory. SRS crash data in RCM. Inspect HV battery and cabling before returning to service. Scan all ADAS modules.
required
Full scan mandatory. SRS crash data in RCM. Inspect HV battery and cabling before return to service. Scan all ADAS modules.
required
Full scan mandatory. SRS crash data in RCM. Inspect HV battery and cabling before return to service. Scan all ADAS modules.
required
Full scan mandatory. SRS crash data in RCM. Inspect HV battery and cabling before return to service. Scan all ADAS modules.
required
Full scan mandatory. SRS crash data in RCM. Inspect HV battery and cabling before return to service. Scan all ADAS modules.
required
Full scan mandatory. SRS crash data in RCM. Inspect HV battery and cabling before return to service. Scan all ADAS modules.
required
Full module scan mandatory. SRS crash data in RCM - reset or replace. Inspect HV battery pack and orange HV cabling for collision damage before returning to service. Scan all ADAS modules. Do not clear DTCs without verifying physical sensor integrity.
required
Full module scan mandatory. SRS crash data in RCM - reset or replace. Inspect HV battery pack and orange HV cabling for collision damage before returning to service. Scan all ADAS modules. Do not clear DTCs without verifying physical sensor integrity.
required
Full module scan mandatory. SRS crash data in RCM - reset or replace. Inspect HV battery pack and orange HV cabling for collision damage before returning to service. Scan all ADAS modules. Do not clear DTCs without verifying physical sensor integrity.
required
Full module scan mandatory. SRS crash data in RCM - reset or replace. Inspect HV battery pack and orange HV cabling for collision damage before returning to service. Scan all ADAS modules. Do not clear DTCs without verifying physical sensor integrity.
required
Full module scan mandatory. SRS crash data in RCM - reset or replace. Inspect HV battery pack and orange HV cabling for collision damage before returning to service. Scan all ADAS modules. Do not clear DTCs without verifying physical sensor integrity.
required
PMI via FDRS required on all replaced modules. PATS Gen6 re-link if BCM or VCM replaced. Phone-as-Key pairing must be redone if BCM replaced. OTA cascade updates possible through SYNC 4A and GWM - inform customer of extended programming time.
required
PMI via FDRS required on all replaced modules. PATS Gen6 re-link if BCM or VCM replaced. Phone-as-Key pairing must be redone if BCM replaced. OTA cascade updates possible through SYNC 4A and GWM - inform customer of extended programming time.
required
PMI via FDRS required on all replaced modules. PATS Gen6 re-link if BCM or VCM replaced. Phone-as-Key pairing must be redone if BCM replaced. OTA cascade updates possible through SYNC 4A and GWM - inform customer of extended programming time.
required
PMI via FDRS required on all replaced modules. PATS Gen6 re-link if BCM or VCM replaced. Phone-as-Key pairing must be redone if BCM replaced. OTA cascade updates possible through SYNC 4A and GWM - inform customer of extended programming time.
required
PMI via FDRS required on all replaced modules. PATS Gen6 re-link if BCM or VCM replaced. Phone-as-Key pairing must be redone if BCM replaced. OTA cascade updates possible through SYNC 4A and GWM - inform customer of extended programming time.
required
PMI via FDRS required on all replaced modules. PATS Gen6 re-link if BCM or VCM replaced. Phone-as-Key pairing must be redone if BCM replaced. OTA cascade updates possible through SYNC 4A and GWM - inform customer of extended programming time.
required
PMI via FDRS required on all replaced modules. PATS Gen6 re-link if BCM or VCM replaced. Phone-as-Key pairing must be redone if BCM replaced. OTA cascade updates possible through SYNC 4A and GWM - inform customer of extended programming time.
required
PMI via FDRS required on all replaced modules. PATS Gen6 re-link if BCM or VCM replaced. Phone-as-Key pairing must be redone if BCM replaced. OTA cascade updates possible through SYNC 4A and GWM - inform customer of extended programming time.
required
PMI via FDRS required on all replaced modules. PATS Gen6 re-link if BCM or VCM replaced. Phone-as-Key pairing must be redone if BCM replaced. OTA cascade updates possible through SYNC 4A and GWM - inform customer of extended programming time.
required
PMI via FDRS required. PATS Gen6 re-link if BCM or VCM replaced. Phone-as-Key pairing redone if BCM replaced. OTA cascade possible.
required
PMI via FDRS required. PATS Gen6 re-link if BCM or VCM replaced. Phone-as-Key pairing redone if BCM replaced. OTA cascade possible.
required
PMI via FDRS required. PATS Gen6 re-link if BCM or VCM replaced. Phone-as-Key pairing redone if BCM replaced. OTA cascade possible.
required
PMI via FDRS required. PATS Gen6 re-link if BCM or VCM replaced. Phone-as-Key pairing redone if BCM replaced. OTA cascade possible.
required
PMI via FDRS required. PATS Gen6 re-link if BCM or VCM replaced. Phone-as-Key pairing redone if BCM replaced. OTA cascade possible.
required
PMI via FDRS required. PATS Gen6 re-link if BCM or VCM replaced. Phone-as-Key pairing redone if BCM replaced. OTA cascade possible.
required
PMI via FDRS required. PATS Gen6 re-link if BCM or VCM replaced. Phone-as-Key pairing redone if BCM replaced. OTA cascade possible.
required
PMI via FDRS required. PATS Gen6 re-link if BCM or VCM replaced. Phone-as-Key pairing redone if BCM replaced. OTA cascade possible.
required
PMI via FDRS required. PATS Gen6 re-link if BCM or VCM replaced. Phone-as-Key pairing redone if BCM replaced. OTA cascade possible.
Yes
Camera module replacement requires full recalibration using FDRS/IDS.
Yes
Radar module replacement requires alignment/calibration using FDRS/IDS.
Yes
BSD radar alignment required after rear bumper R&R. Use FDRS/IDS.
Yes
Blind spot monitoring sensor replacement requires calibration using FDRS/IDS.
Conditional
If BSD sensor is mirror-integrated, recalibration required. Verify sensor location; use FDRS/IDS if applicable.
| Year | VIN split | Infotainment | Trim notes |
|---|---|---|---|
| 2021 | VIN pos 4-8 identifies body/engine/restraint. Ford uses World Manufacturer Identifier 1FA (passenger), 1FT (truck). Position 7 = engine code. Position 10 = model year code. | Ford SYNC 4 | Multiple trim levels available. ADAS feature availability varies by trim and options package. Contact us for specific trim calibration requirements. |
| 2022 | VIN pos 4-8 identifies body/engine/restraint. Ford uses World Manufacturer Identifier 1FA (passenger), 1FT (truck). Position 7 = engine code. Position 10 = model year code. | Ford SYNC 4 | Multiple trim levels available. ADAS feature availability varies by trim and options package. Contact us for specific trim calibration requirements. |
| 2023 | VIN pos 4-8 identifies body/engine/restraint. Ford uses World Manufacturer Identifier 1FA (passenger), 1FT (truck). Position 7 = engine code. Position 10 = model year code. | Ford SYNC 4 | Multiple trim levels available. ADAS feature availability varies by trim and options package. Contact us for specific trim calibration requirements. |
| 2024 | VIN pos 4-8 identifies body/engine/restraint. Ford uses World Manufacturer Identifier 1FA (passenger), 1FT (truck). Position 7 = engine code. Position 10 = model year code. | Ford SYNC 4 | Multiple trim levels available. ADAS feature availability varies by trim and options package. Contact us for specific trim calibration requirements. |
| 2025 | VIN pos 4-8 identifies body/engine/restraint. Ford uses World Manufacturer Identifier 1FA (passenger), 1FT (truck). Position 7 = engine code. Position 10 = model year code. | Ford SYNC 4 | Multiple trim levels available. ADAS feature availability varies by trim and options package. Contact us for specific trim calibration requirements. |
| 2026 | VIN pos 4-8 identifies body/engine/restraint. Ford uses World Manufacturer Identifier 1FA (passenger), 1FT (truck). Position 7 = engine code. Position 10 = model year code. | Ford SYNC 4 | Multiple trim levels available. ADAS feature availability varies by trim and options package. Contact us for specific trim calibration requirements. |
17 ADAS systems documented across 2021-2026. Rows that apply to only part of the generation carry a year badge.
Ford Co-Pilot360 standard all trims; BlueCruise hands-free highway standard on Premium+
| System | Type | Category | Cal. Type | Supported | Part # | Actions |
|---|---|---|---|---|---|---|
| Forward Camera (Monocular) 2021 | Forward Camera | Camera | Static | YES | LJ6T-14F424 | |
| Forward Radar (77GHz) 2021 | Front Radar | Radar | Static | YES | LJ6T-9G771 | |
| BlueCruise Hands-Free Highway Driving (Driver Monitoring System) 2021 | Forward Camera | Camera | Static | YES | LJ6T-14F424 | |
| Blind Spot Information System (BLIS) 2021 | Side Radar | Radar | Static + Dynamic | YES | LJ6T-14C689, LJ6T-14C690 | |
| Rear View Camera 2021-2022 | Rear Camera | Camera | Static | YES | LJ6T-19G490 | |
| Forward Camera (Monocular) 2022 | Forward Camera | Camera | Static | YES | LJ6T-14F424 | |
| Forward Radar (77GHz) 2022 | Front Radar | Radar | Static | YES | LJ6T-9G771 | |
| BlueCruise Hands-Free Highway Driving (Driver Monitoring System) 2022 | Forward Camera | Camera | Static | YES | LJ6T-14F424 | |
| Blind Spot Information System (BLIS) 2022 | Side Radar | Radar | Static + Dynamic | YES | LJ6T-14C689, LJ6T-14C690 | |
| Forward Camera (Monocular) 2023 | Forward Camera | Camera | Static | YES | LJ6T-14F424 | |
| Forward Radar (77GHz) 2023 | Front Radar | Radar | Static | YES | LJ6T-9G771 | |
| BlueCruise Hands-Free Highway Driving (Driver Monitoring System) 2023 | Forward Camera | Camera | Static | YES | LJ6T-14F424 | |
| Blind Spot Information System (BLIS) 2023-2026 | Side Radar | Radar | Static + Dynamic | YES | LJ6T-14C689, LJ6T-14C690 | |
| Rear View Camera 2023-2026 | Rear Camera | Camera | Static | YES | LJ6T-19G490 | |
| Forward Camera (Monocular) 2024-2026 | Forward Camera | Camera | Static | YES | LJ6T-14F424 | |
| Forward Radar (77GHz) 2024-2026 | Front Radar | Radar | Static | YES | LJ6T-9G771 | |
| BlueCruise Hands-Free Highway Driving (Driver Monitoring System) 2024-2026 | Forward Camera | Camera | Static | YES | LJ6T-14F424 |
ADAS SYSTEM
Need this calibrated?
Get a quote for ADAS calibrationFDRS dynamic road calibration required after windshield R&R. Mach-E-specific IPMA - LJ6T prefix. BlueCruise-equipped vehicles require static + dynamic lane calibration via FDRS. Ford-approved glass only. DTC C1028 common after improper reinstall.
Forward radar static aim procedure via FDRS. Vehicle at curb weight on level surface. Inspect mounting bracket for deformation before calibration.
BLIS SODL/SODR require PMI via FDRS if modules were disconnected or replaced. Confirm BLIS LED function after repair.
HV safety protocol required: service disconnect below rear seat, 5-minute minimum wait, orange HV cables. All HV module replacements require FDRS programming and calibration. EV brake bleed sequence via FDRS mandatory after iBooster replacement.
Full module scan mandatory. SRS crash data in RCM - reset or replace. Inspect HV battery and cabling for collision damage before returning to service. Scan all ADAS modules. Do not clear DTCs without verifying physical sensor integrity.
PMI via FDRS required on all replaced modules. PATS Gen6 re-link if BCM or VCM replaced. Phone-as-Key pairing must be redone if BCM replaced. OTA cascade updates possible through SYNC 4A and GWM - inform customer of extended programming time.
Camera module replacement requires full recalibration using FDRS/IDS.
Radar module replacement requires alignment/calibration using FDRS/IDS.
BSD radar alignment required after rear bumper R&R. Use FDRS/IDS.
Blind spot monitoring sensor replacement requires calibration using FDRS/IDS.
If BSD sensor is mirror-integrated, recalibration required. Verify sensor location; use FDRS/IDS if applicable.
FDRS dynamic road calibration required. Mach-E-specific IPMA - LJ6T prefix. BlueCruise requires static + dynamic lane calibration. Ford-approved glass only.
Forward radar static aim via FDRS. Inspect mounting bracket.
HV safety protocol: service disconnect below rear seat, 5-minute wait, orange HV cables. All HV module replacements require FDRS programming and calibration. FDRS EV brake bleed sequence mandatory after iBooster replacement.
Full scan mandatory. SRS crash data in RCM. Inspect HV battery and cabling before returning to service. Scan all ADAS modules.
PMI via FDRS required. PATS Gen6 re-link if BCM or VCM replaced. Phone-as-Key pairing redone if BCM replaced. OTA cascade possible.
FDRS dynamic road calibration required. Mach-E-specific IPMA - LJ6T prefix. BlueCruise requires static + dynamic lane calibration. Ford-approved glass only. Confirm 2023 part suffix.
Forward radar static aim via FDRS. Inspect bracket.
HV safety protocol: service disconnect below rear seat, 5-minute wait, orange HV cables. All HV module replacements require FDRS. FDRS EV brake bleed sequence after iBooster replacement.
Full scan mandatory. SRS crash data in RCM. Inspect HV battery and cabling before return to service. Scan all ADAS modules.
FDRS dynamic road calibration required. Mach-E-specific IPMA - LJ6T prefix. BlueCruise requires static + dynamic lane calibration. Ford-approved glass only. Confirm 2024 part suffix.
Forward radar static aim via FDRS. Inspect mounting bracket. Confirm 2024 build part suffix.
BLIS SODL/SODR require PMI via FDRS if modules disconnected or replaced. Confirm LED function after repair.
HV safety protocol: service disconnect below rear seat, 5-minute minimum wait, orange HV cables. All HV module replacements require FDRS programming and calibration. FDRS EV brake bleed sequence mandatory after iBooster replacement. Do not attempt HV work without FDRS HV training.
Full module scan mandatory. SRS crash data in RCM - reset or replace. Inspect HV battery pack and orange HV cabling for collision damage before returning to service. Scan all ADAS modules. Do not clear DTCs without verifying physical sensor integrity.
63 documented Ford Mustang Mach-E modules across 2021-2026. Open a group for part numbers, programming protocol, security notes, and clone support.
_years covers only 2021, 2023-2026 for this generation
Compatible donor years: 2021, 2023, 2024, 2025, 2026
Always match the full part number before buying a used module.
_years covers only 2021, 2023-2026 for this generation
Compatible donor years: 2021, 2023, 2024, 2025, 2026
Always match the full part number before buying a used module.
_years covers only 2021, 2023-2026 for this generation
Compatible donor years: 2021, 2023, 2024, 2025, 2026
Always match the full part number before buying a used module.
_years covers only 2021, 2023-2026 for this generation
Compatible donor years: 2021, 2023, 2024, 2025, 2026
Always match the full part number before buying a used module.
_years covers only 2022 for this generation
Compatible donor years: 2022
Always match the full part number before buying a used module.
_years covers only 2022 for this generation
Compatible donor years: 2022
Always match the full part number before buying a used module.
_years covers only 2022 for this generation
Compatible donor years: 2022
Always match the full part number before buying a used module.
_years covers only 2022 for this generation
Compatible donor years: 2022
Always match the full part number before buying a used module.
_years covers only 2021 for this generation
Compatible donor years: 2021
Donor must match part family LJ6T-7C624 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2022 for this generation
Compatible donor years: 2022
Donor must match part family LJ6T-7C624 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2023 for this generation
Compatible donor years: 2023
Donor must match part family LJ6T-7C624 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2024-2026 for this generation
Compatible donor years: 2024, 2025, 2026
Donor must match part family LJ6T-7C624 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2021 for this generation
Compatible donor years: 2021
Donor must match part family LJ6T-10B680 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2022 for this generation
Compatible donor years: 2022
Donor must match part family LJ6T-10B680 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2023 for this generation
Compatible donor years: 2023
Donor must match part family LJ6T-10B680 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2024-2026 for this generation
Compatible donor years: 2024, 2025, 2026
Donor must match part family LJ6T-10B680 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2021 for this generation
Compatible donor years: 2021
Donor must match part family LJ6T-7G396 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2021 for this generation
Compatible donor years: 2021
Donor must match part family LJ6T-6B645 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2022, 2024-2026 for this generation
Compatible donor years: 2022, 2024, 2025, 2026
Donor must match part family LJ6T-6B645 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2023 for this generation
Compatible donor years: 2023
Donor must match part family LJ6T-6B645 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2022 for this generation
Compatible donor years: 2022
Donor must match part family LJ6T-7G396 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2023 for this generation
Compatible donor years: 2023
Donor must match part family LJ6T-7G396 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2024-2026 for this generation
Compatible donor years: 2024, 2025, 2026
Donor must match part family LJ6T-7G396 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2021 for this generation
Compatible donor years: 2021
Donor must match part family LJ6T-14B205 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2022 for this generation
Compatible donor years: 2022
Donor must match part family LJ6T-14B205 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2023 for this generation
Compatible donor years: 2023
Donor must match part family LJ6T-14B205 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2024-2026 for this generation
Compatible donor years: 2024, 2025, 2026
Donor must match part family LJ6T-14B205 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2021-2022 for this generation
Compatible donor years: 2021, 2022
Always match the full part number before buying a used module.
_years covers only 2023-2024 for this generation
Compatible donor years: 2023, 2024
Always match the full part number before buying a used module.
_years covers only 2025-2026 for this generation
Compatible donor years: 2025, 2026
Always match the full part number before buying a used module.
_years covers only 2021-2022 for this generation
Compatible donor years: 2021, 2022
Always match the full part number before buying a used module.
_years covers only 2023-2024 for this generation
Compatible donor years: 2023, 2024
Always match the full part number before buying a used module.
_years covers only 2025-2026 for this generation
Compatible donor years: 2025, 2026
Always match the full part number before buying a used module.
_years covers only 2021 for this generation
Compatible donor years: 2021
Donor must match part family LJ6T-2B373 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2022 for this generation
Compatible donor years: 2022
Donor must match part family LJ6T-2B373 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2023 for this generation
Compatible donor years: 2023
Donor must match part family LJ6T-2B373 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2024-2026 for this generation
Compatible donor years: 2024, 2025, 2026
Donor must match part family LJ6T-2B373 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2021 for this generation
Compatible donor years: 2021
Donor must match part family LJ8T-10849 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2022 for this generation
Compatible donor years: 2022
Donor must match part family LJ8T-10849-MT - requires cloning
Always match the full part number before buying a used module.
_years covers only 2023 for this generation
Compatible donor years: 2023
Donor must match part family LJ8Z-10849-A - requires cloning
Always match the full part number before buying a used module.
_years covers only 2024 for this generation
Compatible donor years: 2024
Donor must match part family LJ8Z-10849-A - requires cloning
Always match the full part number before buying a used module.
_years covers only 2025 for this generation
Compatible donor years: 2025
Donor must match part family SJ8T-10849 - requires cloning
Always match the full part number before buying a used module.
_years covers only 2026 for this generation
Compatible donor years: 2026
Donor must match part family TLJ8Z-10849 - requires cloning
Always match the full part number before buying a used module.
coding and programming fields are absent or ambiguous
Compatible donor years: 2021, 2022, 2023, 2024, 2025, 2026
Always match the full part number before buying a used module.
_years covers only 2021 for this generation
Compatible donor years: 2021
Always match the full part number before buying a used module.
_years covers only 2021 for this generation
Compatible donor years: 2021
Always match the full part number before buying a used module.
_years covers only 2021 for this generation
Compatible donor years: 2021
Always match the full part number before buying a used module.
_years covers only 2021 for this generation
Compatible donor years: 2021
Always match the full part number before buying a used module.
_years covers only 2021 for this generation
Compatible donor years: 2021
Always match the full part number before buying a used module.
_years covers only 2022 for this generation
Compatible donor years: 2022
Always match the full part number before buying a used module.
_years covers only 2022, 2024-2026 for this generation
Compatible donor years: 2022, 2024, 2025, 2026
Always match the full part number before buying a used module.
_years covers only 2022 for this generation
Compatible donor years: 2022
Always match the full part number before buying a used module.
_years covers only 2022 for this generation
Compatible donor years: 2022
Always match the full part number before buying a used module.
_years covers only 2022 for this generation
Compatible donor years: 2022
Always match the full part number before buying a used module.
_years covers only 2023 for this generation
Compatible donor years: 2023
Always match the full part number before buying a used module.
_years covers only 2023 for this generation
Compatible donor years: 2023
Always match the full part number before buying a used module.
_years covers only 2023 for this generation
Compatible donor years: 2023
Always match the full part number before buying a used module.
_years covers only 2023 for this generation
Compatible donor years: 2023
Always match the full part number before buying a used module.
_years covers only 2023 for this generation
Compatible donor years: 2023
Always match the full part number before buying a used module.
_years covers only 2024-2026 for this generation
Compatible donor years: 2024, 2025, 2026
Always match the full part number before buying a used module.
_years covers only 2024-2026 for this generation
Compatible donor years: 2024, 2025, 2026
Always match the full part number before buying a used module.
_years covers only 2024-2026 for this generation
Compatible donor years: 2024, 2025, 2026
Always match the full part number before buying a used module.
_years covers only 2024-2026 for this generation
Compatible donor years: 2024, 2025, 2026
Always match the full part number before buying a used module.
7 gateway, immobilizer, and security items documented across 2021-2026.
PATS Gen6 SecuriCode - max 4 fobs + unlimited Phone-as-Key (NFC + BT); FDRS required
_years covers only 2021 for this generation
Compatible donor years: 2021
Always match the full part number before buying a used module.
_years covers only 2022, 2024-2026 for this generation
Compatible donor years: 2022, 2024, 2025, 2026
Always match the full part number before buying a used module.
_years covers only 2023 for this generation
Compatible donor years: 2023
Always match the full part number before buying a used module.
_years covers only 2021 for this generation
Compatible donor years: 2021
Always match the full part number before buying a used module.
_years covers only 2022 for this generation
Compatible donor years: 2022
Always match the full part number before buying a used module.
_years covers only 2023 for this generation
Compatible donor years: 2023
Always match the full part number before buying a used module.
_years covers only 2024-2026 for this generation
Compatible donor years: 2024, 2025, 2026
Always match the full part number before buying a used module.
PATS / Smart Key system. FDRS required for key programming and module replacement. Pin code extractable via obd; akl supported. Do not confuse with Mustang S550/S650 PATS - completely different system.
Yes. Core Auto Logic supports generation-scoped module programming for the Ford Mustang Mach-E (2021-2026). The merged generation data includes ECU/PCM, BCM, TCU/TCM, ABS/EBCM, and SRS coverage. Rows marked with a year range apply only to that part of the span; unmarked rows are present across the merged generation data.
The Ford Mustang Mach-E (2021-2026) generation currently shows 37 core module records across ECU/PCM, BCM, TCU/TCM, ABS/EBCM, and SRS groups. SRS examples include Restraint Control Module (RCM) (2021, 2023-2026) and Restraint Control Module (RCM) (2022). Part numbers and module variants must be confirmed for your exact year/VIN. Reference part number: JR3BC699D85AK (2021, 2023-2026) - confirm for your exact year/VIN.
The merged generation data documents 17 ADAS systems, including Forward Camera (Monocular) (2021), Forward Radar (77GHz) (2021), BlueCruise Hands-Free Highway Driving (Driver Monitoring System) (2021), Blind Spot Information System (BLIS) (2021), and Rear View Camera (2021-2022). Calibration triggers include Windshield Replacement (2021), Front Bumper Repair or Replacement (2021), Rear Quarter Panel or Tail Lamp Repair (2021), and Any HV System Service (2021). Procedure type is VIN-specific scan-tool procedure; verify exact requirements by VIN before setup.
Yes. The generation data includes 8 SRS records, including Restraint Control Module (RCM) (2021, 2023-2026) and Restraint Control Module (RCM) (2022). Bench reset, cloning, and replacement setup are handled after part-number review. Any SRS part number shown for this generation is planning data only - confirm for your exact year/VIN. Reference part number: JR3BC699D85AK (2021, 2023-2026) - confirm for your exact year/VIN.
No assumption should be made across the full span. The generation page merges rows across 2021-2026; any row that does not span all data-bearing years is printed with its year range or treated as varies by year - verify by VIN. Part numbers always require exact year/VIN confirmation before ordering, cloning, or programming.
Yes, where the VIN and security workflow support it. The generation data includes 7 gateway, immobilizer, or key-security records. Key records are present in the merged generation data. Security access, all-keys-lost eligibility, and add-key workflows vary by year - verify by VIN.
Most programming, cloning, SRS, and calibration jobs are quoted after VIN, DTC, part number, and repair-scope review. Labor time varies by year - verify by VIN before scheduling. Mail-in module work typically depends on module condition, donor data, and shipping window.
Both paths are available depending on the job. Mobile service covers DFW on-vehicle diagnostics, ADAS setup, key programming, and post-repair coding. Mail-in service covers ECU, BCM, SRS, TCU, ABS, and other bench module work nationwide. We confirm the correct path for your exact year/VIN before scheduling.