Version 7.17.0.0 of Flex Out Now with a Flex OBD Solution for Continental GPECx
New release on Flex dedicated to OBD programming: a Flex OBD solution for Continental GPECx, specifically GPEC2, GPEC2A, GPEC3, GPEC4, GPEC4LM engine units.
Just unlock the unit in Boot mode and then proceed with reading and writing the map area directly via the diagnostic port of the vehicle.
Thanks to the newest update of Flex, removing the ECU every time to modify engine parameters is no longer necessary: unlock your control unit in Boot mode and then go for OBD any other time.
Some of the supported vehicles:
- Chrysler 200 2.4L 180PS
- Dodge RAM Promaster City 2.4L 180PS
- Fiat Tipo I 1.0L Multiair 120PS
- Fiat Toro 2.4L Multiair II 185PS
- Jeep Compass 2.4L 180PS
- Jeep Renegade 1.3L Multijet 150PS
This new protocol is available for the following software packages:
OBD
- FLS0.1M – SW Flex ECU (car, van, bike) OBD/Bench Master
- FLS0.1S – SW Flex ECU (car, van, bike) OBD/Bench Slave
- FLS0.5M – SW Flex Full Master
- FLS0.5S – SW Flex Full Slave
Newly added protocols:
(OBD)
- FCA Continental GPEC2 MPC5566 Read/Write/Checksum Calculation Maps, Read External EEPROM
Reading Time : ~ 7 minutes Writing Time : ~ 4 minutes - FCA Continental GPEC2A MPC5674F Read/Write/Checksum Calculation Maps, Read External EEPROM
Reading Time : ~ 10 minutes Writing Time : ~ 5 minutes - FCA Continental GPEC3 MPC5674F Read/Write/Checksum Calculation Maps, Read External EEPROM
Reading Time : ~ 10 minutes Writing Time : ~ 5 minutes - FCA Continental GPEC4 MPC5674F Read/Write/Checksum Calculation Maps, Read External EEPROM
Reading Time : ~ 10 minutes Writing Time : ~ 5 minutes - FCA Continental GPEC4LM MPC5674F Read/Write/Checksum Calculation Maps, Read External EEPROM
Reading Time : ~ 10 minutes Writing Time : ~ 5 minutes
Bug fixes
- Fixed writing error in Bosch MG1UA008
- Added new CRC type for All Continental M3C
- Added new CRC type for Tata Delphi DCM7.1AP
Software improvements
- Added OBD Support for All Bosch MSE8.0
- Added support for VAG Bosch MG1CS008 SFD2
