𝗢𝗕𝗗 𝗥𝗲𝗮𝗱𝗶𝗻𝗲𝘀𝘀 𝗖𝗮𝗹𝗶𝗯𝗿𝗮𝘁𝗶𝗼𝗻 𝗦𝗲𝗿𝘃𝗶𝗰𝗲
WhatsApp+971509970171.
When all readiness bits show ‘Passed’, it means that all systems have been checked and the vehicle passed the on-board tests.
Supported vehicles and ECUs
Supports all ecu tools (Does not support checksums)
Support list:
Aebi Schmidt
Bosch EDC17C49
Aston Martin
Bosch ME17.8.31
BMW Mini
Bosch EDC16C31
Bosch EDC16C35
Bosch EDC16CP35
Bosch EDC17C06
Bosch EDC17C41
Bosch EDC17C56
Bosch EDC17C76
Bosch EDC17CP02
Bosch EDC17CP09
Bosch EDC17CP45
Bosch EDC17CP49
Bosch MD1CP032
Bosch MD1CS001
Bosch MEV17.2.1
Bosch MEVD17.2.2
Bosch MEVD17.2.3
Bosch MEVD17.2.4
Bosch MEVD17.2.5
Bosch MEVD17.2.6
Bosch MEVD17.2.7
Bosch MEVD17.2.8
Bosch MEVD17.2.9
Bosch MEVD17.2.G
Bosch MEVD17.2.H
Bosch MEVD17.2.P
Bosch MG1CS003
Bosch MG1CS024
Bosch MG1CS049
Bosch MG1CS201
Continental MSD80
Continental MSD81
Continental MSD85
Continental MSD87
Continental MSV80
Continental MSV90
CNH(Case New Holland Steyr)
Bosch EDC17C49
Chinese Vehicle
AECS FC-34(1536KB)
AECS TR20/TR40
Continental Easy U2W
Continental Easy U3.6
Continental SCE60
Bosch EDC17_C53
Bosch EDC17_C55
Bosch EDC17_C63
Bosch EDC17_C81
Bosch M7.8.0
Bosch M7.8.1
Bosch M7.8.8
Bosch M7.9.7
Bosch M7.9.7.1
Bosch M7.9.71
Bosch ME7.8.8
Bosch ME7.9.7
Bosch ME7.9.7.1
Bosch ME7.9.71
Bosch ME17.8.8
Bosch ME17.8.8.1
Bosch ME17.U.6
Bosch MED17.8.10
Bosch MG1CS080
Bosch MG1US008
Bosch MG1UA008
Bosch MG1US018
Delohi DCM7.1 AP
Delohi MT20U(256Kb)
Delohi MT20U2(256Kb)
Delohi MT22(512Kb)
Delohi MT22.1(768Kb)
Delohi MT22.1.1(256Kb)
Delohi MT22U(256Kb)
Delohi MT22U2(256Kb)
Delphi MT60
Delphi MT60.1
LinControl LEC4AF
LinControl LEC4AP
FCA(Abarth/Alfa Romeo/Chrysler/Dodge/Ferrari/Fiat/Jeep/Lancia/Maserati)
Continental GPEC2/GPEC2A
Continental GPEC3
Continental GPEC4/GPEC4LM
Bosch EDC16C31
Bosch EDC16CP31
Bosch EDC17C49
Bosch EDC17C69
Bosch EDC17_C79
Bosch EDC17CP52
Bosch EDC17_CP27
Bosch ME17.3.0
Bosch MED17.3.1
Bosch MED17.3.3
Bosch MED17.3.4
Bosch MED17.3.5
Bosch MED17.6.9
Ford
Bosch MED17.0
Bosch MED17.2.2
Siemens SID209
Siemens SID211
GM Group(Buick Cadillac Chevrolet Opel)
Bosch EDC17_C18
Bosch EDC17_C19
Bosch EDC17_C59
Bosch EDC17C60
Bosch EDC17_CP18
Bosch EDC17_CP47
Bosch MD1CS003
Delco E37
Delco E38
Delco E39
Delco E39A
Delco E78
Delco E80
Delco E82
Delco E83
Delco E84
Delco E86
Delco E87
Delco E98
Honda
Bosch EDC17C58
Bosch EDC17CP06
Bosch EDC17CP16
Bosch EDC17CP50
Bosch MED17.9.3
Hyundai/Kia
Bosch EDC17_C08
Bosch EDC17_C53
Bosch EDC17_C57
Bosch EDC17CP14
Bosch EDC17CP62
Bosch M(G)7.9.8
Bosch ME17.9.1
Bosch ME17.9.2
Bosch ME17.9.8
Bosch ME17.9.11
Bosch ME17.9.12
Bosch ME(G)17.9.21
Bosch MED17.9.8
Bosch MEG17.9.8
Bosch MD1CS012
Bosch EDC17_C57
Continental SIM2K-140
Continental SIM2K-141
Continental SIM2K-143
Continental SIM2K-24x
Continental SIM2K-240
Continental SIM2K-241
Continental SIM2K-242
Continental SIM2K-245
Continental SIM2K-250
Continental SIM2K-251
Continental SIM2K-253
Continental SIM2K-258
Continental SIM2K-259
Continental SIM2K-341
Iveco
Bosch EDC17CP52
JAC
Bosch EDC17_C53
Bosch EDC17_C55
Bosch EDC17_C63
Bosch EDC17_C81
JMC
Bosch EDC17_C53
Bosch EDC17_C55
Bosch EDC17_C63
Bosch EDC17_C81
Lada
Bosch ME17.9.71
Land Rover/Jaguar
Bosch EDC17_CP11
Bosch EDC17_CP42
Bosch EDC17_CP55
Bosch MED17.0
Bosch MED17.8.31
Bosch MED17.8.32
Bosch MED17.9.7
Bosch MEDC17.9
Bosch MG1CS028
Mahindra
Bosch EDC17_C81
Maxus
Bosch EDC17_C53
Bosch EDC17_C55
Bosch EDC17_C63
Bosch EDC17_C81
Mercedes
Bosch EDC17C43
Bosch EDC17CP01
Bosch EDC17CP10
Bosch EDC17CP46
Bosch EDC17CP57
Bosch MD1CP001
Bosch MED17.7.1
Bosch MED17.7.2
Bosch MED17.7.3
Bosch MED17.7.3.1
Bosch MED17.7.5
Bosch MED17.7.7
Bosch ME9.7
Siemens SIM266
Siemens SIM271DE
Siemens SIM271DE2.0
Porsche
Continental SDI3
Continental SDI4
Continental SDI6
Continental SDI7
Continental SDI8
Continental SDI9
Continental SDI10
PSA(DS/Citroën/Peugeot)
Bosch EDC17C10
Bosch EDC16C0
Bosch EDC17_CP11
Bosch EDC17CP42
Bosch EDC17CP52
Bosch MD1CS003
Bosch ME7.4.4
Bosch ME7.4.5
Bosch ME7.4.6
Bosch MED17.4.2
Bosch MED17.4.4
Bosch MEV17.4.2
Bosch MEVD17.4.2
Bosch MEVD17.4.4
Smart
Bosch ME17.7.20
Suzuki
Bosch EDC17_C49
Bosch EDC17_C69
TaTa
Bosch ME17.9.71
Toyota/Lexus
Bosch EDC17C60
Bosch EDC17_C73
Bosch ME17.9.52
Bosch MG1CS201
Audi/Volkswagen/Seat/Skoda
Bosch EDC17_C46
Bosch EDC17_C54
Bosch EDC17C64
Bosch EDC17C74
Bosch EDC17_CP14
Bosch EDC17_CP20
Bosch EDC17CP74
Bosch EDC17_U01
Bosch EDC17_U05
Bosch MD1CS014
Bosch MD1_CP004
Bosch ME7.5
Bosch ME7.5.10
Bosch ME7.5.20
Bosch ME7.5.30
Bosch ME9.1
Bosch ME9.1.1
Bosch ME9.1.2
Bosch ME9.1.3
Bosch ME9.1.4
Bosch ME9.1.5
Bosch ME17.5.22
Bosch ME17.5.26
Bosch MED17.1
Bosch MED17.1.1
Bosch MED17.1.21
Bosch MED17.1.27
Bosch MED17.1.6
Bosch MED17.1.61
Bosch MED17.5
Bosch MED17.5.2
Bosch MED17.5.20
Bosch MED17.5.21
Bosch MED17.5.25
Bosch MED17.5.5
Bosch MG1CA811
Bosch MG1CS001
Bosch MG1CS111
Bosch MG1CS002
Bosch MG1CS008
Continental SIMOS8
Continental SIMOS12
Continental SIMOS18
Volvo
Bosch EDC17_CP48
Bosch EDC17_CP68
Bosch MED17.0
Bosch MG1CS080;
OBD Readiness Calibration refers to the process of ensuring a vehicle’s on-board diagnostics (OBD-II) system has completed its self-test routines for emission control components. This is critical because vehicles cannot pass emissions inspections if their readiness monitors are in an “Incomplete” or “Not Ready” state.
Core Functions and Components
The system uses “readiness monitors,” which are automated computer programs that track specific subsystems:
Continuous Monitors: These run constantly while the engine is operating (e.g., misfire, fuel system, and comprehensive components).
Non-Continuous Monitors: These only run under specific conditions, such as the catalytic converter, oxygen sensors, and the evaporative (EVAP) system.
Readiness Status: Each monitor reports as either “Ready/Complete” (passed test), “Not Ready/Incomplete” (test not run or failed), or “Not Supported” (vehicle lacks that specific system).
Why Readiness is Lost
Monitors typically reset to “Not Ready” if:
The vehicle’s battery was recently disconnected or died.
Diagnostic Trouble Codes (DTCs) were cleared using a scan tool.
A major engine or emissions repair was performed.
How to Achieve Readiness (“Drive Cycles”)
To set monitors to “Ready,” the vehicle must be driven through a specific Drive Cycle. This is not just a standard drive; it requires meeting “enabling conditions” like:
Cold Start: Starting the engine after it has sat for several hours (coolant and air temperature within 11 degrees of each other).
Highway Cruising: Driving at a steady speed (e.g., 55–60 mph) for several minutes without using cruise control.
City Driving: Stop-and-go traffic with specific idle periods.
Deceleration: Coasting to a stop without using the brakes to allow vacuum-related tests to run.
Professional “Readiness Calibration” Services
In the context of vehicle tuning, specialized Readiness Calibration services (offered by providers like TuningBot) focus on adjusting the ECU’s software. This ensures that monitors can still complete their self-tests and show “Ready” legitimately after hardware modifications (like downpipes or EGR changes) without actually disabling the emissions diagnostics.
Are you preparing for an emissions test or dealing with a specific monitor that won’t set to “Ready”?





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