Lambda MODIFICATION

Just choose the required modification and let the StageX do the job! It doesn’t get easier !
Stage 1 Modification
Diesel Particulate Filter (DPF) Deactivation
Petrol Particulate Filter (GPF/OPF) Deactivation
Exhaust Gas Recirculation (EGR) Deactivation
Selective Catalytic Reduction (SCR) Deactivation
Throttle Valve Actuators (TVA) Deactivation
Lambda Sensor Deactivation
Catalyst Deactivation
Start/Stop System Deactivation
Speed Limiter Deactivation
Exhaust Flaps Deactivation
Torque Monitoring Deactivation
Readiness Calibration
Mass Air Flow Sensor (MAF) Deactivation
Cold Start Deactivation
Evaporative Emission Control System (EVAP) Deactivation
Pops & Bangs
Variable Swirl Actuator (VSA) Deactivation
Start/Stop System Inversion
AdBlue Dosing Limitation
Oil Pressure Correction
Stage 1 Modification
Diesel Particulate Filter (DPF) Deactivation
Petrol Particulate Filter (GPF/OPF) Deactivation
Exhaust Gas Recirculation (EGR) Deactivation
Selective Catalytic Reduction (SCR) Deactivation
Throttle Valve Actuators (TVA) Deactivation
Lambda Sensor Deactivation
Catalyst Deactivation
Start/Stop System Deactivation
Speed Limiter Deactivation
Exhaust Flaps Deactivation
Torque Monitoring Deactivation
Readiness Calibration
Mass Air Flow Sensor (MAF) Deactivation
Cold Start Deactivation
Evaporative Emission Control System (EVAP) Deactivation
Pops & Bangs
Variable Swirl Actuator (VSA) Deactivation
Start/Stop System Inversion
AdBlue Dosing Limitation
Oil Pressure Correction

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Modifications tailor made for your car by the most advanced AI in the industry

Lambda Sensor Deactivation

The primary function of the lambda sensor is to monitor the amount of unburned oxygen deposits in the exhaust stream of a vehicle as the exhaust gases exit the engine. It also checks whether the catalytic converters are working properly and whether the engine is running at its optimal air-fuel ratio. Unfortunately, over time, oxygen sensors become clogged with sulfur, lead, fuel additives, and oil ash, leading to malfunctions. Additionally, the sensors operate under extremely high temperatures, which often damages the heater element of the sensor. When oxygen sensors fail, they stop reading the exhaust gases correctly, leading to an incorrect air-fuel ratio and a poorly running engine. This scenario can be extremely dangerous to the engine and its components. Therefore, in such situations, we may want to deactivate the lambda sensor in the engine control unit.

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Reliableai solutions

VEHICLE TYPE
BRAND
FUEL
CU TYPE
ECU BRAND
ECU NAME
Available services
mappacks
agri
AEBI SCHMIDT
diesel
ECU
bosch
EDC17C49
+ 1
961 maps
car
ALFA ROMEO
diesel
ECU
bosch
EDC17C49
+ 2
216 maps
car
AUDI
diesel
ECU
bosch
EDC16CP34
+ 3
302 maps
car
AUDI
diesel
ECU
bosch
EDC16U31
+ 1
177 maps
car
AUDI
diesel
ECU
bosch
EDC16U34
+ 1
196 maps
car
AUDI
diesel
ECU
bosch
EDC17C46
+ 6
427 maps
car
AUDI
diesel
ECU
bosch
EDC17C64
+ 5
272 maps
car
AUDI
diesel
ECU
bosch
EDC17C74
+ 5
266 maps
car
AUDI
diesel
ECU
bosch
EDC17CP04
+ 4
190 maps
car
AUDI
diesel
ECU
bosch
EDC17CP14
+ 2
246 maps
car
AUDI
diesel
ECU
bosch
EDC17CP20
+ 2
186 maps
car
AUDI
diesel
ECU
bosch
EDC17CP44
+ 3
427 maps
car
AUDI
diesel
ECU
bosch
EDC17CP54
+ 4
607 maps
car
AUDI
diesel
ECU
bosch
MD1CP004
+ 6
381 maps
car
AUDI
diesel
ECU
bosch
MD1CP014
+ 6
584 maps
AEBI SCHMIDT
ECU
bosch
EDC17C49
961 maps
ALFA ROMEO
ECU
bosch
EDC17C49
216 maps
AUDI
ECU
bosch
EDC16CP34
302 maps
AUDI
ECU
bosch
EDC16U31
177 maps
AUDI
ECU
bosch
EDC16U34
196 maps
AUDI
ECU
bosch
EDC17C46
427 maps
AUDI
ECU
bosch
EDC17C64
272 maps
AUDI
ECU
bosch
EDC17C74
266 maps
AUDI
ECU
bosch
EDC17CP04
190 maps
AUDI
ECU
bosch
EDC17CP14
246 maps
AUDI
ECU
bosch
EDC17CP20
186 maps
AUDI
ECU
bosch
EDC17CP44
427 maps
AUDI
ECU
bosch
EDC17CP54
607 maps
AUDI
ECU
bosch
MD1CP004
381 maps
AUDI
ECU
bosch
MD1CP014
584 maps
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