MoTeC M130 GPR Drag
AUD $3,711.32
Description
Cylinders: Up to 8
Injectors: Port
Connector: Tyco
Drive By Wire
Cam Control
Knock Control
Logging Memory: 250Mb*
Race Time Boost Control
Race Time Ignition Control
Transmission Brake Bump/Creep
Wastegate Pressure Control
Advanced Launch Boost Building
Boost Bypass Control
Suits Auto & Manual Gearboxes
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Traction Control
Launch Control
Anti-lag
Gear Change Ignition Cut
MoTeC’s M1 GPR Drag Package is a versatile tuning platform that has been developed specifically for drag racing applications.
It is a highly adaptable solution that can be configured to control a multitude of complexities, from the simplest of engines to a multi-throttle, quad-cam, boosted engine with two injectors per cylinder, a sequential gearbox, nitrous system and many other high performance enhancements.
MoTeC’s GPR Drag includes:
Included in GPR Drag are numerous ancillary features common to race cars, such as:
- Anti-lag
- Driver switches (e.g. pit switch, launch enable and boost limit)
- Gearbox control
- Knock control
- Intercooler sprays
- Launch control
- Gearbox coolant pumps
- Traction control
Key features for drag racing include:
- Time based trims and compensations
- Improved large turbo boost building for launch
- Traction control for vehicles with torque converters
- “Two Step” Launch
- Individual cylinder exhaust temperature fuel trim
- Suspension position with 1000Hz logging capability
WHAT’S IN THE BOX
Includes:
- MoTeC M1 ECU
- Enable for the MoTeC M1 ECU
- Firmware Licence (for the GPR Drag Package)
- Logging Licence: Level 1 upgrade available
- Analysis Licence: i2 Standard upgrade available
TAILORED FOR DRAG
MoTeC’s GPR Drag Package is based on the GPR Package, with additional features and improvements specifically for drag applications, including:
- Additional Vehicle Speed and Race Time conditions on auxiliary outputs
- Auxiliary output fuel and ignition trims
- Boost Servo system – utilise a servo motor to control a wastegate, or use an additional throttle servo to bleed boost air from the compressor. This can assist with compressor surge, act as a blow off valve or control boost with higher response.
- Clutch position threshold for Launch condition – can be updated with a switch, for drag vehicles with a clutch and critical ‘bite’ position.
- Improved tuning resolution for highly tuned engines
- Improved sensor and calculation resolution critical to drag racing
- Individual cylinder fuel trim for respective exhaust temperature
- Warnings with engine speed and throttle limits for Primary and Secondary Injector Duty Cycle
- Support for automatic transmission gear detection and converter slip monitoring
- Gear Output Shaft Speed fuel and ignition trims, plus throttle and boost limits.
- Closed Loop Control of engine torque by changing the ignition timing. Used for Traction Control and Launch Control. By varying ignition timing rather than cutting ignition events, turbo lag on large turbos is reduced.
- Improved Launch Control for more vehicle configurations – faster boost building, multi step staging, nitrous integration and traction control integration.
- Improved Nitrous Control – bottle pressure warning and additional conditions for use during launch control and time after launch.
- Improved Race Time triggering strategy – more configurable, false start detection and reset, and integration with traction control for acceleration limiting.
- Improved Traction Control using ignition timing control. Wheel speed or engine speed based limiting for use with automatic transmissions.
- Shift Light Output
- Additional sensor inputs:
- Suspension Position x 4, logging at 1000Hz (with optional Level 3 logging)
- Transmission Temperature x 2
- Transmission Pressure x 2
- Tyre Pressure x 4
- Tyre Temperature x 4
- Wheelie Bar Pressure x 2
- Transmission brake control with improved ‘bump’ functionality (pulse or PWM modes) for perfect vehicle staging.
- Vehicle Speed based fuel and ignition trims and throttle limit.
- Vehicle Speed Estimate calculation utilising wheel speeds, GPS speed and time based speed after launch. Different modes of estimation for various vehicle setups.
- Wastegate pressure control by CO2 style dual solenoids and pressure feedback
- Live adjustment for tyre growth with speed
