MR2Link V3 - TST205X - Link G4X Plugin ECU for MR2 93> & Celica ST205 - 222-4000

  • Sale
  • Regular price £1,074.00


Easy to install. Affordable. Reliable.  
G4X PlugIn ECUs offer the latest in engine management technology, designed to easily maximize the potential from your car.  
This ECU fits inside the factory OEM enclosure. Installation is a breeze, with no alteration of the factory wiring loom required for the models listed below. 
 
Designed for the 3SGTE engine in the models specified below. 
 

  • Please check your pinoutconnector matches the header in the listed photo before purchasing.  
  • This ECU works for manual transmissions only.  
  • ECU does not fit in the original housing of non-turbo cars 
  • Most factory features are supported. 
  • Check the features tab for I/O expansion options 



Suitable applications: 

Toyota MR2 1993 onwards (Gen3 3SGTE) not including RedTop Beams 

Celica ST205  

G4X PlugIn Key Features (where applicable):
Up to 6D fuel and ignition mapping
Precision closed loop cam control (four cam, independent control)
Sequential fuel delivery
Digital triggering, all OEM patterns
OEM idle hardware supported
5D boost control with three switchable tables
Motorsport features - antilag, launch, flat shift
Continuous barometric correction (on board)
CAN port
QuickTune - automated fuel tuning
Individual cylinder correction
USB tuning cable included
Stats recording into on-board memory
Gear compensations for spark, boost and fuel
Real time selectable dual fuel, ignition and boost maps
Sync and crank sensors can be a combination of Hall effect, variable reluctance or optical
Boost control referenced to gear, speed or throttle position
512 mega bytes data logging memory
Staged injection
Knock with "windowing"

I/O Expansion Options
The following expansion connector inputs/outputs are provided: 

Expansion Connector 1: (Con5) 
Gnd - Sensor Ground Only  
An Volt 4 
An Temp 2 
+5V Out - Low Current +5V Supply 
An Volt 5 
DI 3 
DI 4 
Aux Inj 8 

Expansion Connector 2: (Con6) 
An Temp 4 
DI 1 
DI 2 
Aux Ign 4 
Aux Ign 5 
Aux Ign 6 
An Volt 1 
An Volt 2