HKS is challenging for the high performance concept of HKS R35 GT series. And we have set the goal of 1000 horse power with GT1000! For the extream power and performance, the GT800 design of "symmetrical layout" has succeeded to the new GT1000.
Features:
- GT1000 has succeeded ideal design of "symmetrical layout" of GT800. And HKS has tuned-up and newly designed in all little detail for precision, strength and heat-persistence. The new GT1000 provides effective boost control and prevents from exhaust loss.
- For effective intake and exhaust stream, HKS has newly redesigned original suction pipe and chamber pipe for the new GT1000.
- Our proven technology "heat-resistence cast" was employed in exhaust manifold which provides high resistance in the heat and vibration.
- GT II is employed for wastegate of GT1000 which is very small and light and still has secure boost control.
Performance:
| Power | Torque | Boost | |
| GT1000 Racing SPEC | 1012ps/7450rpm | 120.7kg-m/3990rpm | 200kPa |
| GT800+ Racing SPEC | 859ps/6820rpm | 103.9kg-m/3950rpm | 165-155kPa |
| GT800 Racing SPEC | 804ps/6790rpm | 98.7kg-m/3850rpm | 165-155kPa |
Components:
| ?Parts for GT1000 | |
|---|---|
| Exhaust Manifold | Heat resistance cast about ?52 pipe |
| Turbine | GT II 7867 Heat resistance cast (T/HSG) |
| Wastegate | HKS GT II ?50 |
| Front Pipe | SUS304 ?70??75 |
| Suction Pipe | AL buff ?70 |
| Other short parts | |
| MODEL | Control device |
Power per turbine |
Compressor wheel | Compressor housing | Turbine wheel | Exhaust housing | ||||||||
| Trim | Inlet (mm) |
Outlet (mm) |
Inlet (mm) |
Outlet (mm) |
A/R | Trim | Inlet (mm) |
Outlet (mm) |
Inlet flange |
Outlet flange |
A/R | |||
| GT II 7867/ GT II 7867R |
Wastegate | 550 | 63 | 62.0 | 78.0 | 70.0 | R35 only |
0.74 | 77 | 67.5 | 59.3 | R35 only |
R35 only |
0.66 |
| Vehicle | Model | Engine | Model Year | Type | Turbo Kit | Turbine Size | Boost Pressure |
|---|---|---|---|---|---|---|---|
| GT-R | R35 | VR38DETT | 07/12- | GT1000 FULL TURBINE KIT | GT-FTK | GTII 7867 & GTII 7867R | 88.3kPa (0.9kgf/cm2) |