High Performance 272/272 Degree, 11.00 lift Cams for the EVO 4-7 4G63
The Kelford Cams range of camshafts for Mitsubishi 4G63 DOHC engines are renowned worldwide for their superior results. This range is for the DOHC 4G63T, from the Evolution 4 to 7. All of the camshafts in this range are ground on our Toyoda and Schaudt CNC masterless cam grinder to consistently deliver the highest quality product.
Our 'TX' range of camshafts for Mitsubishi 4G63 DOHC engines have the best available lobe designs, featuring low seat timing and maximum valve area while retaining perfect valve control at high RPM. Every cam in the range features the same lobe design as our mega popular 272 degree camshaft which cleaned out the competition in the AMS Import Tuner back-to-back cam test.
We have developed a proven range of camshafts for this engine to suit most applications, including a low lift 272 degree cam to suit stock valve springs and high lift designs for the more serious applications.
However, if you can't find your perfect camshaft within our range, designing custom profiles is our specialty! Simply order the custom camshaft and provide us all the details of your build. Confidential development for race teams is also available.
EVO 4-7 vs EVO 8
Please note that the only difference between Evo 8 and Evo 4-7 cams is the diameter of the bolt hole in the back of the exhaust cam; For the Evo 4-7 it is 8mm, for Evo 8 it is 12mm. We encourage you to measure your exhaust camshaft prior to ordering your camshafts.
4-TX272 Camshaft Set:
- 272 Degree advertised duration, 11.00mm lift cams.
- Cams for the best all round performance.
- These suit 400-600HP racing engines.
|Nett Valve Lift:||Intake:||11.00mm||Exhaust:||11.00mm|
|Advertised Duration @||0.10mm||Intake:||272||Exhaust:||272|
|Duration @||1.00mm VALVE LIFT||Intake:||226||Exhaust:||226|
|Timing @||1.00mm VALVE LIFT||IVO:||6 BTDC||EVO:||46 BBDC|
|IVC:||40 ABDC||EVC:||0 TDC|
|Suggested Centre Lines:||Intake:||107||Exhaust:||113|
|VALVE||Lift @ TDC||Intake:||1.52mm||Exhaust:||1.00mm|