Pretty please can someone post a K250 dyno? Any boost logs would be interesting to see to.
The Ko4 001 dyno's online are all pretty consistent. With stock actuator 210g/s can be seen.
And since the Ko3s has a bigger compressor than the Ko4 001; if you were to mate a Ko3
s compressor to a ko4 001 turbine (like Beachbuggy does) it should produce a bit more power/sustained boost.
I'm just looking for the physical evidence of a dyno that a Ko3s compressor and Ko4 001 turbine actually work better than a standard Ko4 001 since the compressors are of different designs.
One is half the price of the other so if the cheaper is better it really is win win
The Ko4 001 dyno's online are all pretty consistent. With stock actuator 210g/s can be seen.
And since the Ko3s has a bigger compressor than the Ko4 001; if you were to mate a Ko3
s compressor to a ko4 001 turbine (like Beachbuggy does) it should produce a bit more power/sustained boost.
I'm just looking for the physical evidence of a dyno that a Ko3s compressor and Ko4 001 turbine actually work better than a standard Ko4 001 since the compressors are of different designs.
One is half the price of the other so if the cheaper is better it really is win win
Ko3S AUM AUQ COMPRESSOR WHEEL | |||
8 Blade | |||
Inducer: 38mm | |||
Exducer: 51mm | |||
Tip height: 4.4mm | |||
Ko3s AUM AUQ TURBINE WHEEL | |||
Inducer: 45mm | |||
Exducer: 38mm | |||
Tip height: 6.8mm | |||
Blades: 11 | |||
Ko4-001 COMPRESSOR WHEEL | |||
12 Blade | |||
Inducer: 35mm | |||
Exducer: 50mm | |||
Tip height: 3.7mm | |||
ko4-001 TURBINE WHEEL | |||
Inducer: 50mm | |||
Exducer: 42mm | |||
Tip height: 6.4mm | |||
Blades: 11 |