Your Price: $428.00
Your Savings:$52.00(11%)
Not for Sale
Part Number:143074
Duration: (IN)=260 Degree, (EX)=250 Degree. 
Cam Lift: (IN)=10.0, (EX)=9.8.

PONCAM: High performance can be gained by easy installation. Drop in camshafts that are designed to suit the stock valve train and ECU. 

Valve timing adjusted
Valve timing is opening and closing timing of intake and exhaust valve that are linking to the piston movement, and it is expressed with the crankshaft angle from TDC or BDC of the piston. When installing new camshaft, idle stability or low-mid range torque are dramatically charged by 1°degree of valve timing adjustment that controls overlap or valve closing timing. Valve timing is usually adjusted by engine-tuner who is working on with the test driver. So as PONCAM, the best duration timing and the valve lifts are decided from torque characteristic and acceleration data that is based on huge numbers of tests both on the bench actual running. Accordingly, dowel pin is shifted to the proper position at the same time. 
You'll get the best valve timing without any adjustment but just a replacement of the factory camshaft with PONCAM. 

Easy installation 
Not to mention that easy installation of lash adjuster type, also in the solid type of RB26 engine, shim adjustment was almost made unnecessary according to the super-high precision of the size of a cam base circle. 

No necessary to replace to the high performance valve spring 
In the profile design of a camshaft, we succeeded in reducing the burden to a valve spring sharply by enlarging the acceleration of opening valve, while compressing the acceleration of closing valve. There is no necessity for exchange of a valve spring, if stock spring is in a usable statement at the moment of cam installation. 

The new performance in all stages 
The biggest development target of PONCAM was acquiring the high power in all stages. 
In the past, gaining power at high RPM might be too persisted though; we suggest that the real tuning car should run quickly and smoothly from low RPM to high RPM. In development of PONCAM, we have tested every each models of vehicles both or the bench and actual running for the best results. 
It is all based on the progress of technology when has not beer realized in the past. 
And it could already be called ?the new Performance? rather than just the high quality. 

Extra ordinal acceleration performance 
We use acceleration G sensor in the test to measure the performance of trial camshafts, and succeeded in giving the best profile that realized quick acceleration response. 
Installation of PONCAM lets blown engine to have quicker boost response, NA engine to improve combustion efficiency in low RPM, and any car to run much quicker. 

Stable idle 
PONCAM is thoroughly designed to give engine stable idle with its suitable duration timing, lift height, and the amount of over lap. Neither an engine stole nor hunching also happens by stability of an idling. 

Making a good use of VVT 
Variable Valve Timing is the electronic system that controls opening and closing timing of the valve to get a ideal combustion, such as NVCS of NISAN. Consequently, gaining high out put in high RPM and realizing big torque and long mileage per gas in low RPM at the same time. TOME PONCAM is also designed to make a good use of the high performance of the VVT, and enables to give engine the Surely power up from low RPM to high RPM to high RPM combined with the VVT system. 

The Best performance for 'drift' driving 
As mentioned before, the development target of PONCAM was raising performance in all stages. In 'drift' driving, driver controls the vehicle's sliding angle with a delicate accelerator work, and installation of POCAM enables 'drift' drivers to control the vehicle much easier with its sharp response to the input. Moreover, according to its better controllability, driver can raise the entering speed at the corner that succeeded in gaining sliding angle distance at the same time. 

The best fit with bolt on turbo 
Usually, installation of bolt on turbine without changing camshaft will result in the reducing torque at low RPM since there is not enough combustion occurred at low RPM with stock camshaft. With PONCAM, on the other hand, it will send enough Exhaust gas to rotate turbine ever from low RPM. (And keeps delving power until rev-limit.)

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