Great news for those of us out there that dont have a GTI but want to have some reasonable performance for a reasonable price. After scouring the internet and exhaust shops, I have finally created an SRI system for my 1.6 Polo. The total cost of this project ended up being $215, and the results - well, let's just say I think its worth it as there isnt much we can do for the 1.6 Polo's.
Below were a list of parts that were used to create this intake.
* K & N Pod Filter, RU-1480
* 2.5" 90 degree silicon bend
* 2 x 2.5" hose clamps
* 0.5m of 8mm vac tubing
* custom intake
The intake pipe is relatively straight forwards. A 2.5" straight mild steel tube with the ends stretched to 2.75" (to suit the K & N). Once this was achieved, 2 holes were drilled out to accommodate the 2 rubber grommets which were removed from the airbox along with the sensor. You will note that the original vac tubing for one of the sensors is not long enough, so thus 8mm vac tubing is used to ensure the distance is achieved. Once completed, the silicon bend was attatched to the throttle body, and clamped. Then the 2.5" straight pipe was clamped along with the pod on the end.
This project all in all should only take approximately an hour to two hours if you're doing it by yourself with all the proper equipment.
The result: faster response, and the noise it makes after hitting 3500rpm
I'll post up photos later tonight along with a sound clip. Stay tuned people
!
*Thanks go out to Jon (Jon_VR6), Lachlan at 999 automotive, and Nathan at Pipeworx for providing me with the parts at discounted prices
Below were a list of parts that were used to create this intake.
* K & N Pod Filter, RU-1480
* 2.5" 90 degree silicon bend
* 2 x 2.5" hose clamps
* 0.5m of 8mm vac tubing
* custom intake
The intake pipe is relatively straight forwards. A 2.5" straight mild steel tube with the ends stretched to 2.75" (to suit the K & N). Once this was achieved, 2 holes were drilled out to accommodate the 2 rubber grommets which were removed from the airbox along with the sensor. You will note that the original vac tubing for one of the sensors is not long enough, so thus 8mm vac tubing is used to ensure the distance is achieved. Once completed, the silicon bend was attatched to the throttle body, and clamped. Then the 2.5" straight pipe was clamped along with the pod on the end.
This project all in all should only take approximately an hour to two hours if you're doing it by yourself with all the proper equipment.
The result: faster response, and the noise it makes after hitting 3500rpm

I'll post up photos later tonight along with a sound clip. Stay tuned people

*Thanks go out to Jon (Jon_VR6), Lachlan at 999 automotive, and Nathan at Pipeworx for providing me with the parts at discounted prices

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