Jump to content
SAU Community

Recommended Posts

I remember seeing a brand new M3 on the UAS dyno, the curve was a perfect line. No divots, no "curve", just a perfect line like this ----> /

My power curve is almost straight. The gradient is a little steeper from 65-75km/hr but from there to the top it may as well be dead straight.

Will take a photo when I can (since I have no scanner) and post it up later.

  • Replies 90
  • Created
  • Last Reply

Top Posters In This Topic

Top Posters In This Topic

Posted Images

Dyno Runs have been processed. Results attached.

Happy Times

or not.

I have done it in excel and now not sure how to publish it. I'm going to sleep. Speak Tommoz

You wern't complaining when I handed you the free ignition DVD :rofl::P:)

I'll post up the final results today or tommorow and send out prizes this week too.

haha sik. but seriously i had fun. thank for orgonising the event

sif! I've never seen a straight graph from a japanese car, ever.

Post her up. I wanna see :dry:

I can't find my camera now, so no pics from the DRC dyno (yet).

In the interim, here is my dyno run at CRD. Its not ruler straight, but well within the bounds given standard experimental error. :)

Certainly a lot straighter than RH9's :P

where the excel of the results? what happen to it? issert ever going to be finish

Apologies for the delay guys. Results are attached. Class winners are highlighted in yellow.

Twilight_Dyno_Night___111106.doc




  • Similar Content

  • Latest Posts

    • Not too sure just yet, want to have a go at doing what I can myself, but to start with want someone to cast their eye over it tell me what needs doing to get it running and back on the road, so anyone with great overall knowledge would be ideal.
    • I personally would go with cutting out the rubber. Then deal with getting sleeve off separately. Rubber can be painful to cut, it loves to jam up cutting tools. I normally have success with drill bits, deburr bits, angle grinders, jigsaw, reciprocating saw, and never forget... fire. Obviously different tools won't work in all locations you're trying to work with, and you need to be comfortable with each. You personally may be happy slowly slicing it out with a razor blade, if you are, go for it with one too! Feel free to wait for others to weigh in also on their thoughts.
    • So ... I got everything disconnected and started dropping the frame. Three of the four mounts started to come down but the fourth one (the one with the nut that gave me all the trouble) won't budge. The inner metal sleeve stays up tight against the chassis rail although the outer part of the mount drops a bit (and can be levered quite a lot more) but it's just stretching the rubber bushing. So I reckon there's some serious corrosion inside the inner sleeve and holding it tight to the lug at the top of the bolt. Tried everything I can think of so far: penetrating oil, whacking the top of the sleeve to vibrate it and wedge a screwdriver blade in there. I also tried to turn the inner sleeve a bit by hitting it with a chisel at the bottom. It's stuck solid. What do you think about cutting the rubber with a blade so I can drop the subframe around it anyway. Then worry about getting the inner sleeve off after? Will that work? Is it gonna give me even more problems?
    • Steam valve seals are usually responsible for cold start smoke, it goes away once engine warmed up. Disconnect it let engine breathers and let it breath freely, see if problem goes away after a short drive. Also check to make sure engine oil drain pipe is not blocked or kinked. 
    • Haha thanks! Yea I'm moving over from 2x 1000cc jets pre throttle over to 6x 190cc direct port jets and 1x 500cc pre throttle jet.  Direct port comes with all the advantages you would expect, except that pre throttle does cool down IAT'S more. That's why my direct port nozzle placement is closest to the plenum as possible in the runners to allow the air more time to cool before being sucked in. I'm also putting that one 500cc pre throttle jet to help with more cooling. It's a hybrid system. There's a lot more advantages to moving over to a PWM solenoid with a constant pressure system vs my old PWM pump setup, but I'll get more into that once I'm done converting everything over. The ricer in me is excited to see SS tubing all over my manifold though!
×
×
  • Create New...