First dyno plot for stage 1
Thread Starter
Not so Super right now
Joined: May 2003
Posts: 1,493
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From: Beyond that there swamp.
First dyno plot for stage 1
Yup. You heard it right. Received this from Maurice and just made sure it could be posted. This is the first pic. Sorry, no raw data, but I am sure he wll provide it eventually.
Looks perty now, dont it?
Looks perty now, dont it?
Thread Starter
Not so Super right now
Joined: May 2003
Posts: 1,493
Likes: 0
From: Beyond that there swamp.
That is a stock car with the stage 1 only. Maurice reported that a test car with Borla had more power, but there is no dyno plot from that yet. I am sure there will be tos more posted in the next couple of days as things get a little calmer for him.
Just like everyone had said... over 5k the thing is quicker. Now the plot proves it.
That is a significant bump... and one worth getting, IMHO! Ok, I need the car first, but that mod is mighty tempting.
It'll be cool to hear the reviews when people start getting them installed. :D
That is a significant bump... and one worth getting, IMHO! Ok, I need the car first, but that mod is mighty tempting.
It'll be cool to hear the reviews when people start getting them installed. :D
Originally posted by zerobanger
just a dumb question, why does it show dyno run 1 and dyno run 2 done at the same time? didn't you have to un-install the unit between runs?
just a dumb question, why does it show dyno run 1 and dyno run 2 done at the same time? didn't you have to un-install the unit between runs?
At a guess, it's very likely that the lower power run is with the ECU mod disabled, then the higher power run is with the ECU mod enabled (The latest version of the kit, the one being shipped, includes a toggle switch to enable/disable it without having to uninstall). Everything else on Maurice's car is stock.Regards,
Gordon
Maurice and stage 1 elfs great work .wowwwwwww.
I am going to be a happy little vegemite if the Australian cars show same levels of performance gains .( BONZA )
Maurice i have set up all the testing crew and equipment needed to test the stage 1 kit for the Australian cars .
All i need is the actual STAGE 1 KIT.
Cheers
MICHAEL
I am going to be a happy little vegemite if the Australian cars show same levels of performance gains .( BONZA )
Maurice i have set up all the testing crew and equipment needed to test the stage 1 kit for the Australian cars .
All i need is the actual STAGE 1 KIT.
Cheers
MICHAEL
Looks like a great gain, but I'm a little dissapointed that the stock car dyno'd so low. With the 238hp advertised crank hp, we should be up in the 190 range (or at least close to it) with a stock car. I was hoping to be around 205rwhp after the stage1 mod so we could finally have the power we originally expected.
Nevertheless, the improvement looks great and I'll definitely be purchasing the kit. PLEASE someone send me the orderform or price list or something. I sent canzoomer an email over a week ago and haven't received a response.
Nevertheless, the improvement looks great and I'll definitely be purchasing the kit. PLEASE someone send me the orderform or price list or something. I sent canzoomer an email over a week ago and haven't received a response.
Originally posted by mp5
Looks like a great gain, but I'm a little dissapointed that the stock car dyno'd so low. With the 238hp advertised crank hp, we should be up in the 190 range (or at least close to it) with a stock car.
Looks like a great gain, but I'm a little dissapointed that the stock car dyno'd so low. With the 238hp advertised crank hp, we should be up in the 190 range (or at least close to it) with a stock car.
Originally posted by mp5
Looks like a great gain, but I'm a little dissapointed that the stock car dyno'd so low.
Looks like a great gain, but I'm a little dissapointed that the stock car dyno'd so low.
Regards,
Gordon
Originally posted by eccles
It's a third-gear pull, which gives 1000rpm/10mph, near as dammit. Simply multiply the X-axis units by 100 for RPM.
It's a third-gear pull, which gives 1000rpm/10mph, near as dammit. Simply multiply the X-axis units by 100 for RPM.
Vince


