andrei_don
New member
Hello!
Here is my 09' VW Golf GTI MK6 DSG.
Current specs:
- APR Carbonio intake stage1
- APR K04 turbo kit
- THS intecooler kit
- Ultimate Racing catless resonated downpipe
- APR RSC catback
- APR V2.0 Software(91,93,100oct)
Dyno pulls were done on SuperFlow dyno (http://www.superflow.com/) that's capable of measuring actual tranny losses
With Modshack VDTA intake
Modshack VTDA intake draw some skepticism due to fairly small universal K&N used in these intakes. I liked this intakes setup because it’s one of the quietest if not THE quietest intake on the market. Modshack’s low price didn’t hurt either.
There were also 2 more intakes on hand at Morendi – the dyno shop and one of APR dealers in Moscow. We had a chance to test Modshack vs. VW Racing (ITG) and APR\Carbonio and see is there is (if any) difference between 3 of them.
So the plan was to do 3 runs on each intake, take 10-15 minutes for engine to cool down and swap out the intakes and continue with the next intake. Personally, I was pretty skeptical and did not expect to see any gains beyond 4-5 hp:
Modshack VDTA- K&N cone filter
APR Carbonio- K&N round straight filter
VW Racing- cone filter
The results were pretty surprising for us – see below:
This intake was loudest on the dyno and I was pretty sure it would be most effective in terms of power gains. Turned out… I was wrong. It posted lowest HP gain but did post some respectful torque and also resulted in best spool time! I personally think the fairly low numbers come down to the filter element used as it is probably more restrictive than a typical K&N. It does look the business though with its track-inspired design.
This intake was making a noise that could be described as “hissing” thanks to its slot-like opening but the end-result was mind-blowing… Its filter element has the largest surface area and that, coupled with thermal insulation properties of its carbon fiber housing resulted in significant gains over VW Racing intake – APR\Carbonio posted a 17hp! Needless to say, the visual aspect is just something special compared to other intakes.
Overlay of all 3 intakes’ dyno plots
And the end-result – APR K04 100 octane (RON) run:
I am very happy with the results!! As with intakes, I was pretty skeptical with running 100 octane gas – I was expecting to see something in the 15-20hp neighborhood. Obviously, the software has also been adjusted to run 100 RON gas, otherwise there’s no way we would’ve seen almost 400hp. I was a bit uneasy running 100 octane gas so I had an EGT sensor installed “just in case”
We were all very relieved to see the EGT numbers not creeping higher than 800 degrees, even after 3 back-to-back runs on the dyno. The temperature remained below 810 degrees even after a couple of back-to-back 100-200 kmh runs through 2-3-4-5 gears all the way through redline – this just proved the software as well as gas quality.
So we decided to give it a try in real life and make some runs vs. some of the popular cars that we have over here.
Here are some videos:
Dyno
100-200km/h = 9,6-9,7sec for example BMW M3 E92 100-200km/h = 10,7-10,8