br0wny21
Guest
'wild will' where did you get that t piece from for your custom tip do they do it in 2.5''? looks well smart
'wild will' where did you get that t piece from for your custom tip do they do it in 2.5''? looks well smart
Jetex 8001 model:- http://www.jetex.co.uk/website/conefilters.php?insided=80mmIndeed, this is why I have kept the airbox all this time. I do have twin cold air feeds from both fogs so whilst the car is moving, air is definately being rammed into the box. Of course when the car is on the dyno this system just doesn't work aswell which is why I may be seeing lower figures that before for my car but on the road it's much quicker.
Do you have a link to the Jetex? I assume you can attach a feed to it like the dynatwist?
A company called PROALLOY fabed it up for me, but Mr DPJ designed it , the pattern i gave them got mixed up with DPJ's but it hard to improve upon perfection. .
on the subject of tips have you finished your custom one yet willy
Jetex 8001 model:- http://www.jetex.co.uk/website/conefilters.php?insided=80mm
Jetex ER-10003 :- http://www.jetex.co.uk/website/cylindricalfilters.php?insided=100mm
@ Probee, I think its time to break out the SEM.
RPM Load Inj. On Time Mass Flow RPM Temperature Load Absolute Pres.
TIME TIME
STAMP /min % ms g/s STAMP /min °C % mbar
106.08 2840 122.6 11.56 77.36 105.78 2720 15 95.3 1110
106.69 3120 175.2 13.94 121.64 106.38 2960 15 95.3 1480
107.29 3520 191.7 18.36 190.39 106.99 3280 15 95.3 2130
107.99 4160 191.7 21.42 207.83 107.69 3880 16 79.6 2540
108.6 4600 191.7 21.08 215.5 108.29 4360 15 79.6 2540
109.2 5040 191.7 20.06 232 108.9 4800 15 80.4 2490
109.8 5440 191.7 19.72 245.67 109.5 5240 15 86.7 2440
110.51 5880 191.7 19.04 252.19 110.21 5720 16 91.4 2430
111.12 6240 191.7 20.06 257.69 110.81 6040 17 95.3 2340
111.82 6560 191.7 17 260.86 111.52 6400 18 95.3 2370
112.43 6800 191.7 16.66 264.47 112.13 6680 18 92.5 2390
225.69 2720 128.6 12.24 75.67 225.39 2600 15 95.3 1280
226.29 2960 176.7 14.62 119.47 225.99 2840 15 95.3 1630
226.9 3400 191.7 18.02 178.33 226.59 3200 15 95.3 2220
227.5 4040 191.7 21.76 200.25 227.2 3800 15 79.6 2540
228.1 4360 191.7 21.42 203.56 227.8 4200 15 80 2540
228.71 4800 191.7 20.74 215.78 228.4 4560 15 80.8 2540
229.31 5200 191.7 20.06 234.5 229.01 5000 15 87.1 2450
229.91 5640 191.7 19.72 241.53 229.61 5400 15 94.9 2470
230.52 6000 191.7 19.72 246.81 230.21 5800 16 95.3 2370
231.13 6280 191.7 17.34 252.97 230.82 6120 17 95.3 2300
231.72 6560 191.7 16.66 252 231.43 6440 18 95.3 2310
I've moved my Jetex as close to the wing as possible and directly supplied it with a cold air feed from both fog lights. I'm looking to create a kit like the Forge twintake (MK2 Cupra's etc) as i feel we can benfit just as much.
Descreened stock maff:-
Code:RPM Load Inj. On Time Mass Flow RPM Temperature Load Absolute Pres. TIME TIME STAMP /min % ms g/s STAMP /min °C % mbar 106.08 2840 122.6 11.56 77.36 105.78 2720 15 95.3 1110 106.69 3120 175.2 13.94 121.64 106.38 2960 15 95.3 1480 107.29 3520 191.7 18.36 190.39 106.99 3280 15 95.3 2130 107.99 4160 191.7 21.42 207.83 107.69 3880 16 79.6 2540 108.6 4600 191.7 21.08 215.5 108.29 4360 15 79.6 2540 109.2 5040 191.7 20.06 232 108.9 4800 15 80.4 2490 109.8 5440 191.7 19.72 245.67 109.5 5240 15 86.7 2440 110.51 5880 191.7 19.04 252.19 110.21 5720 16 91.4 2430 111.12 6240 191.7 20.06 257.69 110.81 6040 17 95.3 2340 111.82 6560 191.7 17 260.86 111.52 6400 18 95.3 2370 112.43 6800 191.7 16.66 264.47 112.13 6680 18 92.5 2390
Screened stock maff:-
Code:225.69 2720 128.6 12.24 75.67 225.39 2600 15 95.3 1280 226.29 2960 176.7 14.62 119.47 225.99 2840 15 95.3 1630 226.9 3400 191.7 18.02 178.33 226.59 3200 15 95.3 2220 227.5 4040 191.7 21.76 200.25 227.2 3800 15 79.6 2540 228.1 4360 191.7 21.42 203.56 227.8 4200 15 80 2540 228.71 4800 191.7 20.74 215.78 228.4 4560 15 80.8 2540 229.31 5200 191.7 20.06 234.5 229.01 5000 15 87.1 2450 229.91 5640 191.7 19.72 241.53 229.61 5400 15 94.9 2470 230.52 6000 191.7 19.72 246.81 230.21 5800 16 95.3 2370 231.13 6280 191.7 17.34 252.97 230.82 6120 17 95.3 2300 231.72 6560 191.7 16.66 252 231.43 6440 18 95.3 2310
Its the ProAlloy one mate, its very large but does the business, i do fancy the Forge big race one though.Holey shoot
Ats some good figures there Carl
What FMIC you using again as that's REALLY good AIT's
Deffo feel a difference Bill, but i do have to keep an eye on fueling though as i fanny about with altering induction setups. As the flow increases the torque spike tends to increase also and gets me into 0.95 fueling momentarily whereas it was 0.85 through the rev range before . The 380cc are near saturation i feel and i'm tempted to go 550's and see if i can adjust with lemiwinks.some great airflow there..
did you "feel" a difference in the butt dyno?
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All sounds good, make sure the pictures come thick and fastDeffo feel a difference Bill, but i do have to keep an eye on fueling though as i fanny about with altering induction setups. As the flow increases the torque spike tends to increase also and gets me into 0.95 fueling momentarily whereas it was 0.85 through the rev range before . The 380cc are near saturation i feel and i'm tempted to go 550's and see if i can adjust with lemiwinks.
Removing the screens on the stock maff appears to increase flow very well as the increase in boost can be seen.
With the custom tip i can angle the mouth of the tip towards the top radiator grill and put an enclosed cone in line and draw pressurised cold air direct, this will probably be my next project.
Hi mate the unos MBC is on the forge website and an excellent highly recommended piece of kit.Nice carQuite interested in this "Forge Unos mbc" you mention, what more can you tell me about that? Also never read about de-screening MAFs before, is this just a case of unscrewing the grilles or do they have to be cut out? Worthwhile on a standard (apart from silicone TIP and Jetex cone) LCR?
Hi mate the unos MBC is on the forge website and an excellent highly recommended piece of kit.
Desecreening the maff is a recommended mod to do if you have a spare maff tube handy. The mesh pulls out easily on one end and has to be helped out at the other. Descreening removes alot of restriction from the intake which allows more air flow. If using a decent cone filter the air is being directed correctly and laminated by the manner in which it is sucked into the cone at right angles does the same job as the original Maff screening.