Drag Racing 1/4 Mile times 0-60 Dyno Fast Cars Muscle Cars

09 Update of my MMC

A rundown on my Monsetr Multipoint cordia status. The turbo i recently fitted had a 57mm inducer blade side, it had a .63 rear but with a ceramic turbine wheel. The ceramic wheel was bothering me cos it may not last as l;ong as i want it to.


 


More Videos...


Dash Head gasket replacement review
A review of a gasket replacment. This video just shows what can be the result of a UNTUNED, unset timing lock on a new ecu conversion. I decided not to touch aqnything on the handset cos its just to compliocated. I basically didnt have the engine set as microtech ecu instrctions: Timing lock feature etc. TYhis just shows that you can blow a headgasket without Boost. This footage was done just after the previous video was made. I removed the cylinder head under 25min.A compression test revealed: Cyl 1 & 2: 150psi Cyl 3 & 4: 50psi Knowing it was the ehad gasket, i decided that it was time tio install my new metal headgasket that will seal Boost and everything alot better. In this video, you heard a 2 cylinder engine spooling a 57mm inducer bladed equipted turbocharger, so just fathom what it could do when all 4 cylinders are firing, mu ah ha. SINGLE CAM DASH POWERRRRRR. See, the king doesnt need a vr4 waste of time engine, cos i can whoop vr4 cordias anyday. Even if you have a EVO engine cordia, your just gonna suffer as bad, cos i make shame to you people. I dont need twincam, reason why you people do it is cos youse dont know how to have a fast single cam cordia. Well mine were eat that. I had a stock internakl dash engine, stock ecu and turbo and i ate vr4 cordias, so imagine what i can do now.





Testing the Dash Monster
A short test drive around the block after the multipoint, LTX8 ecu conversion. I have completed the conversion a whilst back, its only now i have put up this footage. Next footage and video will show it up close and personal, all running etc, so staty tuned.





Monster Multipoint Dash Cordia P1
A close up of the Dash Monster Cordia turbno. The car is literally ready for Dyno tuning, it has the right turbo setup, it has the right fuel injector setup, all is go, just tuning is required. As you can see and hear, the engine is over fuelling, thats why the tuning is most important and needy to get the engine running 100%. The LTX8 ecu was previously used on a 300kw highly modified engine, it had 800cc injectors. Right now the car has Evo 8 560cc injectors, so yeah the ecu needs tuning. It wont be long before its race ready, just give me a bit more time. INLET MANIFOLD PLENUM INFO: In my experience, i have seen and heard a few people doing multipoint conversions on their 1.8 litre engines. The problem with this and from what i have seen is that these people have used wrong type intake manifolds. The main problem was plenum chamber choice. People have used the intake manifold from a single cam lancer which is from a 1.6 litre engine. In relation to plenum chamber size, the optimal size for a plenum chamber should be same volume as a engine or better. For example: I have a high power 2.0 dash engine, why would i be stupid like other people and fit a pissy small 1.6 litre intake manifold setup, get it. 2 litre engine: 2litre+ plenum chamber size. The problem is that people undersize their plenum chamber, thats not a good thing. The plenum/intake manifold i have is from a mitsubishi car and its a 2.4 litre engine, i wont say from what car or model, YOU FIND OUT yourselves. There is no way on earth would i fit a pissy small 1.6 litre induction system on my MONSTER MULTIPOINT CORDIA, MMC. Yes, i'm running four EVO 8 560cc injectors. To those people say that you have to run 8 injectors to have a multipoint cordia, pfffff. NO BRAINS OR SKILLS. You do the homework and find out yourself. REMEMBER: I was quoted $3000 from a performanmce workshop to make a multipoint/ecu conversion on my engine. STUFF THAT, so i did it myself and look at the results, i have done it all bty myuself. AND NO, i aint gonna explain how i did it, all i can say that if you were to do what i did, expect to spend at least 336 hours or MORE to get this manifold done. 1 more thing: 2 days after i filmed this footage, it was found out that the engine was running on 2 cylinders only. Cylinder 1 & 2: 150psi Cylinder 3 & 4: 50psi The cause was a blown headgasket between cylinders 3 and 4. So get that. The engine sounded like a monster with 2 cylinders, imagine when all 4 are firing. Mu ha ha ha ha





MMSC J-01 operation
Some operation including service functions on JDM version of MMCS (Mitsubishi Multi Communication System) - factory navigation device for Lancer/Outlander/Pajero/Delica





Which car is faster? Which Car is Faster?




Similar 1/4 mile timeslips to browse:

1976 Chevrolet Vega : 7.780 @ 171.060
Eric DeRoche, Engine: 565ci Ray franks/schmidt 1050's, Supercharger: No Turbos: No Tires: 14-33


1973 Chevrolet Vega : 8.154 @ 171.100
Jim Hull, Engine: 475 big block Chevy, Supercharger: 8-71 Littlefield Tires: 29.5x10.5w


1976 Chevrolet Vega VEGA: 8.530 @ 159.860
Mike, Engine: 415 in. sbc, Tires: Goodyear


1979 Chevrolet Malibu : 8.532 @ 159.100
Todd Geisler, Engine: 582ci BBC, Tires: Hoosier DOT Drag Radial 295/65-15


1974 Chevrolet Vega : 8.690 @ 155.100
MARTIN LAJOIE, Engine: 506 BBC (BORED/STROKED) 427 TALL DECK, Tires: MICKEY THOMPSON


1972 Chevrolet Vega : 8.800 @ 155.120
Romeo Barcenilla, Engine: Lukovich Racing 565 BBC, Supercharger: none Turbos: none Tires: 15X32X14.5w Hoosier


1971 Chevrolet Vega : 8.812 @ 153.540
Rusty, Engine: 496 Chevy,


1972 Chevrolet Vega 2 door: 8.910 @ 151.870
julio The hammer Reyes, Engine: 510 BB chev, Tires: hoosher


1971 Chevrolet Vega 2 door: 8.980 @ 151.000
jason kimberlin, Engine: 496 big block chevy, Tires: slicks


1971 Chevrolet Vega GT: 9.000 @ 150.000
Dave Donalson, Engine: 496 bbc, Supercharger: none Turbos: none Tires: goodyears


1978 Chevrolet Malibu : 9.023 @ 148.970
scott lorenzen, Engine: 496 bb chevy, Tires: 17.5 x 32 et streets


1974 Chevrolet Vega : 9.062 @ 148.590
Greg Eachus, Engine: 498 BBC, Tires: Goodyear


1971 Chevrolet Vega : 9.160 @ 145.280
Pratt Thompson, Engine: 454, Tires: hoosiers


1978 Chevrolet Malibu : 9.410 @ 143.000
Tug Brock, Engine: 488 BBC,


1971 Chevrolet Vega GT: 9.482 @ 139.600
Kenny Snow, Engine: 406, Tires: 29.5x11.5 Hoosier Slicks


1978 Chevrolet Malibu : 9.510 @ 142.700
todd pasch, Engine: Dart 540, Tires: m/t29,5x13.5x15


1974 Chevrolet Vega : 9.534 @ 142.000
jerry morse, Engine: 388, Supercharger: nope Turbos: nope


1971 Chevrolet Vega : 9.600 @ 137.330
Willy Reerink, Engine: 383 SB, Tires: MT


1979 Chevrolet Malibu Coupe: 9.710 @ 135.000
Garrett Porter, Engine: 426 cubic inch Chevy small block, Supercharger: none Turbos: none Tires: Hoosier


1965 Chevrolet Malibu ss: 9.840 @ 139.230
MIke stevenson, Engine: chev sb 355, Tires: mickey thompson et street


 


©2015 DragTimes - Disclaimer - Contact Us