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

Twin TurboCharger Small Block Chevy Impala

1979 chevy impala twin turbocharged .030 over 350. set-up with adjustable wastegates. Fuel injection with a holley 900 cfm throttle body. Air to water Intercoolers.


 



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Twin Turbo Charged Small Block Chevy 350
Twin turbocharged small block chevy. Driving at 60 mph and dropping the hammer.





Twin turbo Impala SS stepping out in 2nd gear





Fastest small block in the world
Drag race in Wichita falls, TX. White car claims to be the fastest small block in the world.... 1/8 race





Twin Turbocharged Small Block Chevy
Starting in high gear to help minimize wheel spin. Had to pedal the car. The car stops spinning toward the top of the hill when you hear the rpm's drop a little.





TWIN TURBO ROADMASTER#5
BACK AGAIN FOR ALL YOU CUNTSALAD ASS HATER GET ON THE BALL AND GET OFF THE DI-K





Turbo mud truck, take 2
It's back, and this time the Boost is under control. Please note: the purpose of this session was to get the truck stuck and load the engine to check AFR and Boost pressure.





small block chevy turbo build video 3: the end is near
:) one video to go





marine twin turbo 350 SBC
turbocharged marine engine running on a stand





Do-It-Yourself Turbocharger Turbojet
This is a run-up of my home built turbocharger turbojet engine. Long, but maybe of some interest to other engine builders. It is quite old now and dated somewhat and I now know far more about jet engines than I did then. Please go easy on me guys... It is my first video! I would like to issue a challenge to all fellow Do it Yourself turbojet engine builders and brushless electric R/C park flyer hobbiests/manufacturers out there. Please comment and discuss the feasibility of mounting a small "outrunner" style permanent magnet brushless electric motor to the compressor side of this and similar engines. I realize that shaft harmonics and bearing limitations will play a very significant role in whether or not such a motor/generator combination would hang together at 140000 RPM or more. Of course, associated power electronics with the ability to switch from starter motor to DC generator would need to be designed as well to efficiently (relatively speaking) produce electricity at these ultra high speeds. Such a device would mimic some of the hybrid turbocharger or "electrically assisted turbochargers" that have been developed by Garrett and others in recent years. These have been designed, developed and built to reduce "turbo lag" and recover wasted energy in the form of electricity with the intention of supplementing the charging system in vehicles. They have not quite made it to market yet in any production vehicles that I know of. I am crossing my fingers! A hybrid turbocharger in my opinion is the Holy Grail for DIY turbojet enthusiasts. Once this exists as an off the shelf device, a whole world of potential uses opens up! An inexpensive, simple, robust turbojet engine! Heat and electricity with only one moving part! Imagine a tiny turbocharger based boiler in your basement that would heat your home, heat your domestic water AND charge your batteries in an off-grid or grid tied electrical system. It would easily burn almost any conventional fuel including natural gas, propane, diesel, kerosene, waste oil, waste vegetable oil, bio-diesel, pellets, garbage and even wood logs as has been proven with the proof of concept device built by myself and Mark Nye at Nye Manufacturing and featured on The Discovery Channel's Daily Planet. Your comments and discussions about how a PM motor generator could be adapted to this task are anticipated. As promised, I am currently (slowly) working on a large afterburning VT-50 based engine (actually three of them) that will hopefully produce a combined two or three hundred pounds of thrust and be featured on Youtube soon. I would like to run all three together in a stretched Quad ATV or mini dragster to take around to the car shows and make some noise. My concept for this engine will to both fuel and lubricate it with waste motor oil. Hopefully I will be able to offer construction plans and combustion chamber kits if it is successful and interest warrants it. Thanks for looking! Good luck with your projects! Overkill396





twin turbo small block chevy civic
awsome is all i can say





327ci chevy small block engine
1968 chevy small block, bored .030, new pistons, redone 2.02/1.60 heads (not double hump =[ ) all new bearings, new mild rv cam shaft and hydraulic lifters, new pushrods and roller tip rocker arms, polished crank, new timing chain and gears, new harmonic balancer, chrome timing chain cover, chrome valve covers, HEI distributor with transparent cap crappy chrome water pump that leaks (not permanent) holley 450cfm carb (not big enough as you can hear by) but it was given to me almost new and works for me. its leaking a little bit of oil out of the crappy cork oil pan gasket. this video would be longer but sadly i dont have enough gas, expect a longer video of it running in the future. har har look at my high performance altenator bracket and radiator stand and fan for cooling radiator...............traded this for an 82 dodge truck......... that i sold





Forced Induction - Supercharger vs. Turbo Charger
This video was made to describe in moderate detail the differences between Superchargers and turbo Chargers, as well as describing the components, advantages, and disadvantages to each. Complementing the speaking track is a slideshow of related pictures and videos. I hope this video helps some of you curious up and coming mechanics to better understand methods of forced induction. Please comment maturely, and enjoy!





Spinning Turbocharger Keychain
A modified KCT-11 keychain turbo so it can spin.





Turbocharged 2003 Impala LS
My 2003 Impala LS turbocharged. http://www.youtube.com/watch?v=-8-JLICIHdU





impala on 26's
1979 79 impala on 26's reno nv hot august nights 2010 juss postin up waiting for everyone to clik up, hittin down town reno nasty.




Which car is faster? Which Car is Faster?





Similar 1/4 mile timeslips to browse:

1996 Chevrolet Impala SS: 10.374 @ 130.520
Glen Koenig, Engine: 461 LS-6 BBC, Tires: Hoosier 10.5x29W rear, Morose DS2 28x4.5 front


1964 Chevrolet Chevy 2: 10.610 @ 117.000
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1968 Chevrolet Impala SS 427: 11.339 @ 116.420
C. Moore, Engine: 496 Chevy self built, Tires: M&H rear BFG front


1964 Chevrolet Impala : 11.488 @ 116.620
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1991 Chevrolet Chevy S10: 11.526 @ 115.370
Jason Miller, Engine: 350, Tires: micky thomson 32-14.5-15


2003 Chevrolet Impala LS Turbo: 11.540 @ 120.230
jeffery klo, Engine: 3.8 v6, Turbos: 62-1 Tires: MT ET drags


1996 Chevrolet Impala SS: 11.647 @ 119.360
Glen Koenig, Engine: Stock 354 LT1, Tires: GY Front runners, Hoosier QTP 28x11.5


1996 Chevrolet Impala SS: 11.800 @ 112.000
Joe, Engine: 6.2 LS3, Supercharger: No Turbos: No Tires: Nitto 305/35/18


1996 Chevrolet Impala SS: 11.895 @ 116.650
Terry Kehne, Engine: 385 CID LT1, Tires: front: 275/75R17 Riken, rear 226x10.-15 MT ET Drag


1962 Chevrolet Impala sedan: 11.898 @ 113.067
tony, Engine: 454,


1995 Chevrolet Impala SS ATI ProCharger Supercharger: 11.940 @ 114.770
David Dickey, Engine: 396 Storker LT-1, Supercharger: ATI ProCharger D-1sc Tires: BFG Drag raisals Rear, BFG KDW's front


1970 Chevrolet Impala : 12.430 @ 110.890
GARY KETCH, Engine: 454, Tires: MICKEY THOMPSON SLICKS


2005 Chevrolet Chevy Corvette C6: 12.557 @ 110.860
James, Engine: LS2, Tires: Stock non Z51 run flats


1955 Chevrolet Chevy : 12.720 @ 109.500
Ken Abbott, Engine: 454 Chevy, Tires: 28.5 Slicks on rear


1995 Chevrolet Impala SS: 12.853 @ 101.758
David Dickey, Engine: LT-1 converted to LT-4, Tires: BFG g-force comp T/A Drag Radials


1996 Chevrolet Impala SS: 13.100 @ 103.000
Mike Whitehouse, Engine: LT4, Tires: 285/40/17


1979 Chevrolet Impala Coupe: 13.290 @ 105.670
Phil Hunt, Engine: 454, Supercharger: none Turbos: none Tires: m/t I Tread


2004 Chevrolet Impala SS: 13.673 @ 103.130
Ron Mitchell, Engine: 3800 / L67, Supercharger: Gen V / Ported Tires: BFG G Force


2004 Chevrolet Impala SS: 13.674 @ 104.030
Eric, Engine: 3800 L67, Supercharger: Eaton M90


2004 Chevrolet Impala SS: 13.721 @ 100.310
James, Engine: 3800 L67 Supercharged, Supercharger: Eaton M90 Tires: Goodyear Eagle GT


 


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