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

Chevy Vega engine Turbocharged

This is a schnieder cammed,ported Vega engine on 12 PSI Boost. It uses a Corvair Corsa turbo in a "draw through" design. The rubber hose you see expanding and contracting is just a radiator hose we used to fire it up. That is being replaced with hard tubing. The nasty idle is the cam..I am going to have to run it at about 1000 rmp idle. Boost comes on at 1200rpm. Any questions,just email me. I have been keeping Vega engines in vegas for years.


 


More Videos...


Chevy Vega First start
Chevy Vega first start "Little hiena" sbc 355 c.i. TMR competicion





Vics 72 vega
Vics 72 vega





Chevy Vega prueba 3 Expo
Chevy Vega prueba 3 Expo TMR competicion





1972 Vega Wagon 1st Drive
Just got my 1972 Vega Wagon going after a lot of work. Currently running open headers. It has a small block 350 and a TH350 Transmission. 12-bolt rear-end and 5 lug front end conversion.





Auto Mechanics: Water Cooled Engines: "Water Boy" 1936 Chevrolet 11min
more at http://auto-parts.quickfound.net/ "A DRAMATIZATION OF THE COOLING SYSTEM OF THE AUTOMOBILE, SHOWING HOW THE WATER CIRCULATES AROUND THE CYLINDERS, COOLING THEM AND IN TURN BEING COOLED BY THE AIR DRAWN IN THROUGH THE RADIATOR." Public domain film from the Library of Congress Prelinger Archive, slightly cropped to remove uneven edges, with the aspect ratio corrected, and mild video noise reduction applied. The soundtrack was also processed with volume normalization, noise reduction, clipping reduction, and equalization (the resulting sound, though not perfect, is far less noisy than the original). http://en.wikipedia.org/wiki/Internal_combustion_engine_cooling ...Cars and trucks using direct air cooling (without an intermediate liquid) were built over a long period from the very beginning and ending with a small and generally unrecognized technical change. Before World War II, water-cooled cars and trucks routinely overheated while climbing mountain roads, creating geysers of boiling cooling water. This was considered normal, and at the time, most noted mountain roads had auto repair shops to minister to overheating engines.... ... The subject of boiling engines was addressed, researched, and a solution found. Previous radiators and engine blocks were properly designed and survived durability tests, but used water pumps with a leaky graphite-lubricated "rope" seal (gland) on the pump shaft. The seal was inherited from steam engines, where water loss is accepted, since steam engines already expend large volumes of water. Because the pump seal leaked mainly when the pump was running and the engine was hot, the water loss evaporated inconspicuously, leaving at best a small rusty trace when the engine stopped and cooled, thereby not revealing significant water loss. Automobile radiators (or heat exchangers) have an outlet that feeds cooled water to the engine and the engine has an outlet that feeds heated water to the top of the radiator. Water circulation is aided by a rotary pump that has only a slight effect, having to work over such a wide range of speeds that its impeller has only a minimal effect as a pump. While running, the leaking pump seal drained cooling water to a level where the pump could no longer return water to the top of the radiator, so water circulation ceased and water in the engine boiled. However, since water loss led to overheat and further water loss from boil-over, the original water loss was hidden. After isolating the pump problem, cars and trucks built for the war effort (no civilian cars were built during that time) were equipped with carbon-seal water pumps that did not leak and caused no more geysers. Meanwhile, air cooling advanced in memory of boiling engines... even though boil-over was no longer a common problem. Air-cooled engines became popular throughout Europe. After the war, Volkswagen advertised in the USA as not boiling over, even though new water-cooled cars no longer boiled over, but these cars sold well, and without question. But as air quality awareness rose in the 1960s, and laws governing Exhaust emissions were passed, unleaded gas replaced leaded gas and leaner fuel mixtures became the norm. These reductions in the cooling effects of both the lead and the formerly rich fuel mixture, led to overheating in the air-cooled engines. Valve failures and other engine damage was the result. Volkswagen responded by abandoning their (flat) horizontally opposed air-cooled engines, while Subaru took a different course and chose liquid-cooling for their (flat) engines. Today practically no air-cooled automotive engines are built, air cooling being fraught with manufacturing expense and maintenance problems. Motorcycles had an additional problem in that a water leak presented a greater threat to reliability, their engines having small cooling water volume, so they were loath to change; today most larger motorcycles are water-cooled with many relying on convection circulation with no pump...





Jabiru turbo
Jabiru turbo engine walk around and running with "draw through" with carb. I will try a Aerocarb 45mm.





first start up 460 turbo blow thru turbo sleeper maverick 91mm grabber 73 big block c6
this is the first time it has been started with the turbo it did good it is a totally stock 74 truck 460 only mods are ported exh. side of the heads and a .500 lift summit cam and arp rod bolts it has a 2 barrel on it just to start it , it will soon have a 800 holley , just to help some of you guys out the manifolds will not work upside down the ports are offset between the bolts i will have to make headers soon for it to perform





5.5hp Turbocharged Fuel Injected Engine - Bench Test
Quick test run of my 5.5hp fuel injected, turbocharged engine. This engine is controlled by my homebrew ECU, it's PC tunable, (spark advance, and fuel delivery tables). Visit here for more info: markmuzzin.blogspot.com Part List: Homebrew ECU, RHB31 turbocharger, MAP, TPS, Block and IAT Temp, TDC and CAM sensors, electronic spark coil, in-tank fuel pump, adjustable fuel pressure regulator, PC tunable.





1971 Chevy Vega GT "Jega"
A 1971 Chevy Vega GT built for Jegs Performance... The "LSX 454" under the hood is just the frosting on the cake of this very nicely built Race Car...I was able to catch up with the Car at the Detroit AutoRama 2013...Make sure you follow me so that you don't miss any of the other cool Cars I shot at this show! Apparel Provided By: http://www.etmotorgear.com/ Check them out!!





plymouth valiant 65 170 slant six turbo
test start av slant 6an med turbo och solex förgasare/ first test start with turbo drawthrough turbo





Home built electric utility vehicle update
Its the nerdiest thing I have ever built but its for taking to the campgrounds with the wife because we are too lazy to walk everywhere. If it being electric helps the enviornment one bit let it be known that I will sneak up and run over a spotted owl if I ever see one. I have seats and a cargo box that mounts on the vehicle and the front will tinned up in aluminum before it gets painted





1972 Chevy Vega Bad Azz Tease !
Just a teaser of our 550HP+ 1972 Chevy Vega race car.





The Unfortunate History of the AMC Pacer
Behind all the jokes and insults, the AMC Pacer is actually a car with a great deal of history. It began as radical new design from an underdog company. In an attempt to combat the big, bland, boxy cars from Detroit's "Big Three," little American Motors Corporation decided to build something a little different. Their one-eyed car stylist Dick Teague proposed a small, wide car with big windows and smooth areodynamics. Americans had never seen anything like it. This in-depth documentary tells the true story of the Pacer. Unbeknownst to many, the car persevered through manufacturing setbacks, government regulations, and many other troubles. Featuring a ton of old car advertisements and rare footage of AMC's factory, the film helps paint a picture of the Pacer's world. Director Joe Ligo sits down with AMC stylist Vincent Geraci, author Patrick Foster, and television personalities John Davis and Pat Goss from PBS's MotorWeek.





vega monster





big turbo on chevy 350
not enough resistance to spool up but it was somethign fun we decided to make




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


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


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


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


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


1974 Chevrolet Vega Hatch back: 9.899 @ 137.120
Kerry Prince, Engine: 355, Tires: 28x10.5x15


1976 Chevrolet Vega : 9.990 @ 136.260
Curt Stewart, Engine: sbc,


1973 Chevrolet Vega : 10.000 @ 130.000
James Bassett, Engine: 406, Tires: MT 26x8.5x15


1971 Chevrolet Vega Panel delivey: 10.000 @ 127.000
glenn mailey, Engine: 355, Tires: Goodyear Eagle 13/30/15


1973 Chevrolet Vega GT Hatchback: 10.040 @ 124.560
James, Engine: 355 small block, Tires: M/T ET Drag slicks 26x10-15


1977 Chevrolet Vega : 10.081 @ 131.810
Shaun Cook, Engine: 383 Stroker 557 hp @ 6500 rpm and 504 lb-Ft @ 5000, Tires: M/T slicks 32X14.5X15


 


©2014 DragTimes - Disclaimer