Tag Archives: Engine


Rebeldryver’s Garage: The Intro Of The 400 Power Adder Small Block – Boost Ready Baby!

It’s time for Scott to get his 1965 Impala back on the road after years of neglect. But to do that means a new engine, new trans?, more power and even more fun. This is the 400 cubic inch Blueprint Engines Power Adder Small Block, which is the same engine we’ve made over 1,200 horsepower with after adding a Procharger and some other goodies. This engine is fully capable of supporting 1,000 horsepower and we know the short block is up the task of more than that for sure. In this video Scott goes through the specs on the engine, the process of building it and testing it, and what he plans to do with it in his Impala.

Here is all the information from Rebeldryver himself.

I am putting together my small block 400 from BluePrint Engines. This is their part number BP4003CT1. This is their power adder ready 400. Just add your own boost or nitrous to it and make big power from a small block Chevy. I am planning on installing twin turbos in the future. See it on their website: https://blueprintengines.com/products... This engine is destined for my 1965 Impala SS. In this video I am installing an Edelbrock 2925 Super Victor intake, Holley 0-4781S 850 double pumper, and a MSD 8360 ready to run distributor.

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Small Block Ford Intake Testing – Single vs Dual Plane On Both 351 Cleveland And Windsor

The world of intake manifolds is a diverse one, where dual plane, single plane, tunnel ram, IR, cross ram, long runner and short are available for just about every popular engine combo. And because modern intakes have gotten more and more modular, there are lots of ways to configure intakes for your particular application. But with the increasing number of throttle body fuel injection systems, and the still much larger number running carburetors, the age old discussion of dual plane vs single plane is a valid one. There has always been a belief that single planes are for racing and dual planes are for street cars, but with the ever increasing performance potential that we take advantage of, our street cars are getting more and more powerful all the time. So does the rule still apply? Is single really only good for the race track? Are dual planes only good for a cruiser?

Thanks to our friend Richard Holdener, we’re going to see the results of some testing with both a 351 Cleveland and a 351 Windsor on the dyno at Westech Performance Group. Watch, look at real data, and listen to the conclusions Richard has come to after years of dyno testing. Then use the info to help you make the right parts decisions for your bitchin Ford build.

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Not A Supercharger: This All-Billet Four Rotor Engine Build Is Awesome And Wild!

It was 1991 when Mazda won the 24 hours of Le Mans with their famed C787B race car which was powered by a four rotor version of the company’s rotary engine called the 13J (also built as the 26B). Instantly, rotary engine fans everywhere wanted a four rotor mill. It was never made as a production line engine but over the years people have gotten creative and stacked the rotors in about every form you can think of, building their own and even larger versions. This being said, using factory parts has it drawbacks and this video goes over those drawbacks and shows an-all billet version of the engine going together. Sure it looks like an overgrown blower, but this is actually a big horsepower maker.

Filmed in Australia where the rotary engine has a really strong following (chased only by the USA on this front) we are at the Promaz engine building shop to see how they assemble one of these and to learn some of the tricks of the trade as well as some of the inner workings of these amazing billet parts.

You are looking at probably $45,000 worth of engine before it has even been completed here. These things with boost can produce 1,500+ horsepower so it’s not like there isn’t payoff but it’s big money for a very specific way of making horsepower.

Watch the build and appreciate the engineering!

Press play below to see an all-billet four rotor engine get bolted together –

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1962 Oldsmobile F-85 Jetfire Hardtop Coupe

1962 Oldsmobile F-85 Jetfire Hardtop Coupe

Note: The following story was excerpted from the February 2017 issue of Collectible Automobile magazine

General Motors was flexing its engineering muscles in the early Sixties, especially when it came to the corporation’s new Y-body small cars. The line of 112-inch-wheelbase premium compacts included the Pontiac Tempest with independent rear suspension and curved “rope drive” driveshaft. Meanwhile, the Buick Special and Oldsmobile F-85 bowed in 1961 with an aluminum V8, followed in ’62 by a 90-degree V6 initially exclusive to Buick. 

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In April 1962, Olds introduced America’s first mass-market turbocharged car, the F-85 Jetfire. (Chevrolet brought out its turbocharged Corvair Monza Spyder about a month later.) A turbocharger uses the force of escaping exhaust gas to turn impellers that raise air pressure in the intake manifold, forcing the fuel mixture into the combustion chambers for more power. Working with Garrett AirResearch, Olds adapted a turbocharger to the 215-cid aluminum V-8. Where naturally aspirated versions made 155 or 185 horsepower, the Jetfire’s “Turbo Rocket” version put out 215 horsepower.

1962 Oldsmobile F-85 Jetfire Hardtop Coupe

1962 Oldsmobile F-85 Jetfire Hardtop Coupe

Turbo engines usually have reduced compression to avoid preignition or “pinging,” but to reach the magic one-horsepower-per-cubic-inch mark, Olds engineers used a high 10.25:1 compression. To head off detonation, an ingenious fluid-injection system added a 50/50 mix of water and alcohol (“Turbo-Rocket Fluid”) to the fuel mixture to lower the combustion-chamber temperature. A wastegate limited turbo boost.

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1962 Oldsmobile F-85 Jetfire Hardtop Coupe

1962 Oldsmobile F-85 Jetfire Hardtop Coupe

Inside, a vacuum-boost gauge on the standard center console indicated if the turbo was doing its job. The gauge also included a warning light to remind owners to refill the Turbo-Rocket Fluid tank—a bottle in the engine bay held an emergency supply. 

A Jetfire could go 0-60 mph in 8.5 seconds and had a top speed of 107. The quarter-mile run was achieved in 16.8 seconds. All Jetfires were hardtop coupes with standard front bucket seats. The Jetfire cost $3049.

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1962 Oldsmobile F-85 Jetfire Hardtop Coupe

1962 Oldsmobile F-85 Jetfire Hardtop Coupe

Oldsmobile engineers came up with a lot of ingenious engineering to make the turbo work, but ultimately the engine was unreliable in the hands of average owners who often failed to refill the Turbo-Rocket Fluid tank. In 1965 Olds recalled the Jetfires to replace the turbocharger with a conventional four-barrel carburetor. Today, turbos benefit from computerized technology and are increasingly popular because they generate more power from small, fuel-efficient engines. 

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1962 Oldsmobile F-85 Jetfire Hardtop Coupe

1962 Oldsmobile F-85 Jetfire Hardtop Coupe

Only 3765 Jetfires were sold in 1962, with a further 5842 built in its final year of 1963. It’s estimated that only 30-35 with a functioning turbocharger remain. One of them is this Chariot Red ’62 owned by Rich Baughman of Churubusco, Indiana. It is one of only about 50 ’62s with a four-speed manual transmission.

Baughman and a friend rebuilt the engine but sent the turbocharger to Turbo Rocket expert Jim Noel for restoration. Given the car’s rarity, one of the hardest tasks was finding parts. Baughman didn’t plan to show his car, but it turned out so well that it has been retired from judging in Oldsmobile Club of America and National Antique Oldsmobile Club events. 

How Turbocharging Works

Jetfire Badge

1962 Oldsmobile F-85 Jetfire Hardtop Coupe

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1962 Oldsmobile F-85 Jetfire Hardtop Coupe Gallery