Tech

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Video: A Quick Primer on Electric Cooling Fans

“Electric cooling fans are the way to go for freeing up horsepower and for keeping your engine cool at all driving speeds,” says four-time NHRA Pro Stock champ Greg Anderson. In this short tech tip video from Summit Racing and Powerblock TV, Anderson will explain how CFMs determine whether a large single fan can be

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Mailbag: Choosing a Cam, Gear & Converter for Optimal Cruising Power

Q: The 350 Chevy in my ’73 Pontiac LeMans needs a new bumpstick, and I’m looking at COMP Cams Extreme Energy XE274-10 camshaft (part #CCA-CL12-246-3). I plan on running a TH-350 transmission with a 3,000 rpm stall speed converter and a 3.42:1 rear-end ratio. Plus, the engine has a 10.0:1 compression ratio, and the car has

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High-Po Piston Tech: What You Should Know About Ring Lands and Grooves

[portfolio_slideshow id=56479] When it comes to pistons, the most common arrangement you’ll encounter makes use of three piston rings — compression, second, and oil. Today, we’re turning our focus to the areas of the piston most associated with the rings: the ring lands and grooves. Piston ring lands are the areas of the piston between the piston rings.

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Coyote Alternative: Trick Flow Gets 466 HP Out of a Ford 2V Mod Motor!

Everybody that has Ford blue running through their veins loves the 5.0L Coyote. And with good reason—a production Coyote makes 435 horsepower and 400 ft.-lbs. of torque, and they’re readily available in crate engine form. But that doesn’t mean the older 4.6L Ford modular motor has to choke on the Coyote’s dust. In fact, Trick

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Video 101: Drum Brakes vs. Disc Brakes

The two most common types of automotive brake systems are drum brakes and disc brakes. Drum brakes have been stopping vehicles for much longer than disc brakes, but as horsepower and vehicle speeds grew in the 1960s and ’70s, the need for more stopping power prompted automakers to transition more toward disc braking. Disc brake

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Mailbag: Camshaft Powerband and How it Should Relate to Other Components

  Q: I have a 1984 Cutlass with a Chevy 350, flat top pistons, stock cylinder heads, .448-inch lift cam (350 horsepower grind), Edelbrock Performer RPM intake with a Performer 600 cfm carburetor, MSD 6A ignition, headers, and a dual exhaust with Flowmaster mufflers. The rear-end is a stock 7.5-inch GM 10-bolt with 2.42 gears. I

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