RideTech 1970 Chevy Camaro

It was done to prove something—the merits of a 100-percent bolt-on build, no trickery involved.

© Jason Lubken
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By Ro McGonegal, Hot Rod Networ

I saw a pair of legs sticking out from under the rear bumper of an early Mustang one hot afternoon on an early Power Tour (1997, I'm pretty sure). That was when the tour was still a fairly intimate gathering and before there were way too many cars suffocating that trail. Those substantial limbs belonged to RideTech founder Bret Voelkel. He was hunting down the source of a small electrical fire that, as it turned out, had been easily extinguished with a bit of beer.

Twenty years after that broiling tarmac story and dozens of pertinent products and integrated systems later, Voelkel was in a position, free to go nuts, doing stuff the rest of us can only imagine, only closing our eyes and ruminating happily. The RideTech 1970 Camaro and another one similar became the basis for an ambitious experiment. Two builds. One known as the 48 Hour Camaro the other, the Track 1 Camaro. Yeah, sure, they'd be fun to whip on and try like hell to break; the thought amused Bret, but ostensibly research and development were his practical aspirations. Substance sayin' something, rather than a flaky vanity plate caption sayin' something.

The 48 Hour represents a basis for initial changes to engine, suspension, and the rolling stuff. It was designed as a magnet for components that required nothing more than holes and fasteners, OK, maybe a church key, but not one second of welding required for any of it. As a bolt-on car, it maintains a conservative place that the more complicated Track 1 rooter surpasses in all categories.

Bret thought that the naked fastener aspect was important, would be encouraging, and a place for the less experienced to learn about now and then what comes later. In fact, the car was converted in 48 hours for all to see, broken up into eight six-hour shifts, under a canopy in a parking lot. Bret: "This agenda was very tight. No matter how well you plan one of these chingos in advance, parts get chased at the last minute. And you know it's never easy to build a car in a parking lot."

It was done to prove something—the merits of a 100-percent bolt-on build, no trickery involved. The components include a new rear subframe-style named "unicradle." It revolves around a four-link system. The stock but rewelded front subframe incorporates the RideTech TruTurn front suspension system, which includes a taller spindle to improve the camber gain and a raised spindle pin that lowers the car 2 inches free and easy. The steering arms are designed to correct bumpsteer and to accommodate up to a 10-inch-wide wheel with a 5.75-inch backspacing. The drag link bracket bolts onto the OE drag link to relocate the inner tie-rod end to minimize bumpsteer. Finally, the tie-rod assemblies integrate with the new steering arms and centerlink. Maybe the subtext here is "you can keep your original subframe."

Volunteers queued up. Bret said Rick Love (Vintage Air), Chad Reynolds (BangShift.com), Chris Smith (Smitty's Custom Auto), Mark Bowler (Bowler Performance Transmissions), Bill Fowler (Baer, Inc. ), Mike Ballard and Josh Powers (Custom Image Corvettes), and Jeff Abbott (Painless Performance) were among them.

Besides that, they inserted a few aftermarket props: Anzo USA headlights and Ringbrothers hood hinges. All trim is original. Kurt Blackglove and Dennis Niehaus did the painting dance, wafting the shell with PPG Velocity Orange. But it would be up in Nebraska where Tracy Weaver at his Recovery Room Hot Rod Interiors would finish the gut work. Tracy smoothed out the leather surfaces for the Recaros and laid some more cowhide on the door panels, as well. Since the Camaro was surely a road-going conveyance, Bret would be bringing a competent sound system and refrigerated air along with him.

The beautification process of the 48 Hour Camaro was countered by a few pertinent changes to the mechanicals. The TruTurn steering configuration ensures that 275-series tires on 10-inch-wide wheels would always fit without any body or chassis modification. Because the shape of the unicradle and four-link suspension is compact and more room was available, mini-tubs were unnecessary. Down there in its belly, Bowler Performance fixed the big 4L75E with a ProTorque billet converter and Sonnax gear ratio change that enable engine braking, high-rpm shifting capability, and the ability to hold Low gear with full pressure.

© Jason Lubken   001-1970-ridetech-48-hour-camaro

What fun, right? Bret says the most memorable experience had nothing to do with winning an award or special mention. The FM3 Marketing road trip Cars N Cones Charity Tour that begins in Indiana and ends in North Carolina, whizzes through six states with an autocross event every day. Bret: "The event benefitted a fellow enthusiast who is battling CCL, a form of bone leukemia. The camaraderie on Cars N Cones is tough to beat."

Tech Check

Owner: Bret Voelkel, Jasper, Indiana

Vehicle: 1970 48 Hour Camaro

Engine

Type: LS3

Displacement: 376 ci

Compression Ratio: 10.7:1

Bore: 4.065 inches

Stroke: 3.622 inches

Cylinder Heads: OE L92-style ports, CNC-ported, 68cc combustion chambers, 2.165/1.590 valves

Rotating Assembly: OE nodular iron crankshaft, powdered metal connecting rods, hypereutectic pistons

Valvetrain: OE 1.7:1 rocker arms, Lingenfelter springs, OE lifters and pushrods

Camshaft: Lingenfelter GT11 hydraulic (0.631/0.644-inch lift; 215/236-deg. duration), Lingenfelter rocker covers

Induction: Holley intake manifold, Holley Dominator EFI, Spectre Performance air cleaner, FiTech steel fuel tank, Earl's braided steel lines

Ignition: MSD box and primary wires

Exhaust: Hooker 1 3/4-inch primary pipes w/ 3-inch collector and mufflers, 3-inch system

Machine Work: Lingenfelter Performance Engineering (LPE)

Built By: LPE

Tuner: LPE

Output: N/A

Drivetrain

Transmission: Bowler Performance 4L75E, ProTorque LSXT billet converter w/ 2,600-stall speed (lock-up capability in all gears), Sonnax 2.84/1.55 gear ratio conversion

Rear Axle: Currie Turn 9 "Crate" w/ MillerBuilt floater ends, 3.25:1 gears, Wavetrac limited-slip differential, AZ Driveshaft custom aluminum prop shaft

Chassis

Front Suspension: RideTech dropped spindles, TruTurn tubular A-arms, TQ Series triple-adjustable coilover shocks, MuscleBar antisway bar

Rear Suspension: Four-link triangulated with rear subframe and R-Joint rod ends, TQ Series triple-adjustable coilover shocks, MuscleBar antisway bar

Brakes: Baer 13-inch rotors, Baer Track four-piston calipers, front; Baer 12-inch vented rotors, SS4 four-piston calipers, rear; Baer master cylinder; Earl's braided steel lines and hard lines

Wheels: Forgeline ML3C 18x10 front and rear

Tires: BFGoodrich Rival S 275/35 front and rear

Interior

Upholstery: Tracy Weaver Recovery Room Hot Rod Interiors (Plattsmouth, NE)

Material: Leather

Seats: Recaro, RideTech four-point harnesses

Steering: RideTech TruTurn assembly, Turn One box, Flaming River column, MOMO wheel

Shifter: Horseshoe-style w/ Shiftworks detent

Dash: Stock, sheetmetal gauge insert

Instrumentation: Classic Instruments AutoCross series w/ custom RideTech logo

Audio: Kicker KMC20 Entertainment Center, Kicker speakers/amps

HVAC: Vintage Air SureFit

Exterior

Paint By: Kurt Blackglove and Dennis Niehaus at RideTech

Paint: PPG Velocity Orange

Hood: N/A

Grille: OE

Bumpers: OE