Electric Beast Hauler

1970 Chevrolet Chevelle SS 454

R209

Media library

6 photos

Media Studies

6 images

Comparison Study I ↗

Comparison Study II ↗

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Story

The 1970 Chevelle SS 454 is supposed to be sacred—big-block thunder, bias-ply attitude, and a rear bumper that’s seen more tire smoke than daylight. “Electric Beast Hauler” keeps the silhouette honest but rewrites the job description: a pro-pit support rig that can dragstrip-launch, then carry a race car with the kind of quiet, executive composure that makes purists stare.

Under the smooth factory+ widebody, the engineering reads like a modern tow/track program, not a cosplay. A mid-chassis battery spine, twin high-output motors, and a load-rated air system let it squat for aero, rise for ramps, and stay level with weight on the deck. It’s a Chevelle built for the pit lane at twilight—floodlights on, ramps down, and no wasted motion.

Blueprint

The Whitepaper Room

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Collectible Poster

Collector's Edition

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Technical dossier

Fictional engineering concept

Platform

1970 Chevrolet Chevelle SS 454

Powertrain concept

Twin high-power electric motors
~1
200 hp combined with torque-vectoring capability
Mid-chassis battery pack integrated as a structural spine to balance deck load
High-flow liquid cooling loop with front heat exchangers and hood extraction
Programmable launch and regen profiles for pit maneuvering vs. strip hits

Aero package

Retractable dual-plane rear wing for stability on high-speed hauls
Flat underbody panels with service access for battery and cooling lines
Front splitter with reinforced mounts tied into subframe structure
Hood heat-extraction grilles tuned for battery and inverter cooling airflow

Chassis & stance

1970 Chevrolet Chevelle SS 454

Wheels & tires

HRE P101 24x10 ET15 front
HRE P101 24x12 ET5 rear
Michelin Pilot Sport Cup 2 tires sized to maintain load capacity and sidewall support
Big-brake clearance prioritized with high-offset spoke profile

Fabrication notes

Boxed and gusseted suspension pickup points to handle air spring loads and wide track forces
Rear deck tied into a reinforced trunk ring and substructure to prevent quarter-panel stress
Sealed hood and ducting designed around serviceable quick-release panels
Dedicated HV cable routing and shielding planned to avoid heat soak and abrasion near ramps