Raptor Vector Program

170mm forward-projection carbon splitter with precision edge work and underfloor feed strategy
Stacked dive planes with small vertical vortex generators to manage front tire wake and underbody flow
Recessed horizontal cooling inlets with internal vanes directing airflow to lateral heat exchangers
220mm-deep rear diffuser with seven vertical strakes for wake control and underfloor stability
1700mm twin-element rear wing on swan-neck pylons with adjustable incidence for balance tuning

Shot on a modern aerodynamics test track: reflective smooth asphalt, clear noon sun, and hard shadows that underline every chamfer and plane break in the bodywork. The scene reads like a facility day—wind turbines and carbon-paneled towers in the distance, the Apache staged as a rolling development program.

19x10 forged Enkei RPF1 in matte gunmetal
315/30-19 performance radials front and rear with clearance engineered into the new arches
Reduced ride height (~65mm) while maintaining ~110mm minimum splitter-tip clearance
Wide track stance: ~2020mm front / ~2040mm rear for lateral stability and response

Twin-turbo 6.7L V8 targeting ~720 hp with lightweight rotating assembly emphasis
7-speed dual-clutch with paddle control for consistent shift timing under load
Front-mid placement via ~85mm engine setback to improve polar moment and turn-in
Multi-zone cooling: side-mounted heat exchangers plus roof-fed auxiliary cooling behind the cab

Composite widebody panels indexed to a reinforced chassis structure for repeatable panel alignment at speed
Splitter, dive planes, and diffuser built as serviceable modules to allow track-side iteration
Roof NACA duct integration requires careful roof skin reinforcement and water management
Rear deck and wing mounts tied into hard points designed to carry real downforce loads, not just styling

Raptor Vector Program takes a ’55 Chevrolet Apache—one of the sacred shapes—and treats it like an aero mule. The stock charm stays in the roofline and cab proportions, but everything below the beltline turns into faceted composite: a 250mm wider front track, trapezoidal arches, and a splitter package that looks severe because it’s doing real work managing underbody pressure and front-end lift.

The pickup bed is deleted in favor of a tapered rear deck, a deep straked diffuser, and a tall swan-neck twin-element wing that finally gives the bluff old truck a reason to be stable at speed. It’s an experimental track-width monster built around cooling, airflow control, and repeatable high-speed balance—less nostalgia, more data logging.