Nebula Vanguard Initiative

Deployable lower-body vortex generators integrated into the side skirt shelf
Multi-element active rear wing on swan-neck pylons with independently actuated outer flaps
Full underbody diffuser with seven strakes and a rear bumper vortex channel feeding the wing
Roof dorsal fin acting as a flow director with integrated lighting and rear cooling intake guidance

Built as a high-speed stability concept that still reads like a truck, Nebula Vanguard is at home in a twilight expo hall but engineered with track-day logic: heat rejection, brake-stability aero, and predictable balance. Think long straights, heavy braking zones, and repeatable laps—where active aero and cooling strategy matter more than peak numbers.

Forgeline GF1R forged monoblock wheels
22x11
matte deep indigo with polished titanium lip
Michelin Pilot Sport EV: 305/35ZR22 front
325/30ZR22 rear
Target ride height: ~110 mm with adaptive multi-link air suspension and active anti-roll control

Quad-motor electric layout with digital torque vectoring (target: 1
100 kW / ~1
475 hp)
Floor-mounted ~150 kWh solid-state pack with liquid thermal exchange and zoned cooling circuits
Rear transaxle module housing dual motors with dedicated heat exchangers vented through rear quarter louvers
High-voltage power electronics packaged aft with controlled exhaust paths through the rear hatchbody vents

Hub-centered track widening engineered around suspension pickup points to preserve steering axis and scrub radius targets
Widebody transitions executed as multi-piece composite/metal interface with laser-etched micro-texture at material boundaries
Wing pylons and rear structure reinforced with internal load paths to distribute downforce into the bed/tailgate architecture
Thermal ducting modeled as sealed pressure zones (hood/roof inlets to heat exchangers; controlled outlet louvers) to prevent recirculation

Nebula Vanguard takes a 2010 F-150 Platinum and keeps the cab proportions and roofline that make it instantly readable, then stretches everything around them like a wind-tunnel exercise that escaped into the show floor. The track push and seamless widebody aren’t just for theater—there’s real packaging behind it: cooling paths, underbody management, and tire volume that can actually carry the torque and mass of a modern EV halo truck.

The visual hook is restraint inside the excess. The flares are compound-surfaced instead of riveted-on, the skirts do real ground-effect work, and the aero is active where it matters—trim drag at speed, add stability under braking, and keep thermal headroom when the power electronics are working. It reads like a flagship concept, but the engineering choices stay close enough to production logic that you can imagine the parts being validated, not just rendered.