Hilltop Sprint Reaver

2026 Toyota Supra Mk5

R283

Media library

0 photos · 1 films

Orbital Reel

1 film

Orbital Reel

Story

Hilltop Sprint Reaver takes the 2026 Supra Mk5 and drags it out of the “don’t touch it” zone into the kind of short-course hillclimb tool that lives on throttle stabs, brake hits, and instant direction changes. The wheelbase is nudged shorter for a more eager rotation point, then backed up with a huge track increase and real tire under squared endurance-style box flares—because on a sprint hill, mechanical grip and response beat top-speed aero every time.

The aero is unapologetically functional: big, low-speed-effective devices up front, aggressive cooling everywhere, and a tall triple-element wing to keep the rear planted when the road falls away and the car goes light. It still reads as a Mk5—greenhouse, double-bubble silhouette, and tail signature intact—but every surface is pushed toward airflow control, heat rejection, and stability over broken pavement.

Blueprint

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Collectible Poster

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Technical dossier

Fictional engineering concept

Platform

2026 Toyota Supra Mk5

Powertrain concept

B58 3.0T inline-six retained with hillclimb-focused boost response and thermal headroom
Dry-sump lubrication for sustained incline and lateral load control
Ducted oil/trans cooling fed by rocker inlets and managed exit paths to reduce heat soak
High-mounted
heat-shielded exhaust routing through the diffuser zone for packaging and clearance

Aero package

165mm-projection composite splitter with corner dive planes set for low-speed front load
Stacked canard arrays feeding fender pressure management and brake duct priority
Carbon double-bubble hood with central NACA feed and louvered heat extraction
Seven-channel rear diffuser with strakes for underbody stability over pitch changes
1820mm triple-element rear wing on tall pylons for consistent rear load through crests

Chassis & stance

2026 Toyota Supra Mk5

Wheels & tires

Method Race forged carbon 17x10 ET-18 front
Method Race forged carbon 17x11.5 ET-22 rear
Hoosier 315/45R17 hillclimb-spec tires front and rear
Target ride height ~45mm with bump-stop strategy to protect aero platform on uneven tarmac

Fabrication notes

Fender inlet ducting routed to side-mounted front radiators with sealed shrouds and hood-exit pressure relief
Reinforced suspension architecture (double wishbone conversion concept) with corrected roll center after track widening
Composite bumper/splitter structure tied into chassis hardpoints for curb strikes and aero load durability
Wing pylon mounts back-plated into the rear structure to handle multi-element wing bending moments