Desert Talon Program

2017 Toyota RAV4

R269

Media library

6 photos

Media Studies

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Comparison Study II ↗

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Story

Desert Talon Program takes a 2017 RAV4—one of the most anonymous shapes on the freeway—and rebuilds it like it has to survive a thousand miles of heat, rocks, and sustained wide-open throttle. The visual is all function: a 270–290mm wider track wrapped in trapezoidal box flares, beadlocks and 33s stuffed under deep travel, and a front end that’s more skid plate than bumper.

Underneath the livery is the part enthusiasts care about: packaging and reliability. The 2.5 gets pushed back into a front-mid position for stability and reduced nose weight, cooling is split and ducted to keep temps steady in slow silt and fast desert, and the chassis is treated like a race car—sealed, braced, and built to take hits without turning the body into the structure.

Blueprint

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Collectible Poster

Collector's Edition

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Technical dossier

Fictional engineering concept

Platform

2017 Toyota RAV4

Powertrain concept

2.5L inline-4 repositioned ~270mm rearward for front-mid balance and reduced polar moment
Upgraded AWD with reinforced center/rear differentials and selectable locking capability
Dual high-capacity radiators mounted behind front wheel arches with ducted inlets/outlets
High-mounted side-exit exhaust ahead of rear wheels to protect routing and improve departure survivability

Aero package

280mm forward multi-plane front skid/splitter with 20° dive planes for stability and protection
Forward-facing fender aero channels feeding wheel-well evacuation and brake cooling
Raised hood spine with dual recessed intake ducts feeding engine/trans cooling air
300mm rear diffuser with four vertical strakes to reduce wake turbulence at speed

Chassis & stance

2017 Toyota RAV4

Wheels & tires

Method Race Wheels beadlocks: 17x9.5 +15 front
17x10 rear in black anodized finish
330/85R17 BFGoodrich Baja T/A KR3 desert race tires
Reinforced hubs and extended track (approx. +270mm front
+290mm rear) for stability and scrub radius control
Clearanced arches and bump stops tuned for full compression with 33s under articulation

Fabrication notes

Suspension towers and pickup points gusseted and tied into a substructure designed for repeated high-load cycles
Sealed inner fender liners and ducting to reduce silt ingestion into belts
electrics
and heat exchangers
Skid system in ultra-high-strength steel: nose protection plus extended rocker coverage
Service-first panel strategy: rivet/bond seams
accessible fasteners
and modular aero pieces for quick swaps