KARNAF
As lead developers for the 'Karnaf' project—a next-generation tactical 4x4 designed to succeed the HMMWV—we executed a comprehensive end-to-end development strategy, taking the platform from a clean-sheet concept to full-scale mass production in Mexico. The process began with a rigorous analysis of operational requirements, which we translated into schematic structures and visionary sketches that defined the vehicle's agile yet aggressive character.
During the detailed CAD phase for both interior and exterior, we leveraged strict manufacturing constraints to drive the design identity.
By utilizing a precision 'cut-and-fold' sheet metal technique—completely devoid of curvature or rolling—we engineered a robust monocoque chassis.
This structure provides unprecedented stability and a superior payload-to-weight ratio while projecting a distinct, combat-ready aesthetic. The angular, armored geometry integrates seamlessly with long-travel, dual-spring FOX suspension systems, granting the vehicle dominance over extreme terrains. Our involvement spanned through hands-on prototype assembly support, ensuring a smooth transition to the current serial production lines.
Scope:
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Characterization and research
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Schematic structure development
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1:1 mockup for user testing
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2D design concept development
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3D detailed model
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Prototype production files
FIGHTECH
2020-2022
STARTING POINT
Visual expression - 2D
chosen concept
The configuration embodies an aggressive, combat-ready aesthetic characterized by sharp lines and a fast, offensive stance. Influenced directly by sheet metal cutting and folding techniques—devoid of any curvature or rolling—the design features a faceted, polygonal armor suited for the rigors of harsh terrain. This angular architecture not only projects speed and agility but also maximizes structural rigidity, ensuring the device commands presence in the toughest field environments.
