German tuner Mansory has revealed Elongation, a striking modification of the Tesla Cybertruck using forged carbon materials. The project, handled by Mansory's U.S. division, replaces the vehicle's stainless-steel panels with custom bodywork for a more aggressive look. It includes new wheels, lighting additions, and a subdued black interior.
Mansory, known for its bold customizations of luxury vehicles, has introduced Elongation, a reimagined Tesla Cybertruck that emphasizes spectacle through extensive exterior changes. Developed by the company's U.S. team, this build differs from a previous similar project, focusing on attention-grabbing modifications while retaining the pickup's core structure.
The most notable shift is the swap from the Cybertruck's iconic stainless-steel exoskeleton to forged carbon panels, a material synonymous with Mansory's high-end tuning. This covers the front bumper, expanded wheel arches, side skirts, and rear diffuser, creating a sleeker yet more imposing profile. At the rear, a dual spoiler enhances aerodynamics, paired with an additional brake light for safety. The hood features an illuminated Mansory logo, adding a branded flourish.
Further enhancements include Mansory-specific alloy wheels, a roof-mounted LED light bar for off-road utility, and redesigned mirror caps. A subtle decorative strip extends the visual line of the windows, amplifying the vehicle's elongated, predatory stance.
Inside, the cabin stays faithful to the original Cybertruck design but adopts a minimalist black theme accented by white stitching. Unlike some of Mansory's flashier past interiors, this one avoids vibrant colors, prioritizing restraint.
The Elongation project highlights the growing trend of transforming electric vehicles into personalized showpieces. Social media responses have varied, with some praising the dramatic flair and others questioning its practicality. Overall, it aligns with Mansory's reputation for turning standard models into bold statements, drawing fresh eyes to the Cybertruck's customization potential.
