Star Wars x Secretlab's TITAN Evo ‘The Mandalorian; Edition Upgrades Your Setup With Beskar-Inspired Hardware
The gaming chair is engineered with patent-pending cold-cure foam and chrome leatherette.
Summary
- The gaming chair features a bespoke chrome leatherette designed to mimic the silvery-metallic sheen of pure beskar
- Ergonomic upgrades include patent-pending cold-cure foam and a 4-way L-adapt lumbar support system
- Mandalorian-specific details like the Mudhorn signet and Mando’a script are seamlessly integrated into the upholstery
Secretlab is celebrating May the 4th (a.k.a. Star Wars Day) with the TITAN Evo The Mandalorian Edition, expanding the brand’s premium seating lineup with a highly detailed, spec-heavy release. Inspired by Din Djarin’s iconic unpainted armor, the chair merges top-tier ergonomic engineering with meticulous sci-fi hardware detailing.
At the core of the design is a custom-crafted chrome leatherette, heavily formulated to replicate the striking color and metallic sheen of pure beskar. The upholstery acts as a canvas for the armor’s intricacies, with visual cues from the Mandalorian’s helmet, visor, chestplate, and vambraces precisely mapped onto the seat’s exterior. Subtle detailing further roots the chair in the lore, featuring the Mudhorn signet embossed on the headrest to celebrate the clan of two and the phrase “This is the Way” stamped on the seat base in Mando’a.
Beyond the aesthetic treatment, the physical construction prioritizes all-day support through Secretlab’s multi-award-winning TITAN Evo architecture. The seat is reinforced with a patent-pending, high-density cold-cure foam that is deliberately medium-firm to ensure even weight distribution and maximum pressure relief during extended sessions. The base utilizes a proprietary sculpted pebble design with sloping side wings, guiding the user toward the center while allowing room for natural movement or cross-legged sitting. Furthermore, a 4-way L-adapt lumbar support system adjusts seamlessly to the natural 20-45° curvature of the lower back, utilizing a lattice of living hinges that flex intelligently as the user shifts from one posture to another.
