Ultradynamico MARS Rozzo Tyre

The Ultradynamico Mars Rozzo is built for riders who push beyond gravel and into true all-terrain riding. Designed as a high-volume ATB tyre, the Mars combines aggressive traction with surprisingly efficient rolling, making it equally at home on rough trails, dirt roads, and loaded bikepacking routes. At the centre is a continuous ramped delta tread, engineered for fast rolling under power while delivering strong, controlled braking when needed. The pronounced side knobs provide confidence in loose corners, while the wide spacing between knobs helps shed mud and maintain grip in changing conditions. The Rozzo casing is the most durable construction in the Mars lineup, featuring reinforced sidewalls and bead support for low-pressure riding without burping. It’s built for rugged terrain, heavier loads, and riders who prioritise reliability over outright weight savings. Key Features Ramped centre delta tread for fast rolling and braking control Aggressive side knobs for cornering grip on loose terrain Wide knob spacing for mud shedding and all-condition performance Rozzo reinforced casing for durability and puncture resistance High TPI construction for a supple yet controlled ride feel Tubeless compatible for lower pressures and improved traction Specifications Type: ATB / MTB / Gravel+ Tread Pattern: Ramped delta centre + aggressive side knobs Casing: Rozzo (reinforced sidewalls + bead support) Construction: High TPI casing Tubeless Ready: Yes Sidewall Protection: Extended tread into sidewall for added durability Sizes & Weights 26” x 2.2 — ~640g 27.5” x 2.2 — ~665–700g (varies by batch) 29” x 2.2 — ~760g Ride Feel Compared to the Cava and Rosé, the Mars is more aggressive and more capable off-road. It offers a planted, confidence-inspiring feel with strong braking traction and predictable handling, especially on loose or rough terrain. Best For ATB and MTB-style gravel riding Rough terrain, singletrack, and dirt roads Bikepacking with heavier loads Riders who prioritise durability and traction over outright speed