





Men's hiking boots - Day
The Moab Speed 2 Sport Beluga/Palm is a day hiking shoe for men from Merrell.
Designed for day hiking, it offers excellent support thanks to its classic lacing system, which is simple and effective for a precise fit. Its low-top nylon ripstop and TPU upper ensures lightness and abrasion resistance, while the 100% recycled breathable mesh lining promotes good ventilation for the foot.
The rubber Vibram TC5+ exterior flange guarantees exceptional grip on all terrains, with 4 mm studs for optimal traction. The integrated FlexPlate technology provides stability and protection, combining rigidity and flexibility depending on the area of the foot.
The 50% recycled EVA foam midsole provides comfortable cushioning and good shock absorption, while the use of recycled materials in the design helps to reduce environmental impact. Finally, the system naturally CLEANSPORT NXT limits unpleasant odours to keep your feet fresh throughout the day.


- Heel: 34millimeters
- Toebox: 24millimeters
- Drop: 10millimeters
- Lugs: 4millimeters
Materials:
- Ripstop Nylon and TPU upper
- 100% recycled laces and straps
- Breathable mesh lining made from 100% recycled material
- 100% recycled mesh insole
- Removable midsole made from 50% recycled EVA foam
- Durable rubber
| CLEANSPORT NXT | CLEANSPORT NXT™ is a natural odour control system. Its probiotic technology attaches itself to the lining fabric to reduce the substances responsible for unpleasant odours. |
| VIBRAM TC5+ | Vibram® TC5+ UNMATCHED GRIP FOR OUTDOOR TERRAIN Formulated exclusively for Merrell, the compound Vibram® TC5+ offers exceptional traction for outdoor multisport activities, backed by the outstanding durability that Merrell is renowned for Vibram®. |
| FLEXPLATE | FLEXPLATE™ – OPTIMAL STABILITY AND PROTECTION. The technology Merrell FlexPlate™ incorporates a lightweight stability plate covering the entire foot, combined with strategically placed reinforcements under the exterior flange, for optimal stability, protection, durability and grip. The variable composition of the materials provides optimum rigidity at one end of the plate and optimum flexibility at the other. |
