Protective Free Monkey – MTB Mud Overall

An attached, helmet-compatible hood, a waterproof 2-way front zipper and adjustable cuffs and waistband ensure a perfect fit and individual protection. Additional comfort and functional details such as underarm and leg ventilation, a chest pocket, an inside pocket, a small sleeve pocket and a leg zip make the overall particularly versatile. The fastening tab in the center front allows the overall to be worn open, for example when pedaling.

Reflective elements ensure increased visibility in poor light conditions. Thanks to the PFAS-free impregnation and membrane, the overall is also environmentally and health-friendly. This makes the Protective Free Monkey MTB mud overall the perfect choice for muddy trails, riding in the rain or daily commuting – always with well thought-out solutions, maximum functionality and sustainable standards.

Features – Free Monkey

• Ergonomic cut and recycled 3-layer polyester
• Waterproof, breathable, PFAS-free ripstop material
• Elastic, abrasion-resistant inserts and taped seams
• Adjustable, helmet-compatible hood
• Arm, leg and waist adjustment
• Waterproof 2-way zipper with fixing flap
• Ventilation zippers, chest and underarm pockets
• Ideal for home trails and commuting

Technologies

PFAS-free
PROTECTIVE Sports attaches particular importance to producing sportswear that is completely PFAS-free. PFAS are a group of harmful and environmentally damaging chemical compounds that are still used in many consumer products such as textiles, coatings and cleaning agents. They are difficult or impossible to biodegrade and are distributed in the environment, so that they can also accumulate in drinking water and in organisms.

TECTRON
The recycled material is further enhanced by TECTRON technology and offers additional environmental benefits:

• gives non-biodegradable material a second life
• reduces waste and therefore reduces toxic emissions from incinerators
• Recycling PET bottles into rPET yarns consumes approx. 59% less energy and reduces CO2 emissions by 32% compared to conventional polyester