Inspired by our beloved Muckster collection, the Muckster Lite Clog is 50% lighter, offers independently verified SRC rated slip-resistant traction and provides excellent support and comfort for all-day wear. The Muckster Lite Clog is built from a high-performance, lightweight foam called BioLite which is ultra-durable and easy to clean. The upper features side ventilation holes for breathability and drainage for water and debris. The entire clog is constructed from BioLite which is eco-friendlier than many other injection molded foams in the market. BioLite has been granted a Green Leaf certificate by Intertek, an accredited independent 3rd party testing facility, verifying that this product will properly biodegrade in bioreactor landfills.
100% water-friendly, 100% KIDPROOF
Available in little kids' sizes, 7-13 & big kids' sizes, 1-7
Lightweight and Easy to Slip On/Off
Seamless, One-Piece EVA foam
Textured Insole for Comfort, Grip and Support
Breathable Side Ports for Water Drainage and Comfort
Easy-to-Clean/Hand Washable/Quick Drying Material
Eco-friendlier BioLite Outsole is Lightweight, Durable, and Provides SRC Rated Slip-Resistance. Landfill Bio-Degradation Validated Utilizing the ASTM D5511-18 Test Method, ISO 15985
SRC Rated for Excellent Multi-Surface Traction
ASTM D5511-18 / ISO 15985-14
Care Instructions: Shrinkage and warping may occur if exposed to high heat or cold temperatures. Clean by hand with lukewarm water. Wear, store, and air dry in moderate temperatures. Do not place in washing machine or dishwasher
100% Water-Friendly, 100% MUCKPROOF
ASTM D5511-18 / ISO 15985-14
Biodegradable - Up to 3 years in Accommodating Environment
Breathable Side Ports for Water Drainage and Comfort
Easy-to-Clean/Hand Washable/Quick Drying Material
Eco-friendlier Bio Lite Outsole is Lightweight, Durable, and Provides SRC Rated Slip-Resistance. Landfill Bio-Degradation Validated Utilizing the ASTM D5511-18 Test Method, ISO 15985
Lightweight and Easy to Slip On/Off
One Piece Bio Lite EVA
SRC Rated for Excellent Multi-Surface Slip Resistance