Marine Grade Heavy Duty Bungee Cord Roll with 12 Hooks 12 Bungee Balls- Black Elastic Shock Cord for Kayak Deck, Outdoor Camping, Tarp Tie Downs, Bike Rack, DIY Assorted Bungee Ropes (3/16" x 100ft)

BUNGEE CORD KIT WITH 12 BLACK HOOKS & 12 BALLS Fully adjustable in length for free DIY customization. Contains 12 hooks and 12 bungee balls for quick, secure fasteningensuring reliable connections every time. Perfect for fast and safe setups with tarps, bike racks, or outdoor gear during hiking, trailing, or camping. Offers a flexible bundling solution that keeps your equipment organized and firmly in place. Ideal for a wide range of applications including canopies, tarps, shade sails, sleeping bags, tarp fasteners and securing household items. A must-have for outdoor adventures and everyday organization.

HIGH ELASTICITY & DURABILITY FOR REPEATED USE: Made with premium marine-grade rubber, this elastic shock cord stretches up to 100% and snaps back to its original shape, ensuring long-lasting performance for countless applications without losing effectivenessperfect for DIY assorted bungee cords, securing gear, and heavy-duty tasks. INDUSTRIAL STRENGTH & MARINE GRADE WATERPROOF: Built with a heavy-duty Polypropylene outer shell and waterproof core, this bungee cord resists water damage, corrosion, and UV exposure, making it ideal for wet environments like kayak decks, boating, or prolonged outdoor camping, while delivering industry-leading resilience and strength. HEAVY DUTY SHOCK CORD FOR OUTDOOR APPLICATIONS: Engineered for marine-grade toughness and superior stretch, this 3/16" x 100ft bungee roll handles extreme loads with ease, ideal for tarp tie downs, roof racks, firewood bundling, and more, ensuring dependable use in all weather conditions.
VERSATILE & MULTI-PURPOSE ELASTIC CORD: Your go-to rope for endless usesfrom kayak and bike transport to home, office, or car storage. This assorted bungee cord kit excels in outdoor camping, DIY, and emergency scenarios, offering easy-to-cut customization for any need while maintaining high-modulus flexibility