We build our gear with a purpose, and the materials used are often the most important aspect. We have constructed some of our rough-and-tumble products with 1680D CORDURA® BALLISTIC NYLON material, it’s not only visibly durable, but built for the adventure ahead. Trust these products to hold up for the long haul.

Based on the original ballistic woven nylon developed for military body armor, dense, rugged 1680D CORDURA® BALLISTIC NYLON fabrics are made with high tenacity nylon 6,6 filament yarns and offer enhanced tear and abrasion resistance.

X-PAC VX21 is a specific variant of the X-PAC family of technical fabrics developed by Dimension-Polyant. It is a popular and versatile high-performance fabric known for its excellent combination of strength, durability, and lightweight properties. VX21 is widely used in applications such as backpacks, outdoor gear, bikepacking bags, and other equipment where weight, abrasion resistance, and weather protection are crucial factors

X-PAC VX21 is an ideal choice for demanding applications where lightweight, durability, and weather resistance are essential. It is a favorite among outdoor enthusiasts, bikepackers, and gear manufacturers for creating high-quality, long-lasting equipment.

Polyurethane 840D Carbonate is a high-strength, durable, and abrasion-resistant fabric made from 840 denier polyester or nylon fibers with a polyurethane (PU) carbonate coating. This fabric is designed for heavy-duty applications where durability, water resistance, and abrasion resistance are crucial factors.

Polyurethane 840D Carbonate fabric is commonly used in applications such as outdoor gear, backpacks, luggage, tactical and military equipment, protective workwear, and more. Its combination of strength, durability, and water resistance makes it a popular choice for gear manufacturers and users who require high-performance materials for demanding applications.

Mesh fabrics is a breathable, flexible, and lightweight material integrated into various parts of a backpack to enhance comfort, ventilation, and functionality. Mesh is typically made from synthetic materials like polyester or nylon, which are woven or knit into an open, net-like structure.

This component in backpacks can enhance comfort, ventilation, and functionality, making them a popular feature in both casual and high-performance backpack designs.

Hypalon is a synthetic rubber material that was originally developed by DuPont in the 1950s. It is known for its excellent resistance to chemicals, ultraviolet (UV) radiation, extreme temperatures, and abrasion. Hypalon is also highly weatherproof and has impressive water-resistant properties.

Hypalon's durability, UV resistance, and water resistance make it an ideal material for manufacturing inflatable boats, rafts, and other marine equipment. Is also used as reinforcement patches or abrasion-resistant areas on backpacks, bags, and other outdoor gear.

We take pride in using only the highest quality materials for our backpacks to ensure durability, functionality, and exceptional design. Our backpacks are crafted with innovative fastening systems from Fidlock, Woojin, and Duraflex, which provide a seamless user experience and reliable performance.

By incorporating Fidlock, Woojin, and Duraflex fastening systems into our backpacks, we ensure that every aspect of our products is designed with quality, durability, and user satisfaction in mind. Our commitment to using these trusted brands guarantees that our backpacks are not only stylish but also built to withstand the test of time, offering you unparalleled performance and value.

RFID Fabric Material is an innovative and advanced textile that incorporates Radio Frequency Identification (RFID) technology directly into the fabric itself. This cutting-edge material has a multitude of applications across various industries, including retail, logistics, healthcare, and security.

The RFID Fabric Material is made by embedding tiny RFID tags or chips within the fibers of the textile during the manufacturing process. These RFID tags consist of an integrated circuit and an antenna, which enable them to transmit and receive data via radio frequency signals. Once integrated into the fabric, the RFID tags become virtually undetectable, ensuring that the material maintains its softness, flexibility, and durability.