The lightest weight fabric option in the RX series, X-Pac® RX15 is 100% climate neutral and contains 100% post-consumer recycled polyester fabric. X-Pac® RX15 provides an ideal balance of weight and durability. Watch the cleenTEC® video
Our most balanced construction for performance in outdoor and urban applications, X-Pac® RX30 is 100% climate neutral and contains 100% post-consumer recycled polyester fabric. Watch the cleenTEC® video
Our most rugged fabric in the RX series — when failure is not an option — X-Pac® RX36 is 100% climate neutral and contains 100% post-consumer recycled polyester fabric. Watch the cleenTEC® video
The world’s most popular laminated pack fabric, X-Pac® VX21 is 100% climate neutral. The low-stretch, waterproof construction, featuring 210-denier face fabric, provides an ideal balance of weight and durability. Available in three finishes below. Watch the cleenTEC® video
With a 420D face, this X4 laminate is the best choice for high stress/abrasion areas in combination with lighter fabrics, or for entire applications requiring exceptional strength and durability.
Woven by our sister sailcloth plant in Germany, the 30×40 denier ripstop face fabric makes this our lightest X4 laminate with increased tear resistance and durability.
Featuring a ripstop face, our most popular mid-weight X4 laminate provides a rugged combination of light weight and high tear-resistance. Available in two finishes below.
Utilizing a 40% Ultra-PE/60% polyester sailcloth face fabric, the UVX40 was designed to create the ultimate tear-resistant, abrasion-resistant, waterproof fabric for applications where top performance is essential and structural failure is not an option.
A 100% polyester laminate construction option that is completely waterproof, exceptionally rugged, and provides extreme color fastness properties for ultra bright colors.
Our most popular 210D high-performance pack material with an added ripstop pattern in the face. Along with the soft or silent laminate construction, this combination provides an ideal balance of tear resistance, compressibility, and durability.