The Moonlit Elite reclining backpacking chair eliminates any excuse to leave comfort behind when you hit the trail. Offering both reclining suspension and stable support, Moonlite Elite features innovative design solutions that remove unnecessary weight and help the chair nest easily in your pack.

The chair’s brand-new suspension system trades webbing for slim cordage that blends HTP and Dyneema, two fibers that have proven their strength and water resistance through time-tested use in rock-climbing, sailing, and other safety-critical activities. This high-strength cord feeds through a beautifully designed piece of hardware (inspired by belay devices) which is lightweight, unobtrusive, and allows for smooth reclining of the chair.

Both the forged aluminum hubs and molded corner mounts have been strategically optimized for weight while maintaining impressive strength and reliable durability. This process of “skeletonizing” the hardware removes every ounce of unnecessary material and is the result of complex design problem-solving and thorough engineering analysis. The result? An elevated, thoughtful design and a true backpacking chair that’s unmatched in the market.

Equally unique is Moonlite Elite’s carrying case, the tool roll–style Platform Pack which can double as an optional platform that adds stability on sandy surfaces.

Finally, the chair’s seat is made from a custom-engineered, post-consumer recycled mesh that blends polyester and TPU fibers for a seamless design that comfortably cradles the body. This seamless seat design attaches to the frame with minimized ball-and-socket connectors that rotate and align with the body to avoid any uncomfortable pressure points.

FEATURES

• Strong, ultralight cordage woven from HTP and Dyneema
• Smooth-adjust hardware inspired by belay devices
• Premium aluminum poles custom-designed for strenght and weight
• Ball-and-socket attachment points
• Custom-engineered, seamless mesh seat
• Include Platform Pack carrying case 
• Carrying case doubles as platform for sandy surfaces