Big Agnes Tiger Wall UL2 Solution Dye Tent

SUSTAINABILITY:

• 50% water reduction with nearly 5 gallons of water saved per tent on certain models
• 80% reduction in energy required and significantly reduces carbon emissions
• 80% fewer chemicals used for a safer and cleaner dyeing and finishing process

STORAGE:

• Stow the unzipped door out of the way quickly with the quick stash door keeper
• Two interior mesh pockets
• One oversized media ceiling pocket with built in cord-routing
• 3-D bin pocket for elevated storage over your feet
• Door pockets for extra storage at the head
• Attach a gear loft to or lights to the multiple internal loops

DESIGN & DETAILS:

• Ultralight two person, 3-season backpacking tent, with 2 doors and vestibules
• Entry vestibules have a vertical door design with smooth closing, dual zippers that keep your tent entries and any gear stored under them dry
• Storm flaps keep water out of the zippers on the vestibule doors
• Low-vent vestibule doors and double slider zippers allow for top or bottom vestibule venting
• Structured foot-end corners allow for more room between your feet and the tent wall
• DAC Featherlite NFL single-pole system with hub pole design
• Guylines and tensioners are pre-cut and attached to the fly to make set very quick and easy
• Fly is secured to poles with Velcro® tabs that help provide stability and a perfect pitch
• Waterproof solvent-free polyurethane tape on all seams to keep the water out
• Proprietary tent corner construction uses the TipLok Tent Buckle™ to streamline setup by combining stake-out loop, rainfly attachment & tensioner, and pole-tip capture
• Webbing is color coded for quick identification and easy setup
• Guywires and are reflective so you can see them at night
• Includes 9- 6 in. Dirt Dagger™ UL aluminum stakes, with I-beam construction
• Material-Fly and Floor: Solution-dyed water-repellent silicone treated nylon ripstop with a 1200mm water-resistant, polyurethane coating
• Material-Body: Solution-dyed nylon ripstop breathable and polyester mesh