Brand: Big Agnes
Model: Slater UL1+
[long and light]
Tall campers usually face an unhappy compromise when it comes to shelter: either fold like origami in ultralight tents, or pay a weight penalty for XXL comfort. Happily, the 96-inch-long Slater offers a no-settle option. A colossal front door allowed our lanky testers to enter without jackknifing, the 40-inch peak height let our 6’3” guinea pig sit fully upright, and the 37-square-foot floor offered sufficient room for two hikers and their 40-pound canine companion. Yet this freestanding, double-wall dome weighs just two and a half pounds, thanks to a pole-trimming geometry and snug dimensions at the foot end, where the 26-inch ceiling doesn’t feel confining.
Its taut pitch proved unflappable on California’s Tahoe Rim Trail, where a thunderstorm hammered it with 30-mph winds. Minimal mesh makes it ideal for chilly shoulder seasons or higher elevations year-round (a fabric panel can seal off the mesh door to boost warmth). But ventilation is still good—testers had no condensation problems—thanks to mesh panels strategically placed at the head and foot ends. The 8-square-foot vestibule proved big enough for cooking or gear (though it blocks exits). Bonus: Exceptionally compressible fabrics (using a unique fiber construction that Big Agnes claims is lighter and stronger than comparable 20-denier material) enable the tent to pack down smaller than you might expect, to about the size of a large baguette. $390; 2 lbs. 9 oz.; bigagnes.com
-Single hub/pole design makes easy set-up
-Tent body is ultralight nylon and polyester mesh
-Floor is ultralight silicone treated nylon rip-stop with a waterproof polyurethane coating
-Fly is ultralight silicone treated nylon rip-stop with a waterproof polyurethane coating
-All DAC poles made from TH72M aluminum:the latesttechnology in lightweight tent poles featuring improved durability.
-DAC Featherlite NSL pole system-featuring eco-friendly anodizing. DAC poles are super light and strong with press fit connectors, and lightweight hubs.