NEMO GOGO ELITE 1-PERSON MINIMALIST SHELTERThe ultimate solution for bicycle or motorcycle touring, sea kayaking, or other adventures where you..
Product #: GoGo ELITE
Regular price: $359.95
NEMO GOGO ELITE 1-PERSON MINIMALIST SHELTER
The ultimate solution for bicycle or motorcycle touring, sea kayaking, or other adventures where you need the packed size of a bivy but want all the sleep and comfort to get the most out of your adventure....
The ultimate solution for bicycle or motorcycle touring, sea kayaking, or other adventures where you need the packed size of a bivy but want all the sleep and comfort to get the most out of your adventure.
Minimum Weight 1 lb, 4 oz / 560 g
On the Fly Weight N/A
Trail Weight 1 lb, 13 oz / 800 g
Floor Dimensions 108 x 41 in / 274 x 104 cm
Floor Area 19 sq ft / 1.8 sq m
Vestibule Area 5 sq ft / 0.4 sq m
Interior Height 27 in / 69 cm
Number of Doors 1
Frame Description 2 in / 5 cm dia Airbeam
Packed Size 4 x 6 dia / 10 x 15 cm dia
Shell Fabric 10D OSMO™ Elite W/B
Vestibule Fabric 10D PU Nylon Ripstop
Fly Fabric 10D PU Nylon Ripstop
Canopy Fabric N/A
Floor Fabric 20D PU Nylon Ripstop
Color Elite Yellow
AirSupported Technology Pressurized air is an integral part of structures from car tires to basketballs, from spacesuits to the massive Millennium Arches building in Stockholm. AirSupported Technology is NEMO's unique interpretation of inflatable structures for lightweight backcountry shelters. The advantages of AST, compared to traditional tent poles, include faster and easier setup, greater strength and wind resistance, easy and reliable repair in the field, smaller pack size, and the ability to bend without breaking.
Shelter materials Advanced material development and testing is a mainstay at NEMO. We pride ourselves on staying ahead of the curve by exploring other industries and collaborating with partners to develop custom textiles. We have the utmost confidence in the materials chosen for our tents. NEMO fabrics undergo rigorous testing to ensure that weight, performance, and durability are optimal for a given application.