- 60 second set up comes with pre-attached poles
- Spacious interior fits queen sized airbed and two inner storage pockets
- Weather Tec system and integrated rain fly with DAC Featherlite NSL anodized poles
- 2 Doors / 2 Vents and Inner Tent constructed of 190t Nylon
- 50D Polyester No-See-Um-Mesh with Alloy Stakes (17 + 2 Spare Stakes)
The Bunker by Snugpak is an iconic three-person dome basecamp and expedition tent, designed for robust semi-permanent shelter when exposed to prolonged severe weather elements. The Bunker dome design is a Fly-first pitch tent that allows quick and easy set-up using an opposing pole design, protecting you from four season severe weather, and can be pitched in difficult and remote areas for extended periods.
A spacious three-person tent, the Bunker will shelter you from the worst four-season inclement weather, with an impressive 5000mm Hydrostatic Head PU Coated Fly sheet, with taped seams and a No-See-Um Mesh Mosquito Net, to keep out the bugs in summer months and warmer climates. For expeditions and base camping, the Bunker design is the perfect green, allowing you to fly-pitch your tent with minimal environmental impact to the surrounding areas, using an dome design system to form a spacious shelter that keeps condensation build up to a minimum with multiple ventilation channels.
When ventures and expeditions last more than a few days, and with multiple participants, or if a semi- permanent camp is required, the Bunker has six internal mesh pockets for safe storage of equipment, allowing items to be at hand at the end of a long day, or over-night when creature comforts can be unpacked. The design also incorporates a hanging loop for lights and accessories once you have settled for the night. Hydrostatic Head (HH) is a waterproof measurement of a Shelters materials coating; most commonly a thin film of polyurethane finish is added to a material to create polyurethane laminate (PUL) referred to as a PU Coating. It is this coating that gives Snugpak Shelters their waterproof & windproof properties.