Mont Adventure Equipment Hypermid 2 Ultralight Pyramid Tent Half Mesh Inner
$339.99
In stock
SKU
MNT_10022
The Hypermid 2 Ultralight Pyramid Tent Shelter Half Mesh Inner is designed to complement the versatile, ultralight performance of the Hypermid 2 Ultralight Pyramid Tent Shelter (not included) and provide a spacious vestibule for storage and cooking. It features a lightweight Waterbloc™ PU laminated nylon floor with a massive 25,000+ waterhead, no-see-um mesh walls to keep bugs out and a single-pole half pyramid design that makes pitching easy using a standard walking pole that can extend to 150cm. Ideal for fast-paced adventures.
Features
- 1 person capacity allowing for a spacious vestibule for gear and cooking when used with the Hypermid2 Ultralight Pyramid Tent
- Single pole pyramid tent
- Single entrance door
- No-See-Um mesh provides excellent ventilation while keeping even the smallest insects out for a comfortable, bug-free experience
- 100% waterproof tub floor and fly with factory tape-seam-sealed: 25,000mm+ waterhead for superior protection in wet weather
- Does not include a pole
- Compatible with hiking poles (extended to 150cm or strapped together)
- 4 x Bolt pegs with cord loop: lightweight and versatile tent pegs with a V profile for strength and compact stacking storage. Made from ultra-strong 7075 aluminium alloy with a tapered point driving through hard ground easily
- Includes Repair kit: fabric patches
Specifications
| Doors | 1 |
|---|---|
| Floor Area | 1.54m2 |
| Maximum Inner Height | 132cm |
| Packed Size | 28 x 19cm |
| Canopy Material | No-See-Um mesh |
| Floor Material | WaterBloc™ 40D nylon PU lamination 25,000mm waterhead |
| Packaged Weight (everything tent comes with) | 446g + 4x pegs 44g |
| Care | Mont WaterBloc™ PU lamination is better than regular PU lamination and significantly better than PU coating. Mont WaterBloc™ PU lamination is far more waterproof, more durable, still ultra-lightweight, more resistant to chemical damage (sunscreen, fuel etc.) and almost impervious to hydrolysis. |
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