F010004
Nemesi 1 Ferrino dome tent - 8.000 mm groundsheet version - LITE tent series
The Nemesi 1 is an ultra-light single-person dome-type tent.
Very compact when folded, it is easy to transport. Its self-supporting structure makes it easy to install and move.
The Nemesi 1 tent has a double roof, a reinforced groundsheet with 8,000 mm waterproofing and a vestibule for storing equipment.
• Single-person tent
• Ultralight, 1.7 kg with bag and accessories
• Composed of a load-bearing structure with pre-assembled duraluminium arches and radial joints
• Taped seams on flysheet and floor mat
• 3000mm Ripstop polyester flysheet
• Ground sheet with 8,000 mm waterproofness
• Interior canvas suspended from the poles by hooks
• Poles with different colors to facilitate assembly
• "Hexagon" Aluminum Stakes
• Doors with mosquito net
• Ventilation windows
• Ventilation system with “camera air” mosquito net
• Storage pockets and flashlight hook inside the tent
Ideal for treks, bivouacs, trips on foot or by bike, camping...

44 Item Items
In stock
Warning: Last items in stock!
Availability date: 2014-06-23
| Weight | 1.7 kg / 1.5 kg for the minimum necessary to set up the tent (flysheet, interior room and poles) |
| Volume | 0.9 m3 |
| Height (max) | 90 cm |
| Folded tent dimensions | 13 x 34 cm |
| Materials | Flysheet: 70D Polyester Ripstop 85 g/m², polyurethane coating, waterproofing 3000 mm, water repellent / Groundsheet: 70D Polyester 95 g/m² polyurethane coating, waterproofing 8,000 mm, water repellent |
| Manufacturer reference | 91166 EOFR8 |
Accessories included:
• Adjustable aluminum buckles to adjust the height of the flysheet to allow more or less air to pass through
• "Fast Adjustment" tie rods
• storage bag
• Repair kit
Dimensions in cm of the Nemesi 1 Ferrino tent:

Characteristics:
• "Fast Adjustment" tie-rod adjustment
• Tent made with fire resistant fabrics and compliant with the specifications of the CPAI-84 standard

• Poles in tempered Duraluminium alloy 7001 T6, with characteristics of resistance, elasticity and exceptional lightness