A light, spacious and comfortable bag that retains the low weight and compressibility required for backpacking whilst using innovative construction to maximise warmth.
|Sleaping Bag Additional Block||Optimised Nova, Lode Lock Nova, Fabrics Nova|
|Activity||Adventure Race, Recreation/Travel, Summer Backpacking, Bikepacking, Summer Alpinism|
|Length Inside (a)||190cm/75in||205cm/81in|
|Max Width Inside (b)||78cm/31in||78cm/31in|
|Inside Foot Width (c)||50cm/20in||50cm/20in|
|Max User Height||185cm/73in||200cm/79in|
|Total Bag Weight||1275g/45oz||1320g/47oz|
By utilising Keystone Shingle construction, offset layer construction and POLARLOFT® insulation our Nova range of bags combine our most thermally resistant construction methodology with a time proven synthetic fill and efficient design.
Keystone shingle construction offers the greatest warmth for the minimum weight. Overlapping layers of insulation are positioned at right angles to the sleeping bag plane, running outwards from a central apex. This minimises cold spots, makes the bag warmest over the user, and creates excellent loft and resultant comfort.
Lode Lock™ Closure
Our Lode Lock™ closure system with its low profile auto-engaging magnet combines all the advantages of a magnetic fastener with those of a mechanical lock. It is featured on all Nova sleeping bags. Rendering the traditional press-stud collar closure practically obsolete, its one-handed quick release closure uses two captivated internal magnets to draw the locking mechanism together and ensure that once connected it cannot be accidentally opened. The result contributes to an insulated collar that is more efficient and easier to operate.
Helium™ 20 fabrics use tightly woven 20D nylon yarns to make a fibre-proof fabric with no coatings or treatments that might impair breathability or comfort. A beautiful optic, great handle, and weighing just 42g/m2 makes for a fantastic outer fabric. Our legendary Supersoft™ 30 lining fabric provides superb comfort, breathability and durability, despite weighing just 49g/m2.