• Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
  • Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
  • Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
  • Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
  • Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
  • Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
  • Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
  • Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
  • Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
  • Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
  • Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
  • Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
  • Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
  • Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
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Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)

$159.99
$159.99
Shipping calculated at checkout.
    • Rated at 30 Degrees F for comfort assuming an insulating camp pad is used 
    • Bluesign certified nylon shell
    • Alternative down fill
    • Quilted design ensures even fill distribution for all-night comfort
    • Contoured hood with cinch cord prevents heat loss
    • Draft collar and wind baffle keep cold air out
    • Integrated pillow pocket holds pillow in place
    • Exterior pocket perfect for storing cell phone, keys, or wallet
    • Integrated straps connect the sleeping bag to AMPEX camp pads
    • Easy to use YKK #5 double-sided zipper and anti-snag design
    • View support documentation

    MINIMUM TRAIL WEIGHT: 3 lb 10 oz | 1.63 kg

    PACKED DIMENSIONS: 15.9 in x 10.8 in x 10.8 in

    PROTECTED BY A LIMITED LIFETIME WARRANTY

    Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
    Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
    Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
    Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
    Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
    Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
    Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
    Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
    Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
    Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
    Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
    Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
    Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)
    Synthetic Down Sleeping Bag 30°F Hybrid Shape (XL Size)

    Rest easy with the Osgood 30°F Hybrid bag. Lightweight bluesign certified alternative down fill minimizes your impact off the trail and on.

    Weights and Dimensions
    Total Weight (All components) 4 lb 2 oz/ 1.88 kg
    Trail Weight (Sleeping Bag) 3 lb 10 oz / 1.63 kg
    Dimensions XL 84” x 34” (213.4 cm x 86.4 cm)
    Fill Alternative Down Fill
    Materials
    Sleeping Bag Body bluesign certified recycled 20D 400T Ripstop nylon
    Fill Alternative Polyester Synthetic Down Fill
    Fill Weight 950g
    Camp Pad Strap Nylon with integrated elastic
    Zippers YKK #5 Double sided with anti-snag

    Sleeping Bag
    Compression Bag
    Mesh Storage Bag

    Is this sleeping bag moisture resistant? The AMPEX Osgood sleeping bags are suseptible to moisture, like most high performance sleeping bags. Be sure to thoroughly dry your bag prior to packing up or putting into storage by hanging it up using the loops near the foot of the bag to air dry.
    Which size sleeping bag should I order? XL sleeping bags are designed for users up to 6'6" tall. Regular size AMPEX sleeping bags are designed for users up to 6'0" tall. In general, you want to minimize the extra space in your sleeping bag to maximize heat retention. Therefore, we suggest choosing the smallest sleeping bag that fits you comfortably.
    Why are there two storage bags included? The compression bag is meant to be used in the field to minimize the size of your sleeping bag. The mesh storage bag should be used when your bag is not in use to minimize the chance of compressing the loft of the insulation.