Abstract: A cold weather system for keeping a wearer comfortable in a temperature of about -60.degree. F.-+40.degree. F. and winds up to 100 miles per hour; utilizes a shirt, pants, parka and wind shirt and wind pants. A sleeping bag and moisture handling pad/deicing cloth are compressed in compressor bags and easily transported by the wearer for comfort during sleeping too, and used with a bivvy sack having a tent flap. The shirt and pants are ventable so that they provide comfort over a wide temperature range, the vents being completely closed when maximum thermal protection is desired. The parka includes a windskirt which engages the wearer's legs. The wind garments are made of fine denier 100% synthetic material tightly woven so that they have very low air porosity. The parka and wind shirt can be connected together to provide an emergency bivac sleeping bag.

Abstract: A cold weather system for keeping a wearer comfortable in a temperature of about -60.degree. F.-+40.degree. F. and winds up to 100 miles per hour, utilizes a shirt, pants, parka and wind shirt and wind pants. A sleeping bag and moisture handling pad/deicing cloth are compressed in compressor bags and easily transported by the wearer for comfort during sleeping too, and used with a bivvy sack having a tent flap. The shirt and pants are ventable so that they provide comfort over a wide temperature range, the vents being completely closed when maximum thermal protection is desired. The parka includes a windskirt which engages the wearer's legs. The wind garments are made of fine denier 100% synthetic material tightly woven so that they have very low air porosity. The parka and wind shirt can be connected together to provide an emergency bivac sleeping bag.

Abstract: The headwear includes a headgear formed of flexible material for comfortably encompassing the individual's head. The forward portion of the headgear has an opening to which is mounted the inner end of a face tunnel, which projects forwardly of the headgear. The headwear is formed of three layers, an inner layer, an intermediate foam layer and an outer layer. One of the inner and outer layers is formed of a high wind resistant material having high heat retention and moisture vapor transmission characteristics. In one form, the foam forming the intermediate layer of the face tunnel has a greater density than the foam forming the intermediate layer of the headgear, whereby the face tunnel is substantially rigid, stiff and self-sustaining in shape, even in the face of high winds. An access opening is provided adjacent the back of the headwear to enable it to be placed on and pulled off the individual's head.

Abstract: A thin fabric wind resistant mitten, made primarily of a fabric having an air permeability of less than 15 cubic feet per minute per square foot at 0.5 inches head of water, and preferably having a wear resistant palm portion and an extendable trigger finger, may be used over or in place of anti-contact gloves. The wind resistant mitten may store in a pocket formed on the outside surface of a cold weather mitten. The cold weather mitten has inner and outer synthetic material fabrics, and an open cell foam at least about 1/8 inch thick (e.g. 1/2-1 inch thick) between the fabrics. The size of the access opening to the cold weather mitt is easily changed, it has a curvature corresponding to the curvature of a normal human hand at rest, and a lanyard attached to the outer fabric is connected to the wind mitt, storable in the outer pocket. A suspension system comprising barrel locks and suspension cords readily adjustably supports the cold weather mitts on a wearer's neck.