A sports trouser is provided, comprising: a trouser portion having a waistband portion (11) from which a bifurcated leg portion (12) depends; and a halter portion (13) extending from the waistband portion to loop, when worn, around the back of the neck of the wearer, thereby to apply an upward force to the waistband portion, wherein the halter portion is anchored to the waistband portion so as to apply force at at least two positions arranged on either side of the body sagittal plane each being rearward of the body coronal plane, the halter portion being anchored so as to extend to the neck crossing the body coronal plane beneath the arms of the wearer. The trouser may thereby be more convenient to don and doff, and may thereby be more comfortable to wear.

Prior art protective equipment addresses primarily the upper body whilst in several sports, recreational activities the lower body is subjected to the most traumatic impacts which occur to the buttocks, coccyx, hips, shins, knees etc. Accordingly, there is a need for protective garments for the lower body tailored to the requirements of these sports. Embodiments of the present garment address this whilst also providing garments which include integrated protective elements targeting specific body regions where subset of these protective elements are either configurable to the user by virtue of being inflatable or provide additional functionality such as heating. Further, the integration of sensors and electronics allows data acquisition, alarms, closed-loop feedback of the heating/inflation etc.

A barrier panel is coupled between a jacket and a pair of trousers which provides a moisture resistant barrier therebetween about a full circumference of the torso of the user. The barrier panel cam be joined to both the jacket and trousers by zippers extending about a full circumference thereof, together with an end zipper joining the ends of the panel along the full width thereof to provide a complete barrier between the trousers and jacket. Alternatively, the barrier panel can be stitched to the trousers and received within a pocket formed by a cover panel on the trousers when not in use. The barrier panel has an elastic member spanning the full width and height of the panel and a moisture resistant membrane fully spanning one side of the elastic member.

A barrier panel is coupled between a jacket and a pair of trousers which provides a moisture resistant barrier therebetween about a full circumference of the torso of the user. The barrier panel cam be joined to both the jacket and trousers by zippers extending about a full circumference thereof, together with an end zipper joining the ends of the panel along the full width thereof to provide a complete barrier between the trousers and jacket. Alternatively, the barrier panel can be stitched to the trousers and received within a pocket formed by a cover panel on the trousers when not in use. The barrier panel has an elastic member spanning the full width and height of the panel and a moisture resistant membrane fully spanning one side of the elastic member.

An athletic garment can protect a user from inclement weather conditions (e.g. wind, moisture, cold, etc.). The athletic garment includes an outer layer forming an article of wearing apparel (e.g., shorts, pants, tights, etc.). The outer layer includes one or more garment forming portions coupled to a waistband and configured to receive the legs of a user. An inner liner is coupled to the waistband. The inner liner includes a front panel and a rear panel, the front panel and the rear panel being joined and configured to receive the legs of the user. The inner liner includes an elongated pocket configured to receive an insert through an opening disposed therein. A weather-resistant insert is configured to removably couple to the pocket, substantially the entirety of the weather-resistant insert being comprised of a pliable textile material, the insert being generally formed to movement of the user.

An athletic garment can protect a user from inclement weather conditions (e.g. wind, moisture, cold, etc.). The athletic garment includes an outer layer forming an article of wearing apparel (e.g., shorts, pants, tights, etc.). The outer layer includes one or more garment forming portions coupled to a waistband and configured to receive the legs of a user. An inner liner is coupled to the waistband. The inner liner includes a front panel and a rear panel, the front panel and the rear panel being joined and configured to receive the legs of the user. The inner liner includes an elongated pocket configured to receive an insert through an opening disposed therein. A weather-resistant insert is configured to removably couple to the pocket, substantially the entirety of the weather-resistant insert being comprised of a pliable textile material, the insert being generally formed to movement of the user.

A barrier panel is coupled between a jacket and a pair of trousers which provides a moisture resistant barrier therebetween about a full circumference of the torso of the user. The barrier panel cam be joined to both the jacket and trousers by zippers extending about a full circumference thereof, together with an end zipper joining the ends of the panel along the full width thereof to provide a complete barrier between the trousers and jacket. Alternatively, the barrier panel can be stitched to the trousers and received within a pocket formed by a cover panel on the trousers when not in use. The barrier panel has an elastic member spanning the full width and height of the panel and a moisture resistant membrane fully spanning one side of the elastic member.

A garment is provided which includes a flat-knitted fabric laminate made of at least one flat-knitted fabric. The flat-knitted fabric includes a polyurethane film which is stretchable in substantially all directions. A knit fabric made of fleecy thread may be adhesively bonded to the film and be positioned between the film and the inner lining. The garment can be made up of five tailored flat-knitted laminate pieces: three flat-knitted laminate pieces for the two front sides and the rear side of the torso, and two flat-knitted laminate pieces for the two sleeves. The seams form the two sleeve cuffs, and the seams are sewn onto the flat-knitted laminate pieces for the torso. The front pieces are sewn together, and the rear side of the torso piece is positioned along the side of the torso by a respective seam. The seams are used to connect these parts along the shoulders.

A low drag garment has a plurality of zones including a first zone A, a second zone B and a third zone C, which are defined in relation to a forward direction of travel M of a person wearing the garment. The first zone A is located generally in an inner front region of the garment, the second zone B is located in an outer front region of the garment and the third zone C is located in a rear region of the garment. The garment is made from a fabric having a textured outer surface with a texture height H, wherein in first zone A the fabric has a mean texture height H.sub.A in the range 0-200 m, in the second zone B the fabric has a mean texture height H.sub.B that is greater than H.sub.A and preferably in the range of 100-500 m, and in the third zone C the fabric has a mean texture height H.sub.e that is greater than H.sub.B and preferably greater than 200 m.

A wearable airfoil for reducing aerodynamic drag. The wearable airfoil includes a garment, the garment including at least an anchor unit adapted to receive a fastening means of an airfoil element, characterized in that the anchor unit includes adjusting means capable to adjust a tension of an edge of the airfoil element by at least controlling an effective length of the edge.