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A ballistic panel is provided for being incorporated into a lightweight soft body-armor product adapted for covering an area of the body. The ballistic panel includes an assembly of woven fabric plies with warp and fill yarns formed of bundled aramid fibers. The plies have a collective areal density

A ballistic panel is provided for being incorporated into a lightweight soft body-armor product adapted for covering an area of the body. The ballistic panel includes an assembly of woven fabric plies with warp and fill yarns formed of bundled aramid fibers. The plies have a collective areal density of no greater than 1.30 pounds per square foot, and a V50 ballistic limit of no less than 1925 feet per second using a .22 caliber, 17 grain FSP at 0 degrees obliquity.

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A ballistic panel is provided for being incorporated into a lightweight soft body-armor product adapted for covering an area of the body. The ballistic panel includes an assembly of woven fabric plies with warp and fill yarns formed of bundled aramid fibers. The plies have a collective areal density

A ballistic panel is provided for being incorporated into a lightweight soft body-armor product adapted for covering an area of the body. The ballistic panel includes an assembly of woven fabric plies with warp and fill yarns formed of bundled aramid fibers. The plies have a collective areal density of no greater than 1.30 pounds per square foot, and a V50 ballistic limit of no less than 1925 feet per second using a .22 caliber, 17 grain FSP at 0 degrees obliquity. st bushing located adjacent to the first end of said inner shaft and a second bushing located adjacent to the second end of said outer shaft, (4) said inner shaft and said outer shaft both being triangular in cross sectional shape, and (5) a worm gear on said inner shaft adjacent to the second end of said inner shaft and oriented to rotate with said inner shaft as said inner shaft rotates about the longitudinal dimension of said inner shaft; b) a handle unit which includes (1) a body having (A) a first end, (B) a second end, (C) an outside surface, (D) a longitudinal dimension extending between the first end of the body of said handle unit and the second end of the body of said handle unit, (E) a bore extending along the longitudinal dimension of the body of said handle unit from the first end of the body of said handle unit to the second end of the body of said handle unit, (F) an inside surface of the body of said handle unit adjacent to the bore of the body of said handle unit, (2) bushings slidably connecting the body of said handle unit to the outer shaft of said shaft unit so said outer shaft rotates with the body of said handle unit as the body of said handle unit is rotated, the body of said handle unit being slidable along the outer shaft in the direction of the longitudinal dimension of said outer shaft between a first position with the second end of the body of said handle unit located adjacent to the first end of said outer shaft to a second position with the first end of the body of said handle unit located adjacent to the first end of the outer shaft, the bushings of said handle unit being located adjacent to the first end of said outer shaft, (3) a drive shaft located in the bore of the body of said handle unit and including (A) a first end located adjacent to the first end of the body of said handle unit, and (B) a second end connected to the first end of the inner shaft of said drive unit so the inner shaft of said shaft unit rotates with the drive shaft of said handle unit as the drive shaft of said handle unit is rotated, and (C) a drive socket rotatably mounted on the first end of the body of said handle unit and including (i) a first end located inside the bore of the body of said handle unit and connected to the first end of the drive shaft of said handle unit so the drive shaft of said handle unit rotates with the drive socket as the drive socket is rotated, and (ii) a second end located adjacent to the first end of the body of said handle unit, the second end of the drive socket being located outside the bore of the body of said handle unit, and (4) knurling on the outside surface of the body of said handle unit; and c) a drive head unit including (1) a body having (A) a first portion which includes i) a first end, (ii) a second end, (iii) first and second sides connecting the first end of the first portion of the body of said drive head unit to the second end of the first portion of the body of the drive head unit, (iv) a longitudinal dimension extending between the first end of the first portion of the body of said drive head unit to the second end of the first portion of the body of said drive head unit, and (v) a bore extending along the longitudinal dimension of the first portion of the body of said drive head unit from the first end of the first portion of the body of said drive head unit to the second end of the first portion of the body of said drive head unit, and (B) a second portion on the second side of the first portion of the body and which includes an inner chamber, (2) the inner shaft of said shaft unit extending into the bore of the first portion of the body of said drive unit and is mounted for rotation in the first portion of the body of said drive unit, said worm gear being positioned on the inner shaft of said drive shaft unit to be located inside the bore of the first portion of the body of said drive head unit, (3) bushings connecting the