Low-profile design constructed with tubular polyester webbing Features full-length internal energy absorber and visual fall indicator. Choke-loop dorsal attachment provides reduced weight and lower cost of compliance Includes alloy steel snap hook for anchorage connection Complies with ANSI Z359.13-2013 Webbing Polyester; 5,000 lb min. static...

Low-profile design constructed with tubular polyester webbing Features full-length internal energy absorber and visual fall indicator. Choke-loop dorsal attachment provides reduced weight and lower cost of compliance Includes alloy steel rebar hook for anchorage connection Rebar hook features transverse load rated gate Complies with...

Low-profile design constructed with tubular polyester webbing Features full-length internal energy absorber and visual fall indicator. Includes alloy steel snap hook for harness attachment and rebar hook for anchorage connection Rebar hook features transverse load rated gate Complies with ANSI Z359.13-2013 Webbing Polyester; 5,000 lb...

Low-profile design constructed with tubular polyester webbing Features full-length internal energy absorber and visual fall indicator. Choke-loop dorsal attachment provides reduced weight and lower cost of compliance Includes alloy steel rebar hooks for anchorage connections Double-leg design facilitates 100% tie-off Rebar hooks feature transverse...

Low-profile design constructed with tubular polyester webbing Features full-length internal energy absorber and visual fall indicator. Includes alloy steel snap hooks for harness attachment and anchorage connections Double-leg design facilitates 100% tie-off Complies with ANSI Z359.13-2013 Webbing Polyester; 5,000 lb min. static strength Energy Absorber Polyester...

Elastic leg construction provides variable working length from 4-1/2' to 6' and helps reduce tripping hazards High-modulus internal elastic effortlessly expands and contracts with user's movement and retains its elasticity longer than woven materials. Full-length internal energy absorber delivers flexible low-profile user comfort compared...

Elastic leg construction provides variable working length from 4-1/2' to 6' and helps reduce tripping hazards High-modulus internal elastic effortlessly expands and contracts with user's movement and retains its elasticity longer than woven materials. Full-length internal energy absorber delivers flexible low-profile user comfort compared...

Elastic leg construction provides variable working length from 4-1/2' to 6' and helps reduce tripping hazards High-modulus internal elastic effortlessly expands and contracts with user's movement and retains its elasticity longer than woven materials. Full-length internal energy absorber delivers flexible low-profile user comfort compared...

Elastic leg construction provides variable working length from 4-1/2' to 6' and helps reduce tripping hazards High-modulus internal elastic effortlessly expands and contracts with user's movement and retains its elasticity longer than woven materials. Full-length internal energy absorber delivers flexible low-profile user comfort compared...

Elastic leg construction provides variable working length from 4-1/2' to 6' and helps reduce tripping hazards High-modulus internal elastic effortlessly expands and contracts with user's movement and retains its elasticity longer than woven materials. Full-length internal energy absorber delivers flexible low-profile user comfort compared...

Elastic leg construction provides variable working length from 4-1/2' to 6' and helps reduce tripping hazards High-modulus internal elastic effortlessly expands and contracts with user's movement and retains its elasticity longer than woven materials. Full-length internal energy absorber delivers flexible low-profile user comfort compared...

Elastic leg construction provides variable working length from 4-1/2' to 6' and helps reduce tripping hazards High-modulus internal elastic effortlessly expands and contracts with user's movement and retains its elasticity longer than woven materials. Full-length internal energy absorber delivers flexible low-profile user comfort compared...

Elastic leg construction provides variable working length from 4-1/2' to 6' and helps reduce tripping hazards High-modulus internal elastic effortlessly expands and contracts with user's movement and retains its elasticity longer than woven materials. Full-length internal energy absorber delivers flexible low-profile user comfort compared...

Elastic leg construction provides variable working length from 4-1/2' to 6' and helps reduce tripping hazards High-modulus internal elastic effortlessly expands and contracts with user's movement and retains its elasticity longer than woven materials. Full-length internal energy absorber delivers flexible low-profile user comfort compared...

Elastic leg construction provides variable working length from 4-1/2' to 6' and helps reduce tripping hazards High-modulus internal elastic effortlessly expands and contracts with user's movement and retains its elasticity longer than woven materials. Full-length internal energy absorber delivers flexible low-profile user comfort compared...

Elastic leg construction provides variable working length from 4-1/2' to 6' and helps reduce tripping hazards High-modulus internal elastic effortlessly expands and contracts with user's movement and retains its elasticity longer than woven materials. Full-length internal energy absorber delivers flexible low-profile user comfort compared...

Elastic leg construction provides variable working length from 4-1/2' to 6' and helps reduce tripping hazards High-modulus internal elastic effortlessly expands and contracts with user's movement and retains its elasticity longer than woven materials. Full-length internal energy absorber delivers flexible low-profile user comfort compared...

Elastic leg construction provides variable working length from 4-1/2' to 6' and helps reduce tripping hazards High-modulus internal elastic effortlessly expands and contracts with user's movement and retains its elasticity longer than woven materials. Full-length internal energy absorber delivers flexible low-profile user comfort compared...

Elastic leg construction provides variable working length from 4-1/2' to 6' and helps reduce tripping hazards High-modulus internal elastic effortlessly expands and contracts with user's movement and retains its elasticity longer than woven materials. Full-length internal energy absorber delivers flexible low-profile user comfort compared...

Traditional pack-style lanyard features soft and flexible external energy absorber Combines economical functionality with compliance quality. UV resistant polyester leg webbing and energy absorber cover Includes alloy steel snap hook for harness attachment and rebar hook for anchorage connection Rebar hook features transverse load...