PULSAR PR505 Hi-Vis Rail Spec Waterproof Coverall

Designed for rail and industrial teams, the PULSAR PR505 Hi-Vis Rail Spec Waterproof Coverall blends high-visibility safety with rugged weather protection and practical, job-ready features. The tall-leg fit, detachable hood, and tool-ready pockets keep you protected and prepared from dawn to dusk.

• Rail-Ready Safety Standards: EN ISO 20471 Class 3 hi-visibility compliance with EN343 Class 4:2 waterproof/b breathable performance and RIS-3279 rail-standard protection for on-site reliability.
• Waterproof, Breathable Fabric: 300 Denier polyurethane-coated polyester fabric delivers weather resistance while allowing moisture to escape for all-day comfort.
• Tall Leg with Secure Closure: YKK 2-way zipper extended to a tall-leg design, concealed by a Velcro double storm flap to seal out wind and rain.
• Adaptive Fit: Elasticated waistband plus a micro-fleece collar and chin guard for a snug, comfortable feel during long shifts.
• Detachable Hood: Nordic-design lined hood that provides extra warmth and weather protection when needed and detaches when conditions improve.
• Ventilation and Access: Underarm ventilation to cool you during active tasks; flip-out ID window for quick, on-the-spot identification without removing the coverall.
• Strategic Storage: Bellowed combat-style thigh pockets offer generous, secure storage for tools and essentials on the go.
• Liner Compatibility: Interactive zips enable easy insertion of the G100COV liner for added warmth in colder environments.
• Durable Construction: Built from robust 300 Denier fabric with a protective PU coating to withstand the rigors of rail and industrial wear.

This coverall is ideal for railway workers, maintenance crews, and outdoor personnel who require high visibility, robust weather protection, and smart, field-ready details. The PR505’s thoughtful features—like the detachable hood, long-lasting zips, practical pockets, and liner integration—translate into fewer interruptions, better comfort, and safer operation in dynamic work environments.