PIP® Traverse™ Vented, Industrial Climbing Helmet with Mips® Brain Protection System for Industrial Safety Helmets, ABS Shell, EPS Foam Impact Liner, HDPE Suspension, Wheel Ratchet Adjustment and 4-Point Chin Strap

The ANSI-certified Type II, Class C Traverse™ with Mips® industrial climbing helmet delivers superior impact protection for workers at height or in confined spaces. Independently rated 5 stars by the Virginia Tech Helmet Lab, the Traverse™ with Mips® ranks among the highest-performing helmets tested for both linear and rotational impact protection.

Built with a super lightweight ABS outer shell and an integrated EPS foam liner, the helmet absorbs impact energy while maintaining exceptional comfort and balance. Its highly adjustable 4-point HDPE suspension ensures a secure fit and stability during active movement.

At the core of the design is Mips® (Multi-directional Impact Protection System), a low-friction layer that allows the head to move inside the helmet 10–15 mm in all directions during an angled impact. This innovative design helps redirect harmful rotational motion that could otherwise be transmitted to the brain, offering an added layer of protection in real-world scenarios.

• Ultra lightweight shell made with ABS material provides superior protection
• Mips® (Multi-directional Impact Protection System) Brain Protection System for Industrial Safety Helmets is a low frictional layer designed to reduce rotational motion transferred to the head from angled impacts
• EPS foam impact liner helps absorb the forces of front, side, or rear impacts
• Includes a 4-point cross-over chin strap with quick release buckle that is adjustable for a safe & secure fit
• Rugged non-slip adjustable SURE-LOCK wheel ratchet ensures proper suspension performance and effortless fit for all head sizes
• Inner suspension includes comfortable padding for above the brow line
• Meets ANSI Z89.1-2014 Type II, Class C
• Meets clauses 4.2 of EN12492
• Compatible with full line of Traverse accessories
• Achieved 5-Star Rating by the Virginia Tech Helmet Lab for outstanding performance in reducing linear and rotational impact forces