LIFT Safety DAX Cap Style Hard Hat with MIPS | Carbon Matte | ANSI Type I Class C

Premium MIPS® rotational impact protection in the streamlined DAX Cap Style profile — the LIFT Safety DAX Cap Style Hard Hat with MIPS in Carbon Matte delivers the same advanced carbon fiber construction and MIPS® safety system as the Full Brim in a cap-style form factor preferred by workers who need a lower-profile hard hat for tasks where brim clearance matters. The MIPS® low-friction layer allows 10–15mm of multi-directional head movement on angled impacts, intended to help reduce rotational force to the head beyond what standard ANSI certification requires.

The lightweight carbon fiber shell provides superior impact resistance with a radiant heat tolerance tested up to 350°F (177°C), while the six-point suspension system delivers superior impact absorption throughout. The LUX Retention System and oversized ratcheting fitment dial provide a secure, glove-friendly fit, and the enhanced brow pad offers better sweat absorption than standard brow pads during long shifts. The Carbon Matte finish delivers a refined, low-glare aesthetic for workers who want premium performance without the shine.

• Certified: ANSI Type I, Class C — carbon fiber shell heat tested to 350°F (177°C)
• MIPS® safety system — low-friction layer allows 10–15mm multi-directional movement on angled impacts to help reduce rotational force
• Lightweight carbon fiber shell for superior impact resistance
• Six-point suspension system for superior impact absorption
• LUX Retention System for secure, comfortable fit
• Oversized ratcheting fitment dial — adjustable with or without gloves
• DAX brim grip for a secure grip when carrying
• Enhanced brow pad for superior sweat absorption
• Cap Style profile | Carbon Matte finish

The premium cap-style DAX for workers who demand MIPS® rotational protection and carbon fiber performance in a low-profile, low-glare matte finish, the LIFT Safety DAX Cap Style Hard Hat with MIPS Carbon Matte is built for the most demanding job site conditions.