Carolina Matterhorn Corvus 8" Composite Toe Waterproof Work Boot

⚠️ Discontinued — Last One Available. Only one pair remaining in Size 10 Wide (W). Once it's gone, it's gone for good.

When the job demands maximum protection without compromise, the Carolina Matterhorn Corvus Men's 8" Waterproof Composite Toe Work Boot (MT2508) answers the call. Built for tough and hazardous work environments, this dark brown boot combines premium waterproof leather with serious safety credentials — from its non-metallic puncture-resisting insole to its Vibram rubber lug outsole. Whether you're on a wet job site or navigating electrical hazards, the Corvus has you covered from the ground up.

Protection & Safety

• Composite Safety Toe (ASTM F2413-18) — Non-metallic safety toe for environments where steel is not appropriate. Reduces cold-transfer in cooler environments and meets ASTM compression and impact testing standards.
• Electrical Hazard (EH) Rated — Independently lab-tested to withstand 18,000 volts at 60Hz for one minute without leakage.
• Puncture Resisting — Non-metallic insole meets all current ANSI requirements for safety toe standards, Class 75.
• Triple Rib Steel Shank — A thin piece of metal built between the insole and outsole that provides stability, structure, and arch support.

Waterproofing & Construction

• Snowplow Fossil Saline Resisting Leather Upper — Dark brown, built to resist the elements
• Waterproof SCUBALINER™ — Carolina's exclusive proprietary waterproof lining system keeps feet completely dry
• Leather Lined Vamp — Added durability and interior comfort
• Welt Construction — Long-lasting durability and resolability
• 8-inch height for superior ankle support and protection

Comfort

• Mesh Lining — Breathable interior keeps feet fresh
• DaVinci Arch Removable Footbed — Customizable support you can swap out for your own orthotics

Outsole

• Vibram 261K Oil & Slip Resisting Rubber Lug Outsole — Designed and constructed to meet the standard for oil and slip resistance
• Heat Resisting — Soles tested to resist melting at a minimum of 500°F without losing their shape