FORGE® II IS Helmet-Mounted Multi-Function Flashlight

Features

• High and Low Light Modes: User-selectable 450-lumen High mode and 60-lumen Low mode.
• Powerful Beam Performance: Produces 7,400 candela with a beam distance of 172 m (564 ft).
• Green "Follow Me" Safety LED: Rear-facing green LED enhances crew visibility and accountability in low-visibility and smoke-filled environments.
• Single Push-Button Operation: Easy-to-use switch is designed to operate while wearing structural firefighting gloves.
• Secure Helmet Mount: Helmet clamp with rubber foot provides a secure, mar-free attachment.
• Universal Compatibility: Works with virtually all fire helmets and hard hats.
• Low-Profile Design: Compact housing mounts above or below the helmet brim to help reduce snag hazards.
• Intrinsically Safe: cETLus certified Class I Division 2 for hazardous locations.
• Impact and Chemical Resistant: Built to withstand demanding fire and rescue environments.
• IP67 Rated: Waterproof and dustproof construction.
• NFPA Compliant: Meets the requirements for NFPA 1971-8.6 (2025).
• Serialized Identification: Individually serialized for personal identification and asset tracking.
• Durable Aluminum Housing: Constructed from rugged 6061-T6 aluminum.
• Drop Tested: Rated for drops up to 2 m (6.6 ft).
• Long Runtime: Up to 4 hours on High and 14 hours on Low.
• Limited Lifetime Warranty: Manufacturer-backed Limited Lifetime Warranty.

What Is It?

The FORGE® II IS is an intrinsically safe helmet-mounted LED flashlight engineered for firefighters and emergency responders working in hazardous or potentially explosive environments. Its compact profile allows users to maintain hands-free illumination without interfering with other helmet-mounted equipment.

How Is It Used?

The flashlight clamps directly onto a firefighter helmet or hard hat and provides task lighting during structural firefighting, rescue operations, inspections, overhaul activities, hazardous materials incidents, and emergency response situations. The integrated green rear safety LED helps crew members maintain visual contact in smoke, darkness, and zero-visibility conditions.

Who Uses It?

• Structural Firefighters
• Wildland Firefighters
• Rescue Teams
• HazMat Teams
• Emergency Medical Services
• Industrial Safety Personnel
• Utility Workers
• Oil & Gas Personnel
• Technical Rescue Teams
• Confined Space Rescue Personnel

What's Included?

• FORGE® II IS Flashlight
• Helmet Mount
• One (1) CR123 Lithium Battery
• Allen Key

Certifications

• cETLus Intrinsically Safe Certification
  • Class I Division 2, Groups A-D, T4
  • Class II & III Division 2, Groups F-G, T135°C
  • Class I Zone 2, Group IIC T4
• NFPA Compliance
  • Meets the requirements of NFPA 1971-8.6 (2025)

Helmet Mounting System

The integrated helmet clamp attaches securely to virtually all fire helmets and hard hats without the need for adapters or special mounting brackets. A rubber foot helps prevent marring while maintaining a secure grip during demanding operations.

Green "Follow Me" Safety LED

A built-in rear-facing green safety LED increases firefighter visibility and accountability during interior operations, search activities, and low-visibility incidents. This feature assists crews with locating team members in smoke-filled or dark environments.

Maintenance Information

• Inspect the housing, lens, switch, battery compartment, and helmet mount before each use.
• Clean the exterior using mild soap and water.
• Verify proper operation before deployment.
• Replace depleted batteries with approved CR123 batteries only.
• Store in a cool, dry location when not in use.
• Remove damaged equipment from service immediately.

What Is It Used With?

• Structural Fire Helmets
• Rescue Helmets
• Hard Hats
• Structural Firefighting PPE
• Technical Rescue PPE
• HazMat Response Equipment
• Search and Rescue Equipment
• Incident Command Operations
• Emergency Scene Lighting Systems

Battery Warning

WARNING: Do not use rechargeable batteries in this product. Do not expose rechargeable batteries to temperatures exceeding 140°F (60°C) due to the potential risk of explosion, burns, and fire hazards.