NEXTORCH HiStar Outdoor Headlamp 2300 Lumens, Flood and Spot White and Red LED, Dual Fuel.

Uses rechargeable 18650 Battery with inbuilt USBC port and 2 x CR123A option

The NEXTORCH hiStar Headlamp is engineered for high-performance illumination in demanding environments. Featuring patented Claw Optics™ technology, the hiStar combines a focused spotlight and a 100° floodlight into a seamless hybrid beam for both long-distance visibility and wide-area coverage.

Delivering up to 2300 lumens with a beam throw of 256 meters (839.9 ft), the hiStar is designed for tactical operations, outdoor adventures, industrial work, and emergency applications. The integrated white and red light modes allow users to quickly switch between standard illumination and night-vision-friendly lighting.

Constructed from aerospace-grade magnesium alloy, the headlamp provides exceptional durability while remaining lightweight at only 96 g (3.39 oz), helping reduce neck fatigue during extended use.

The dual-rotator control system allows easy operation while wearing gloves, including instant mode selection and smooth brightness adjustment with memory functionality. The modular quick-release system also allows the hiStar to convert between a headlamp, helmet light, hardhat light, or standalone work light when used with compatible mounting accessories.

Specifications

Lighting Performance

• Maximum Output: 2300 lumens
• Maximum Beam Distance: 256 m / 839.9 ft
• Beam Type: Hybrid spotlight and 100° floodlight
• Light Modes: White light, red light, SOS

Runtime

• Maximum Runtime: 220 hours

Construction

• Body Material: Aerospace-grade magnesium alloy
• Weight: 96 g / 3.39 oz

Features

• Patented Claw Optics™ dual-beam system
• Uses rechargeable 18650 Battery with inbuilt USBC port and 2 x CR123A option
• Stepless dimming dial
• Independent mode ring
• Smart memory lock
• Glove-friendly controls
• Quick-release modular mounting system
• Compatible with helmet, hardhat, and tactical mounting systems
• Convertible standalone work light configuration