Fenix HP16R rechargeable headlamp

 The Fenix HP16R Headlamp is the perfect tool for those who require high performance and long runtimes. Powered by its included 3000mAh li-polymer battery, this headlamp can blast a combined 1250 lumens from its spotlight. It can shine that light for up to 300 hours on its lowest floodlight brightness level, or even longer if you carry along extra AA batteries. A neutral white LED floodlight produces a warm light for better color rendering. 60° tilt mechanism allows you to place light where you need it and the lock out function helps avoid accidental activation. For all night exploring or on the job demands, the Fenix HP16R Headlamp won’t let you down.

SPECIFICATIONS

• Max Lumens: 1250
• Max Beam Distance:  255 meters  (837 feet)
• Max Runtime: 300 hours
• Lighting Modes: 4 brightness levels on spotlight, 3 brightness levels on floodlight, red and red flash
• Bulb Type: Luminus SST40 white light LED, Cree XP-G3 S4 neutral white LED and Everlight 2835 red light LED
• Size: Headlamp: Length: 62mm  (2.44”) Width: 47mm  (1.85”) Height: 32mm  (1.26”) Battery Case: Length:  73mm (2.87”) Width: 25mm  (0.98”) Height: 69mm  (2.72”)
• Weight: 7.62 oz. (216g) including battery and headband
• Battery: One included Li-polymer battery pack or 4 AA batteries can be used as a backup
• Included: ARB-LP3000 li-polymer battery, USB type-C charging cable, 4 helmet attachment hooks, 3 cable clips, spare O-ring, storage bag

MORE INFORMATION

• Luminus SST40 white light LED, Cree XP-G3 S4 neutral white LED and Everlight 2835 red light LED; with a lifespan of 50,000 hours.
• Included a 3000mAh Li-polymer battery pack and compatible with 4 AA Ni-MH/Alkaline batteries (charging is prohibited).
• Separately controlled dual switch for easy and fast operation.
• Lockout function avoids accidental activation.
• USB Type-C charging port with 2A fast charging, 3 hours for full charging.
• 60° tilt mechanism directs the beam where needed.
• Made of quality plastics and aluminum, integrated die-casting for better heat dissipation and safety performance.