Nitecore MH23 Flashlight

Features:

• High performance rechargeable palm-sized spotlight
• Utilises a CREE XHP35 HD LED emits maximum output of 1800 lumens
• Crystal coating technology combined with “Precision Digital Optics Technology” for extreme reflector performance
• A maximum beam intesity up to 21600cd and a maximum beam distance up to 294 meters
• Utilises a two-stage power switch to control all functions
• High efficient constant circuit with runtime of 330 hours
• Integrated power indicator light display remaining battery power
• Power indicatore displays battery voltage
• Intelligent Li-ion battery charging circuit
• Integrate advanced temperature regulation (ATR) technology
• Reverse polarity protection
• Optics lens with anti-reflective coating
• Constructed from rugged aero-grade aluminium alloy
• Rugged HAIII military grade hard-anodized aluminium alloy
• IPX8 waterproof (2m submersible)
• Impact resistant to 1.5 meters
• Tail stand capabillity
• LED: CREE XHP35 HD
• Battery Type: 1 x 18650 or 2 x CR1233A or 2 x 16340
• Max Beam Distance: 294 meters
• Max Beam Intensity: 21600cd
• Brightness Outputs:
• Turbo 1800 Lumens – 30 Minutes
• High 760 Lumens – 1 Hour 45 Minutes
• Medium 260 Lumens – 4 Hours 45 Minutes
• Low 55 Lumens – 19 Hours
• Ultralow 1 Lumen – 300 Hours
• Special Outputs Strobe, SOS, Beacon
• IPX Rating: IPX-8 (2 Meter Submersible)
• Impact Resistance: 1.5 meters
• Dimensions: Length 121mm, Head Diameter 31.8mm
• Weight: 96g

Package Includes:

1 x Nitecore MH23 Flashlight
1 x Holster
1 x Micro-USB Charging Cable
1 x Body Clip
1 x Lanyard
2 x Spare O-ring
1 x Spare USB Charging Cover Rubber
1 x User Manual
1 x Warranty Card

Warranty: 5 Year Warranty on the light (1 year on the included rechargeable battery if there is one) from date of purchase against manufacturing defect. Accessories (such as pocket clip, lanyards, holsters, etc), normal wear and tear, drop & water damages is not covered, nor is damage resulting from abuse, neglect, battery leakage or altering this product from its original state.