Xtar MINI D20 PRESS 1200 duiklampenset

When you're exploring the depths, reliable illumination is not a luxury—it's a necessity. The Xtar MINI D20 PRESS 1200 Diving Flashlight Set delivers a powerful 1200-lumen beam that cuts through the darkness, engineered for divers who demand performance at depths up to 100 meters. Its rugged anodized aluminum body and magnetic press switch are built to withstand the pressures of the deep, while the included 26650 battery and charger ensure you're ready to dive right out of the box.

Who is it for

This diving flashlight is ideal for scuba divers, snorkelers, and underwater photographers who require a dependable, high-output light source. Whether you're exploring wrecks, caves, or reefs, the D20 PRESS provides the brightness and durability needed for safe and enjoyable dives.

Main features

• 1200 lumens maximum output with CREE XM-L2 U3 LED for intense illumination
• Waterproof to 100 meters (IPX8) with double O-ring seals
• Magnetic press switch for easy one-handed operation even with gloves
• Compatible with 18650 or 26650 Li-ion batteries (26650 included)
• Four modes: High, Medium, Low, and Strobe for versatile use
• Constructed from anodized aircraft-grade 6061 aluminum alloy for corrosion resistance
• Includes XTAR MC1 Plus charger, lanyard, and spare O-rings

Specifications

• Max brightness: 1200 lumens
• LED: CREE XM-L2 U3, cool white 6500K
• Beam angle: 10° narrow spot
• Max beam distance: 100 meters underwater
• Battery: 1x 26650 4900mAh (included) or 1x 18650
• Runtime on High: approx. 2.5 hours with 26650
• Impact resistance: 1.5 meters
• Material: anodized aircraft-grade 6061 aluminum alloy
• Lens: toughened ultra-clear glass with anti-reflective coating
• Reflector: smooth
• Protection: over-discharge, reverse polarity

Tips

Always rinse the flashlight with fresh water after diving in saltwater to prevent corrosion. Check and lubricate the O-rings regularly with silicone grease to maintain waterproof integrity. For extended dives, carry a spare 26650 battery to ensure continuous illumination.