ML150LRS Rechargeable LED Fast-Charging Flashlight - Gloss Black - Custom Engraving

The ML150LRS Rechargeable LED Fast-Charging Flashlight in Gloss Black is Maglite’s compact, reliable solution for professionals and teams seeking fast charging, durable performance, and a personalized branding option. This compact version of the ML150LR delivers high versatility with a laser-engraving-ready surface for permanent, professional branding.

• Compact, rugged aluminum body: Anodized, gloss black finish that withstands tough conditions while remaining easy to carry.
• Rechargeable LiFePO4 battery: Safer chemistry with a long service life—up to 2,000 charge/discharge cycles for dependable use over years.
• Fast-Charging cradle: Fully charges a dead battery in 1.5 hours; secure clamping in rough conditions and built-in overcharge protection; includes both AC and DC adapters.
• Patented heat sink: Advanced design enhances brightness consistency and power management during extended use.
• QuickFocus head: Spot to Flood beam adjustment in about 1/4 turn of the head for precise illumination control.
• QuickClik® interface: Five operating modes with four configurable function sets, allowing quick access to your preferred functions (General, Outdoor, Law Enforcement, Military).
• Five configurable functions: High Power, Low Power, Eco Mode®, Strobe (12 Hz), and Momentary On/Off—customizable for fast, task-specific use.
• Custom engraving: Permanent laser-engraved artwork—your company name, logo, or message replicated precisely for durable branding.
• Ten Year Limited Warranty: Long-term protection to back up its rugged reliability.

This flashlight isn’t just a lighting tool—it’s a branding asset and a dependable work companion. The ML150LRS is ideal for corporate gifts, team fleets, emergency kits, or field personnel who need a compact, rechargeable light with configurable access to essential functions. With its fast-charge capability, durable build, and the option to engrave your branding, it offers practical value that teams can rely on from shift to shift.