Daniel Defense Offset Flashlight Mount Rock & Lock

$64.71 6 in stock

Precision-machined aluminum offset mount for 1" flashlights. Features Daniel Defense's patented Rock & Lock system for quick installation on Picatinny rails. Ambidextrous design works with vertical foregrips.

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Daniel Defense Offset Flashlight Mount

Designed for serious shooters who demand reliability and ergonomics, the Daniel Defense Offset Flashlight Mount solves a fundamental problem: how to position a tactical light for intuitive thumb activation without compromising your grip.

Key Features

  • Patented Rock & Lock System: One-piece mounting design simplifies installation on any MIL-STD-1913 Picatinny rail
  • Precision Engineering: CNC-machined from 6061-T6 aluminum for durability and lightweight performance
  • Ambidextrous Design: Mount on either side rail to suit your shooting preference
  • Ergonomic Positioning: Works in conjunction with a vertical foregrip to place the flashlight's rear button within natural thumb reach
  • Type III Hard Coat Anodizing: Military-spec black finish resists wear and corrosion
  • 1" Diameter Compatibility: Accepts standard tactical flashlight bodies
  • Made in the USA: Manufactured to exacting standards

Why This Mount Matters

The offset configuration eliminates accidental light activation. Your thumb naturally finds the rear button while gripping the foregrip—the action is quick and intuitive, yet deliberate. This thoughtful design reduces fumbling in critical moments and keeps your light under positive control.

Whether you're running a defensive rifle, competition setup, or duty weapon, this mount delivers the reliability Daniel Defense is known for.

Features

  • 6061 t6 aluminum
  • accommodates a 1 diameter flashlight body"
  • type iii hard coat black anodizing

Attributes

Color: Black
Color: Offset
Description: Offset
Finish: Black Hard Anodized
Fit: Picatinny
Material: Aluminum
Model: Flashlight Mount
Model: Offset
Model Fit: 1
Type: Flashlight Mount
Type: Rail Adapter
Caliber or Gauge: No