Streamlight TLR RM 2 Laser-G | 1,000 Lumens | 69454

The Streamlight TLR RM 2 Laser-G is a low-profile rail-mounted LED light with an integrated green laser designed for long-reach illumination and precise aiming. It uses an HPL face cap to produce a tighter, longer-reaching beam while maintaining the published lumen output. The unit supports independently operating push-button and remote pressure switches and runs on two CR123A lithium batteries.

Typical applications include low-light target identification and tactical range training or professional use where a compact, rail-mounted light/laser combination is required.

Product Specifications

• The maximum output is 1,000 lumens.
• The peak beam intensity is 22,000 candela, producing a long-reaching beam.
• The listed beam distance is 297 meters.
• The LED runtime is 1.5 hours when used in LED-only or LED+laser modes.
• The strobe runtime is 3 hours when strobe is enabled.
• The integrated green laser operates in the 510–530 nm wavelength range and has a listed runtime of 11 hours when used alone.
• The unit features a mode toggle switch for laser only, light only, or light/laser combo operation.
• The control options include independently operating push-button and remote pressure switches with a 90° exit for improved wire routing.
• The body is constructed from aircraft-grade aluminum with an anodized finish.
• The light securely mounts to long guns with MIL-STD-1913 (Picatinny) rails.
• The power source is two CR123A lithium batteries (included).
• The unit is rated IPX4 water-resistant.
• The listed weight with batteries is 5.11 oz.
• The optic is engineered to produce a concentrated beam with optimized peripheral illumination.
• The UPC is 080926694545.

Designed for users who need a compact, high-output light and a visible green aiming point, the TLR RM 2 Laser-G combines a focused HPL optic with user-selectable laser and light modes in a rugged aluminum package. Its independent switch options and Picatinny-compatible mounting make it suitable for professional and training environments where reliable, repeatable illumination and a visible laser reference are required.