 |
 |
 |
|
WARNE, RED DOT RISER, LOW PRO REFLEX MOUNT, FITS PICATINNY, ALUMINUM CONSTRUCTION, ANODIZED FINISH, BLACK
The Warne® Low Profile Reflex Mount (Part #6109M) is a purpose-built riser for today’s most popular reflex optics — from Trijicon and Holosun to Vortex, Leupold, Sig Sauer, and more. Designed to keep your sight picture as low to the bore as possible, this riser combines lightweight CNC aluminum construction with hardened black anodizing for lasting durability in the field or on the range.
Weighing just 3.0 oz, the 6109M attaches directly to any standard Picatinny rail and features a modular mounting deck compatible with dozens of red dot footprints. Whether you’re running a Trijicon RMR on your defensive carbine or a DeltaPoint Pro on a competition PCC, this mount delivers repeatable zero, rock-solid interface, and a snag-free footprint that won’t bulk up your platform.
Trusted by serious shooters and proudly made in the USA, the Warne 6109M Riser Mount delivers mission-ready mounting in a compact, versatile package.
| Part Number |
6109M |
| Brand |
Warne |
| Product Type |
Reflex Riser Mount |
| Fitment |
Picatinny rail |
| Profile |
Low |
| Material |
Machined Aluminum |
| Finish |
Hard Anodized, Black |
| Weight |
3.0 oz |
| Country of Origin |
Made in the USA |
| Compatible Optics |
Burris Fast Fire 2 & 3, CMORE RTS & STS, Doctor, Eotech MRDS,
Holosun 507c/407c (V1 & V2), Insight MRDS, Leupold Delta Point & Delta Point Pro,
Shield RMS, Sig Romeo 3 / 3 Max / 3 XL, Trijicon RMR, TrueGlo,
UTG Reflex Micro Dot, Vortex Razor, Venom, Viper
(and others with same hole patterns)
|
|
|
|
 |
|
 |
|
|
|
 |
|
 |
|
Features
- Part Number: 6109M – Made in the USA
- Low-profile design keeps optic close to bore axis
- Only 3.0 oz – lightweight yet durable
- Precision CNC-machined aluminum with hard anodized black finish
- Securely fits any standard Picatinny rail
- Multi-footprint interface compatible with dozens of reflex sights
- Ideal for tactical, defensive, or competition applications
- Engineered for consistent zero retention and fast optic transitions
|
|
|
|
|
|
|