Skip to product information
1 of 2

Safariland 7360RDS ALS/SLS Mid-Ride Holster Fits Sig Sauer P320 X-Five w/ Romeo1

Safariland 7360RDS ALS/SLS Mid-Ride Holster Fits Sig Sauer P320 X-Five w/ Romeo1

Regular price $171.60 USD
Regular price Sale price $171.60 USD
Sale Sold out
Shipping calculated at checkout.

16 in stock

Safariland 7360RDS, ALS/SLS Mid-Ride Level-III Retention Holster Fits Sig Sauer P320 X-Five w/ Romeo1, Kydex, Black, Right Hand 7360RDS-45227-411

The Safariland 7360RDS 7TS Mid-ride holster is specifically designed to fit and protect weapons with red dot optics. The 7360RDS 7TS Mid-ride holster features ALS (Automatic Locking System) retention, which is completely operable with the thumb, making training easy, and the straight-up draw makes them very instinctive to use, yet difficult for an assailant's attempted takeaway. Incredibly durable, yet remarkably lightweight, the 7360RDS holster is constructed from SafariSeven material and built to withstand the elements, including extremes of heat and cold. In addition, the holster retains its structural integrity even when submerged in water indefinitely. On the inside of the holster, the SafariSeven material is non-abrasive to protect your firearm's finish. Additional protection is provided by raised surfaces which create airspace around the firearm, allowing dirt and moisture to quickly clear contact. To ensure a perfect fit, the 7360RDS holster is compatible with all Safariland holster mounting options, and the mid-ride belt loop allows the holster to ride close to the body.

Fits Sig P320 X-Five with Romeo1, Romeo1Pro, Vortex Viper or Venom, Trijicon RMR, Dr. Optic, Deltapoint Pro, or Fastfire and Streamlight TLR-7, Surefire XC-1, XC-2, Nightstick TCM 550, or Inforce APLc

Level III Retention
Automatic Locking System
For use with red dot optics-equipped firearms
Completely non-abrasive to a firearm's finish

Model #  7360RDS-45227-411

WARNING: This product contains chemicals know to the State of California to cause cancer and birth defects or other reproductive harm.

View full details