The Lockdown 222501 Gun Concealment Magnet transforms any metal surface into a secure, instant-access firearm storage point. This powerful magnetic mount holds handguns up to 25 pounds while maintaining complete concealment behind desks, under counters, or inside safes.
What Makes This Different
Unlike basic magnetic holders that slip or lose grip over time, the 222501 features rare earth neodymium magnets encased in a protective rubber coating. The magnetic field strength remains consistent even after thousands of mount/dismount cycles. The low-profile design measures just 0.75 inches thick, allowing placement in spaces where traditional holsters won't fit.
Key Features
- 25-pound magnetic hold capacity accommodates full-size pistols and revolvers
- Rare earth neodymium magnets provide consistent, reliable grip strength
- Protective rubber coating prevents scratches to firearm finish
- 0.75-inch low-profile design fits in tight concealment spaces
- Works on any ferrous metal surface including safes, desks, and bed frames
- Black finish blends seamlessly with most surfaces
- No installation required - ready to use immediately
The 222501 excels in home defense applications where quick access matters most. Law enforcement officers use similar magnetic mounts for backup weapon storage in patrol vehicles. The rubber coating grips the firearm securely while protecting expensive finishes from magnetic contact damage. The magnet maintains full strength in temperatures from -40°F to 180°F.
Technical Specs
- Dimensions: 4.5" L x 1.5" W x 0.75" H
- Weight capacity: 25 pounds maximum
- Magnet type: Rare earth neodymium
- Coating: Protective rubber outer shell
- Color: Matte black finish
- Operating temperature: -40°F to 180°F
- Compatible with: All ferrous metal surfaces
- Country of origin: China
The Lockdown 222501 provides professional-grade magnetic storage without permanent mounting or modification to furniture. Security-conscious gun owners choose magnetic mounts for their combination of accessibility and concealment that traditional storage methods cannot match.