Unfortunatly we not ship firearms to the following states:
California, Connecticut, District of Columbia, Hawaii, Illinois, Massachusetts, New Jersey, New York, Rhode Island, Washington
Unfortunatly we not ship firearms to the following states:
California, Connecticut, District of Columbia, Hawaii, Illinois, Massachusetts, New Jersey, New York, Rhode Island, Washington
Upgrade your competition gear with this heavy-duty magnetic magazine pouch and tool holder. Designed for USPSA and practical shooting sports, this setup uses two powerful 32mm magnets rated at 95 lbs each to securely retain magazines, tools, or other steel items while allowing fast access when you need them.
The magnets are covered with a protective rubber pad to help prevent scratches and wear on magazines, tools, and other equipment. The magnets can also be repositioned using the mounting holes to create a diagonal orientation for a customized draw angle.
Features:
32mm magnets rated for 95-110 lbs each
Rubber-coated magnet faces help protect magazines and tools from scratches
Adjustable quick-release belt clip fits belts from 1.5" to 2"
The "Wide Clip" includes a locking quick-release switch prevents accidental release during movement
The "Slim Clip" is a non-locking quick release
USPSA-compliant setup
Adjustable magnet mounting positions for straight or angled configurations
Durable construction designed for competition and range use
Ideal For:
USPSA Competition
Steel Challenge
3-Gun Competition
Range Tools
Gunsmithing Tools
Workshop Use
Available Options:
Single-magnet version
Double-magnet version
Versions with or without rubber protective pads
Narrow and wide belt clip version
Please review all photos carefully and feel free to contact me with any questions before purchasing.
Disclosure:
Please be sure that you are able to legally purchase and own the item before placing your order.
These items are assembled in the USA from parts supplied from various suppliers and vendors. The photos in this ad are examples of the products that you will receive but may vary slightly in actual assembly and hardware from time-to-time depending on the batch.