The SME SME-BRSC Brass Catcher eliminates the tedious task of collecting spent brass after range sessions while protecting ejected cases from damage. This universal brass collection system attaches quickly to most rifles and prevents cases from scattering across the firing line.
What Makes This Different
Unlike flimsy mesh catchers that tear after minimal use, the SME-BRSC features a reinforced collection bag with heat-resistant materials. The adjustable mounting system accommodates various rifle configurations without requiring permanent modifications. The zippered bottom allows for quick brass removal without detaching the entire unit from the firearm.
Key Features
- Heat-resistant nylon collection bag holds up to 50 spent cases
- Universal clamp system fits most rifle rails and barrel configurations
- Zippered bottom dump feature for rapid brass removal
- Reinforced mounting bracket prevents sagging under load
- Compatible with .223/5.56, .308, and similar rifle calibers
- Quick-release mechanism for easy installation and removal
- Compact folding design for convenient storage and transport
Range performance remains consistent across extended shooting sessions, with the reinforced bag maintaining its shape even when filled to capacity. Competition shooters appreciate the unobstructed ejection pattern that doesn't interfere with rapid fire sequences. The system works effectively in both indoor and outdoor environments, withstanding temperature variations and handling hot brass without degradation.
Technical Specs
- Bag capacity: Approximately 50 rifle cases
- Material: Heat-resistant nylon with reinforced stitching
- Mounting: Universal clamp system with rubber padding
- Weight: 8 ounces
- Folded dimensions: 6" x 4" x 2"
- Extended dimensions: 12" x 8" x 6"
- Compatibility: Most rifles with standard ejection patterns
- Color: Black
The SME-BRSC transforms range cleanup from a chore into a simple zip-and-dump operation. Reloaders particularly value the protection this system provides to brass cases, maintaining their condition for multiple reloading cycles.