Byrna BP50 .50 Cal CO2 Projectile Launcher - Yellow Training Model

The Byrna BP50 .50 caliber CO2 projectile launcher delivers reliable non-lethal force options for training and tactical applications. This yellow-marked training variant provides consistent performance with standard .50 caliber projectiles while maintaining the same operational characteristics as duty models.

What Makes This Different

Unlike traditional powder-actuated systems, the BP50 utilizes compressed CO2 for consistent velocity and reduced maintenance requirements. The launcher maintains accuracy across multiple shots without the heat buildup and fouling associated with gunpowder systems. Each CO2 cartridge delivers approximately 15-20 shots at effective velocities, providing reliable performance in various environmental conditions.

Key Features

• CO2-powered system eliminates need for gunpowder or primers
• Compatible with standard .50 caliber training and marking projectiles
• Yellow safety marking clearly identifies training configuration
• Consistent muzzle velocity reduces trajectory variables
• Quick-change CO2 cartridge system for rapid reloading
• Durable polymer construction withstands training use
• Ergonomic grip design accommodates various hand sizes

The BP50 maintains consistent performance across temperature ranges where traditional systems might fail. Training scenarios benefit from the reduced noise signature and elimination of spent casings. The CO2 system provides immediate readiness without warm-up periods, making it suitable for both indoor and outdoor training environments. Projectile compatibility includes rubber balls, marking rounds, and training-specific ammunition.

Technical Specs

• Caliber: .50 caliber projectiles
• Power Source: 12-gram CO2 cartridges
• Capacity: 15-20 shots per CO2 cartridge
• Construction: High-impact polymer frame
• Safety Marking: Yellow training identification
• Operating Temperature: -10°F to 120°F
• Weight: Approximately 2.5 lbs (unloaded)
• Country of Origin: USA

The BP50 addresses the need for consistent, reliable training tools that mirror operational equipment without the complexity of traditional systems. Training programs benefit from reduced operational costs and simplified logistics while maintaining realistic handling characteristics.