The Browning Citori 825 Trap delivers competition-grade performance with a silver nitride steel receiver and precision-engineered mechanics. This 12-gauge over/under combines traditional craftsmanship with modern technology for trap shooting excellence.
What Makes This Different
The 825 Trap features Browning's silver nitride steel receiver treatment that provides superior corrosion resistance compared to standard blued receivers. The extended Invector-DS choke system offers more precise shot pattern control than traditional choke tubes. The high-gloss black walnut stock includes hand-checkering and a Monte Carlo comb specifically dimensioned for trap shooting disciplines.
Key Features
- Silver nitride steel receiver with enhanced corrosion resistance
- 32-inch polished blued barrels optimized for trap shooting
- Invector-DS extended choke system with flush-mount tubes
- High-gloss black walnut stock with Monte Carlo comb
- Single selective trigger with mechanical operation
- Automatic ejectors for rapid shell extraction
- 2.75-inch chamber specification for standard trap loads
The 32-inch barrel length provides extended sight radius and improved swing characteristics essential for consistent trap performance. The mechanical trigger system eliminates the reliability concerns associated with inertia triggers. Weather-sealed action components maintain function in adverse conditions, while the polished bore finish reduces fouling buildup during extended shooting sessions.
Technical Specs
- Gauge: 12 gauge, 2.75-inch chambers
- Barrel Length: 32 inches, polished blued finish
- Receiver: Silver nitride steel construction
- Stock: High-gloss black walnut with hand checkering
- Chokes: Invector-DS extended system included
- Trigger: Single selective mechanical operation
- Ejectors: Automatic ejection system
- Overall Length: Approximately 49 inches
- Weight: Approximately 8.5 pounds
- Country of Origin: Japan
The Citori 825 Trap represents proven engineering backed by decades of competition use. Professional trap shooters recognize the model's consistent performance and reliability advantages over entry-level alternatives.