SABRE Frontiersman FLH01 Bear Horn - 115dB Emergency Signal

The SABRE Frontiersman FLH01 Bear Horn delivers a piercing 115-decibel blast that cuts through wilderness noise to signal distress or deter wildlife encounters. This compressed air horn provides reliable emergency signaling without batteries or moving parts that can fail in harsh conditions.

What Makes This Different

Unlike electronic devices that drain batteries in cold weather, this compressed air system operates reliably in temperatures from -40°F to 120°F. The horn produces a sharp, penetrating tone that travels over 1 mile in open terrain, significantly outperforming whistle-based emergency signals. Each canister delivers approximately 50 full-power blasts before requiring replacement.

Key Features

• 115-decibel output audible over 1 mile in open terrain
• Compressed air system requires no batteries or maintenance
• Operates reliably in extreme temperatures from -40°F to 120°F
• Lightweight 4.1-ounce aluminum canister with corrosion-resistant finish
• Compact 6.5-inch length fits easily in backpack side pockets
• Approximately 50 full-power blasts per canister
• Built-in clip attachment for belt or pack mounting

Field testing demonstrates consistent performance across altitude changes and weather conditions. The horn's sharp frequency cuts through wind noise and natural sounds that often mask lower-decibel emergency signals. Hunters, hikers, and outdoor workers rely on this device for both emergency signaling and wildlife deterrent applications in bear country.

Technical Specs

• Sound Output: 115 decibels at 10 feet
• Dimensions: 6.5 inches length x 1.5 inches diameter
• Weight: 4.1 ounces
• Material: Aluminum canister with plastic actuator
• Operating Temperature: -40°F to 120°F
• Blast Duration: 1-2 seconds per activation
• Audible Range: Over 1 mile in open terrain
• Capacity: Approximately 50 full-power blasts

The FLH01 represents proven compressed air technology adapted for outdoor emergency use. Professional guides and wilderness safety instructors specify this model for its consistent output and temperature reliability when electronic alternatives fail.