Unity Tactical AXON SL Single Lead Crane Laser - Black AXNSLI7B

The Unity Tactical AXON SL Single Lead delivers precise infrared laser designation in a compact, crane-compatible housing. This single-lead configuration streamlines cable management while maintaining full compatibility with standard PEQ-15 mounting systems.

What Makes This Different

The AXON SL eliminates the bulk of dual-lead systems without sacrificing performance. Built on Unity Tactical's proven laser platform, it provides the same power output and beam quality as full-size units in a significantly reduced footprint. The single-lead design reduces snag hazards and simplifies integration with existing helmet-mounted systems.

Key Features

• Class IIIb infrared laser with adjustable power output
• Single lead configuration reduces cable complexity by 50%
• Direct compatibility with Crane NGAL and PEQ-15 mounts
• Waterproof housing rated to 66 feet (20 meters)
• Momentary and constant-on activation modes
• Low-profile design minimizes helmet weight distribution
• Mil-spec hard anodized aluminum construction

Field performance remains consistent across temperature ranges from -40°F to 140°F. The laser maintains zero retention through repeated shock and vibration cycles typical of airborne operations. Battery life extends beyond 4 hours of continuous operation on standard CR123A cells, with low-battery indication preventing unexpected shutdowns during critical missions.

Technical Specs

• Weight: 4.2 ounces with battery
• Dimensions: 3.8" x 1.5" x 1.2"
• Power source: Single CR123A lithium battery
• Operating temperature: -40°F to +140°F
• Waterproof rating: IPX8 to 66 feet
• Mount compatibility: Standard Picatinny rail systems
• Cable length: 36 inches with reinforced connectors
• Manufactured in the United States

The AXON SL represents Unity Tactical's commitment to weight reduction without performance compromise. Professional users requiring reliable laser designation in a streamlined package will find this single-lead system addresses both operational requirements and equipment constraints effectively.