FIRST LOOK 360 REACH KIT
The FL360 REACH, available in wired and wireless modes, extends the FL360 LR Search Camera’s range and connectivity. It enhances team awareness, collaboration, and safety by keeping observers outside the collapse zone, improving situational awareness, decision-making, and response time.
The FL360 REACH, deployable in both wired and wireless configurations, extends the operation range and connectivity of the FL360 LR Search Camera. This new FL360 REACH enhances team awareness and collaboration, leading to safer, more controlled rescue scenes. It also keeps critical observers outside the collapse zone, minimizing exposure and improving situational awareness, decision-making, and response time.
The kit includes:
– 1x FL360 Reach
– 1x FL360 3m/9ft Connection Cable
– 4x FL360 Rechargeable Li-ion Batteries with Protection Circuit
– 1x FL360 Battery Charger – 4 Position (USB-C)
– 1x FL360 USB Power Adapter QC3
Built for the Real Way Rescue Works
– Extends effective wireless communication up to 120 meters (393 feet)
– Optimizes signal for the operator and up to 4 observers
– Supports wired, wireless, and hybrid configurations
– Live streams on up to 5 devices (Android and iOS included)
– Maintains wire video quality up to 91 meters (300 feet)
– Uses the same batteries as FL360
– Rugged IP67 housing designed for harsh conditions
– Dual antennas enhance reliability in RF environments
– Wireless kill switch for sensitive operation

Specifications
- REACH Dimensions: 10cm x 15cm x 5cm
- Weight: 398g
- Batteries: 2x Removable Li-ion with protection circuit
- Operating Temp Range: -10°C to 60°C
- Operating Time: up to 7 hours
- Immersion Rating: IP67 (with battery lid securely installed)
- Anchor Points: 3/18-16 UNC
- Construction: Aluminum 6061 and Glass Reinforced Nylon
Connectivity:
- Camera Compatibility: FL360 LR, FL360 IR-C
- Wireless Connectivity: Wi-Fi 802.11n MIMO 2.4 GHz
- Wired Connectivity: Ethernet
- Max Wired Range: 91m
- Max Wireless Range: up to 120m (line of sight)
*Actual range will vary based on obstacles and environmental conditions
