INFIRAY ILR-1200-1 LRF Module For Tube Design 1200m

The Infiray ILR-1200-1 LRF Module delivers tactical-grade distance measurement up to 1,200 meters with remarkable accuracy, featuring a short-range precision of ±1 meter and long-range tolerance of ±(1 + L × 0.25%). Engineered to seamlessly integrate with Infiray thermal systems like the Tube TP25SE Thermal Scope and TS60 HD Thermal Rifle Scope, this module employs a USB-C connector for instant attachment, power delivery, and firmware updates. It’s a Class 1 Eye-Safe Laser (IEC 60825-1:2014 compliant) that ensures operational safety across diverse field conditions.

Enhanced Performance Features:

1. Extreme Environment Resilience
   Built with IP67-rated waterproof/dustproof seals, the module functions flawlessly in temperatures from -20°C to +50°C. Consequently, it withstands harsh conditions like heavy rain, dust storms, or freezing environments—ideal for mountain hunts or extended security patrols.

2. Real-Time Tactical Networking
   Through integrated Bluetooth and Wi-Fi, the module instantly transmits distance data to connected devices. This capability supports strategic coordination during team operations and enables precise data logging for terrain mapping.

3. Optimised Weight & Compatibility
   At just 130 grams (estimated from system specs), the LRF maintains rifle balance and reduces fatigue. Furthermore, its universal tube design ensures plug-and-play compatibility with Infiray platforms, avoiding complex calibration.

Operational Superiority:

• Hunting Efficiency: Achieves instant shot solutions for targets beyond 800m, enhancing ethical harvests.
• Security Surveillance: Identifies intrusions at 1.2km range with negligible error margin.
• Scientific Fieldwork: Facilitates high-accuracy geological surveys via wireless data streaming.

Competitive Edge:
Unlike conventional rangefinders, the ILR-1200-1 uniquely merges modular lightness with smart connectivity. Moreover, its USB-C versatility—supporting simultaneous charging and data syncing—eliminates field power bottlenecks, a critical advantage over rivals requiring proprietary adapters.