Laser Falcon 2.0

Description

The Remote Sensing Payload Instrument is a cutting-edge gas detection system designed for accurate methane monitoring using Infrared Absorption Spectroscopy. The system operates by emitting a 1.65 μm laser, which reflects off surfaces and is captured by the onboard sensor. By comparing the outgoing and incoming signals with a built-in reference cell, the system detects methane presence along the laser path, calculating the gas concentration in ppm×m (parts per million multiplied by meter).

This real-time detection capability allows for instant data transmission to both the drone operator’s remote control (RC) and UgCS software, ensuring seamless monitoring and reporting. Its advanced algorithm delivers precise, actionable insights for industries requiring gas detection, regulation, and compliance monitoring.

Key Applications:

✅ Landfill gas monitoring
✅ Gas reclamation and environmental safety
✅ Natural gas infrastructure inspections
✅ Manufacturing plant emissions detection
✅ Above & below-ground pipeline corridor assessments
✅ Regulatory compliance and reporting

With its high-precision methane detection and seamless data integration, the Remote Sensing Payload Instrument is an essential tool for efficient, safe, and accurate environmental gas monitoring.