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Methane-Only. Infrared Spectroscopy. ppm×m Output. Real-Time RC & UgCS.
The Laser Falcon 2 is built around a single detection principle: Infrared Absorption Spectroscopy at 1.65 μm, sensitive exclusively to methane. The Class 3R eye-safe laser emits light along the detection path, reflects it back to the sensor, and compares outgoing and incoming signals against a built-in reference cell — if methane is present, the absorbed signal is detected and concentration is calculated in ppm×m. Because the system is sensitive only to methane, false readings from other gases are physically impossible — delivering reliable, actionable detection data without noise from non-target compounds. Results are transmitted instantly to the drone pilot's RC and to UgCS for real-time monitoring and data logging during aerial survey missions.
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Methane-Only Detection. Infrared Absorption Spectroscopy. Class 3R Eye-Safe Laser. UgCS Ready.
The Laser Falcon 2 is a UAV-mounted methane detection payload by Tokyo Gas Engineering Solutions, engineered for aerial gas leak detection and pipeline inspection. Using Infrared Absorption Spectroscopy at a 1.65 μm spectral range, the Laser Falcon 2 is sensitive exclusively to methane — eliminating false readings from other gases entirely. A Class 3R eye-safe laser emits and captures reflected light, comparing outgoing and incoming signals against a built-in reference cell to calculate gas concentration in ppm×m. Results are transmitted instantly to the drone pilot's remote control and to UgCS flight planning software for real-time situational awareness during aerial survey missions.
Note: Additional components and software must be ordered to use this sensor with drones. A complete list of required items will be provided with your quote response. Contact Maverick to request a quote.
Key Features
- Methane-Only Detection — Zero False Readings — The Laser Falcon 2 is sensitive exclusively to methane, making it immune to false readings from other gases present in the environment — delivering reliable, actionable detection data without noise from non-target compounds.
- Infrared Absorption Spectroscopy — 1.65 μm — The laser emits light at 1.65 μm, which reflects back to the sensor. Outgoing and incoming signals are compared against a built-in reference cell — if methane is present along the laser path, the absorbed signal is detected and concentration is calculated.
- ppm×m Concentration Output — Gas concentration is calculated and output in parts per million multiplied by meter (ppm×m) — providing a quantitative measure of methane presence along the laser path for precise leak characterization.
- Class 3R Eye-Safe Laser — The 1.65 μm laser is classified as Class 3R eye-safe, enabling safe operation in field environments without requiring specialized laser safety protocols for ground personnel.
- Real-Time RC & UgCS Integration — Detection values are transmitted instantly to the drone pilot's remote control and to UgCS drone flight planning and control software for real-time monitoring, data logging, and mission management during aerial surveys.
Designed For
- Natural gas pipeline leak detection and inspection
- Oil and gas infrastructure aerial survey
- Utility corridor methane monitoring
- Environmental compliance and emissions monitoring
- Industrial facility gas leak detection