Gas Pipe Line Leak Detection, Transmission ROW Inspection, ROW Vegetation Encroachment Issues. All In One Gimbal!
HIGH QUALITY THERMAL IMAGING SOLUTIONS
The Falcon Spectral Series addresses the need for aerial security and pursuit with an attractively low price point to match lower cost helicopters. The Falcon’s secret is its hybrid sensors that do not require cooling, therefore providing many years of service at a reasonable price. The system’s unique gyro-stabilized gimbal motors with high speed precision allow users to modify the sensors as technology advances.
With over 30 years of experience, HurleyIR has developed a design methodology for thermal imaging solutions that allows for custom configuration to meet spectral needs and control formats. Our thermal camera systems have been tested under the harshest conditions and boast a failure rate of less than 1% in the field. All our products exceed military specifications for environmental and operational integrity. HurleyIR protects and supports all branches of the U.S. Armed Forces in the most difficult and dangerous circumstances. Off the battlefield, our products and services have empowered and supported security forces and businesses, helping them to see more.
We provide comprehensive, non-destructive thermographic testingservices to help businesses and governments inspect and accurately evaluate the operational efficiency of valuable infrastructure, such as gas lines, electrical transmission lines, buildings, and much more. We also provide world-class training programs and certification in both ground-based and aerial thermography.
With thirty years of experience in the aviation testing and inspection environment, HurleyIR believes that Drones/UAS Aerial test and inspections are the future of the industry. The most distinct benefit of UAS inspections is the considerably reduced risk of a drone operation over a much larger manned craft. A crew should consist of minimally a certified drone operator and a certified camera operator, each having their own controller for the operation. The thermal imager is not less than a 640×480 focal plane array having the appropriate optics for flight restrictions of the mission. The visual imaging system is not less than 12,000,000 pixels, and also has variable zoom optics to accommodate the mission. The UAV will be launched from a clear area and then be manually piloted into position over each inspection area, approximately 20ft from the subject. The UAV will then use GPS and barometric sensors to hold its position while the camera is used to obtain high resolution still imagery. The pilot will position the UAV using direct visual observation and altitude telemetry. After each target is photographed, the UAV will then be piloted to the next pole, and so on.
"This (document/presentation) may contain technical data as defined in the International Traffic in Arms Regulations (ITAR) 22 CFR 120.10. Export of this material is restricted by the Arms Export Control Act (22 U.S.C. 2751 et seq.) and may not be exported to foreign persons without prior written approval from the U.S. Department of State."