The Exmor R™ CMOS sensor and its Balanced Optical SteadyShot™ provide excellent results with no need for laying plates, stringing wires or installing mobile cranes.Īutomatically fly any path as a hovering Steadicam through preprogrammed settings.
#FALCON 8 GEOEXPERT FULL#
The FLIR TAU 640 2 simultaneous captures images at 640 x 512 pixels, includes second generation Digital Detail Enhancement and makes flight times of over 20 minutes possible.Įven small thermal leaks or defects on solar power plants can be detected from long distances.Įnjoy blur-free, smooth video clips with the Sony Camcorder HDR-PJ810E with full HD quality and 12x optical zoom- and not just under ideal conditions. The high-sensitivity CMOS sensor and the excellent display processing unit provide luminous photo quality. With remote controlled 30x optical zoom (24-720 mm), the Panasonic Lumix DMC TZ71 produces high-resolution images from a safe distance. The inspection and monitoring model of the Falcon 8, the InspectionPRO, includes the Panasonic Lumix TZ71 and the FLIR TAU 640 2. In combination with a 35mm full-frame sensor and a Bionz-X image processor, the Sony Alpha 7R with ZEISS lens (Sonnar T FE 35 mm F/2.8 ZA) currently is the best available on the market. It reproduces the finest details with minimal image noise even in poor lighting. The survey and mapping model of the Falcon 8, the GeoEXPERT, includes the Sony Alpha 7R payload. With the AscTec® Trinity, the UAS propulsion and complete flight control electronics are triple protected. InspectionPRO – Payload consists of an RGB camera and IR sensor (Panasonic Lumix DMC-TZ71 + FLIR TAU 640) or the video camcorder (Sony HDR-PJ810E) for inspection and monitoring applications.GeoEXPERT – Payload includes a high-resolution RGB camera (Sony Alpha 7R) for small survey, modelling and mapping projects.There are two Falcon 8 models to choose from depending on your application: Due to its best-in-class sensors, active vibration damping and actively compensating camera mount, the Falcon 8 is well suited for smaller mapping and inspection projects up to 35 hectares that require high resolution imaging. The Falcon 8 offers the flexibility to get into small spaces and compromising situations often presented in inspection and monitoring applications. Rotary-wing UASs are best applied to smaller scale projects and those for which flexibility for take-off and landing or oblique perspective is required.
The Topcon Falcon 8 powered by Ascending Technologies is a rotary-wing UAS designed for inspection and monitoring or survey and mapping applications, depending on which camera payloads are used. Top Quality Data Using best-in-class sensors and a camera mount compensating for abrupt maneuvers, the Falcon 8 delivers incredibly detailed survey and inspection data – revealing the finest cracks and heat leaks. Stability and EnduranceTake off from any location and be able to work even in heavy winds – the Falcon 8 is resistant to magnetic interferences and temperature variations. Automatic compensations are made for heavy wind gusts or other events, which minimizes the need for pilot corrections.
#FALCON 8 GEOEXPERT PC#
Our high-accuracy positioning, high-speed imaging, enhanced field safety, and down-to-earth simplicity creates higher productivity and better results with lower environmental impact.īuilt-in FailsafeWith many levels of built-in redundancies – three autopilots, redundant electronics, a redundantpropulsion system, and redundant radio links – the Falcon 8 ensures top performance, precision and safety.Įase-of-Use The most frequently used features are implemented in the Mobile Ground Station firmware-enabling operation without the need for a PC in the field. Topcon works to stay a step ahead of customers’ needs by creating solutions that embrace and extend these advancements into the way they work – everywhere they work. These advancements are reshaping the way things are designed, built, grown, and managed.
The global construction, geospatial, and agricultural industries are rapidly changing thanks to quantum leaps in communication and measuring technologies that literally transform our perspectives of time and space.
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