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- Presentation and Flyer DRAGONFLY T20
Presentation and Flyer DRAGONFLY T20
Presentation and Flyer DRAGONFLY T20
The Dragonfly DF T20 is a RPAS helicopter known for its unique design features that enhance payload capacity, endurance, flight stability, and safety. It utilizes a Flettner Double Rotor System and is powered by a 6.0 kW jet engine with a kerosene start system. The helicopter has a rotor diameter of 2 x 2.4 meters, dimensions of 2.0 m x 0.5 m x 0.7 m, and an empty weight of approximately 15 kg. It can carry a maximum takeoff weight (MTOW) of 35 kg, with a payload capacity of 20 kg. The maximum speed is 80 km/h, and it has a tank capacity of 12 liters, allowing for a maximum flight time of up to 1 hour. Payloads can be mounted in front of or under the helicopter.
RPAS technology is versatile and applicable in various industries, providing significant benefits in aerial tasks. Key applications include:
- Ideal for infrastructure, building, and utility fields due to its movement range and ability to maintain safe distances in hazardous areas.
- Applications include oil and gas pipeline inspection, power line inspection, wind turbine inspection, photovoltaic system inspection, and more.
- RPAS are used for mapping by setting basic measurement parameters and flight plans, resulting in orthophotos and 3D models.
- Applications include asset management, volume calculation, research, surveying, and waste management.
- RPAS capture high-quality, blur-free video and photography, offering flexibility and cost-effectiveness compared to cranes or manned helicopters.
- Applications include film, television, commercials, post-disaster assessment, and various research fields.
PowerVision GmbH, Großmannswiese 1, 65594 Runkel-Ennerich, Germany. Tel.: +49 6431/28074-50, Fax: +49 6431/28074-99, Website: powervision-gmbh.de
Catalog excerpts
RPAS helicopter The unique design features of the Dragonfly DF T20 provide a superior payload capacity, prolonged endurance, stable flight patterns and a high degree of safety features. UAS go Above and Beyond Where can RPAS go? Nearly everywhere, as it turns out. Many industries are already feeling the positive impacts of RPAS technology, as they use it in a variety of aerial tasks. And these are just some of the ways these industries are putting RPAS to work for them. Let it inspire your own ideas as you envision where RPAS can take you. Inspection and Monitoring Inspection and monitoring are a requirement when working in many infrastructure, building and utility fields. A rotary RPAS in particular is ideal for these jobs because of its wide range of movement. It can get accurate feedback but still maintain a safe distance, especially in more hazardous areas, like high voltage power lines or oil and gas pipelines. Technical data – Flettner Double Rotor System – Drive: jet engine, 6.0 kW, with kerosene startsystem – Rotor diameter: 2 x 2.4 m – Dimensions: 2.0 m x 0.5 m x 0.7 m – Empty weight: ca. 15 kg – MTOW: 35 kg – Payload: 20 kg – Max. speed: 80 km/h – Tank capacity: 12 ltr. – Max. time of flight: up to1 hour – The payload can be put together in front of or under the helicopter – Oil and gas pipeline inspection – Power line inspection – Wind turbine inspection – Photovoltaic system inspection – Roadwork, ramp, bridge and canal inspection – Railroad infrastructure inspection – Safety assessment – Flooding ch
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Geomapping Using a RPAS for mapping is a straightforward process. After establishing some basic measurement parameters (i.e. altitude, airspeed, image overlap), and setting a flight plan, collecting the data is performed automatically. The end result is orthophotos and 3D models that can be used in a variety of industries, and as part of a variety of tasks. Aerial Imaging and Filming PowerVision GmbH Großmannswiese 1 65594 Runkel-Ennerich Germany Tel.: +49 6431/28074-50 Fax: +49 6431/28074-99 Ust.-ID-Nr.: DE301247704 powervision-gmbh.de – Asset management – Volume calculation (stock piles) –...
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