bird hazard prevention via robotic falconry
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Bird Hazard Prevention via Robotic Falconry 1 CONTENT: 1. A - PowerPoint PPT Presentation

Bird Hazard Prevention via Robotic Falconry 1 CONTENT: 1. A Technological Breakthrough in Avian Control 2. Traditional Methods 3. Our Solution : Robotic Falconry Bird Hazard 4. The Shepperd 5. Shepperd Specifications Prevention via 6.


  1. Bird Hazard Prevention via Robotic Falconry 1

  2. CONTENT: 1. A Technological Breakthrough in Avian Control 2. Traditional Methods 3. Our Solution : Robotic Falconry Bird Hazard 4. The Shepperd 5. Shepperd Specifications Prevention via 6. Current Operating Locations, Robotic Falconry experiences 7. Partnerships 8. We provide Avian Control Service to Airports 9. Contact 2 Committed to Safe and Efficient Airport Operations

  3. 1 · A Technological Breakthrough in Avian Control Our “Shepherd” Drone provides posi2ve control over all species of birds on and surrounding the airport. Technology developed by Ornithologists & Engineers, then field tested by Airport Operators. Results are Conclusive and Amazing! Bird Hazard Prevention via Robotic 3 Falconry

  4. 2 · Traditional Methods Proven non-effec2ve Seasonal/Weather Restric2ve High Cost Time Consuming Short Lifespan Disrup2ve to Air Traffic High Maintenance Not Wildlife/Eco-Friendly Bird Hazard Prevention via Robotic 4 Falconry

  5. 3 · Our Solution : Robotic Falconry We’ve successfully taken Falconry, the most effec*ve method of Bird Control , one step further… Enhanced the Posi.ve Eliminated the Nega.ve Not affected by illness Absolute flight control Indefinite lifespan Increased autonomy Independent of human factors Piloted or automated flight No care and feeding Bird Hazard Prevention via Robotic 5 Falconry

  6. 4 · The Sheppherd Bird Hazard Prevention via Robotic 6 Falconry

  7. 5 · Shepperd Specifications Water & wind gust resistant over 32Km/h Wing span: 1,65m (5.4 g.) (17 knots) Weight: 2,8Kg (6.2 lbs.) Average removal 2me: < 8 seconds Speed: 55-77 Km/hr. (30-42 knots) Opera2on: Day/Night (24h) Range: 10 km max. Maximum Opera2onal radius: 10 Km (5.4 Deployment 2me: <6 minutes NM) Autonomy/Flight 2me: 55 min. max Typical opera2ng al2tude: 20-300m (65-985 (Rechargeable baferies) g.) AGL Length: 0,85m (2.8 g.) Bird Hazard Prevention via Robotic 7 Falconry

  8. 6 · Current Operating Locations and Experiences Aeropuerto Internacional Jose Marl, La Habana, CUBA Aeropuerto internacional de Varadero, Varadero, CUBA Aeropuerto internacional Jorge Chavez, Lima, PERU Bird Hazard Prevention via Robotic 8 Falconry

  9. Three years of intensive testing has produced conclusive data! Birdstrikes have been eliminated since the introduc2on of our drone in January, 2016. Based on these conclusive results, ICAO has endorsed the incorpora2on of our service for all Cuban airports. Our programs gained recogni.on from IATA during their 2017 annual inspec2on of Cuban Airports. DATA SOURCE: CACSA , AEROPUERTO INTERNACIONAL JOSE MARTI, LA HABANA, CUBA Bird Hazard Prevention via Robotic 9 Falconry

  10. 7 · Partnerships Bird Hazard Prevention via Robotic 10 Falconry

  11. 8 · We provide a Avian Control Service to Airports Airport Birds and Wildlife Analysis 100% Assured Flight Readiness of Drones Always Compliance with Airport’s Standard Regular and Recurrent Training of Opera2ng Procedures Operators and Maintainers Recruitment, Evalua2on and Training Technical Upgrades of Drone Operators Bird Control Service 24/7 or as required Other services as required Provide Airport Authori2es with Regular Reports and Updates IAW SOPs Bird Hazard Prevention via Robotic 11 Falconry

  12. 9 · Conclusions SAFER CHEAPER: LESS ACCIDENTS, LOWER INSURANCE RATES, ETC ANIMAL FRIENDLY Bird Hazard Prevention via Robotic 12 Falconry

  13. CONTACT US FOR MORE INFORMATION info@ferrousgroup.com

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