Bluesky Announces Prototype UAV Flight Restriction Map

Leicestershire, UK, 28 July 2015 – Aerial mapping company Bluesky has produced a prototype map showing where it may be unsafe or even illegal to fly Unmanned Aerial Vehicles (UAVs), commonly referred to as Drones. Bluesky has combined an expertise in flight planning and 3D aerial mapping with various geographic datasets to come up with the concept of a UAV Flight Restriction Map for the UK.

The map is designed for commercial operators of UAVs and includes ‘No Fly Zones’, areas where further advice should be sought as well as areas where no restrictions on flying are currently in place.

“The UAV industry is rapidly expanding with new operators offering a wide range of services launching every day,” commented James Eddy, Technical Director at Leicestershire based Bluesky. “With nearly twenty years’ experience in planning large scale aerial surveys, combined with some of the most up to date and accurate geographic data and advanced processing techniques, we have been able to produce this prototype map. It is, however, designed just as a guide to where you can and cannot fly, so UAV operators should still check with the appropriate authorities.”

Currently operators of UAVs in the UK must comply with Civil Aviation Authority (CAA) regulations if they plan to undertake ‘aerial work’, while those equipped for data acquisition and or surveillance must obtain permission before ‘commencing a flight in a congested area or in proximity to people or property’. An overriding, all encompassing CAA Article also provides guidance in that a ‘person must not recklessly or negligently cause or permit an aircraft to endanger any person or property’, while other restrictions cover the dropping of articles or animals, minimum distances when flying near people or properties, and references to the Data Protection Act.

Bluesky’s UAV Flight Restriction Map is designed to provide a ‘first stop’ reference for commercial operators of UAVs in addition to CAA guidelines. The colour coded map uses a traffic light system to identify different zones: ‘No Fly Zones’ in red, areas close to no fly zones where further advice should be sought in amber, and ‘Free Fly’ zones in green. This easy to use resource takes into consideration population densities based on small scale postcode units, and congestion based on road location and type. The Bluesky UAV Restriction Map also considers the location and impact of aerial obstacles, such as overhead power lines, and restricted airspace including no fly zones around airports.

The launch of the prototype UAV Flight Restriction Map by Bluesky follows attempts around the world to develop control systems for commercial UAV, UAS (Unmanned Aerial System) or drone deployments. NASA, working with the Federal Aviation Administration (FAA) with input from government, industry and academic partners, has recently announced plans to develop a UAS Traffic Management System (UTM) that will keep track of and communicate important information to UAS operators in real time.

About Bluesky
Bluesky is a UK-based specialist in aerial survey including aerial photography, LiDAR and thermal data using the very latest survey technology, including two UltraCam Eagles and an Orion M300 LiDAR system. An internationally recognised leader with projects extending around the globe, Bluesky is proud to work with prestigious organisations such as Google, the BBC and Government Agencies. Bluesky has unrivalled expertise in the creation of seamless, digital aerial photography and maintains national “off the shelf” coverage of aerial photography, DTM and DSM through an on-going 3 year update programme. By purchasing a World first sensor for the simultaneous capture of LiDAR, Thermal and Aerial Photography data Bluesky is in the enviable position of being able to provide customers with unique and cost effective solutions. Bluesky is also leading the way in developing innovative solutions for environmental applications including the UK’s first National Tree Map (NTM), solar mapping and citywide ‘heat loss’ maps and is currently developing noise and air quality mapping products.