Drone Safety and Commercial Operations IOSH Staffordshire - June 2017 - Cloudbase Images Ltd
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Aims of this Presentation • To offer an introduction as to the uses of drones across industry • To give an indication of the cost/benefit of utilizing drones • To develop an understanding of the legal aspects of drone use.
Content Cloudbase Images - Introduction Benefits of Drones Examples of drone use Access to drone services Getting qualified Legalities, training and qualification Case Studies Limitations of drone use Technology Managing Expectations Checklists and procedures Future of drones Practical demonstration
Cloudbase Images - Introduction Established in February 2014 2 Pilots from a background in manned aviation Stafford based Worked with a range of clients Construction contractors – Local Authorities – Estate Agents – Housing developers Variety of different drone operations Photography – Videography – Inspections
Benefits of Drones Remote access Working at height Maintain a record Modular systems Ease of use Rapid turnarounds Low cost Ease of maintenance Integration with a variety of software (CAD,3D etc)
Examples of use Inspections Roofs, chimneys, wind turbines, P-V arrays 3D Modelling Architecture, civil engineering Land surveys SAR/Emergency services Thermal imaging, long range, loiter capable (fixed wing vs multirotor) Photography/videography Heritage, Leisure, Promotional Mapping Ordnance Survey, stockpile volumes
Access to drone services Internet searches Drone operator directories (Drone Safe Register) – Paid subscribers CAA List of Commercial Operators (CAA website) Dedicated commercial drone operators: Qualified start ups Sole traders Commercial operators Always check: insurance cover PfCO Qualification
Access to drone services In-house teams BBC Police Fire & Rescue Universities Construction/developers
Access to• drone services Add ancillary - costs equipment: ipad, cases, batteries, health & safety etc Entry level ~£500 • Add cameras • Add insurance • Add cost ofProfessional ~ £1500 qualification and accreditation Industrial ~ £5000
GETTING QUALIFIED…STAYING QUALIFIED
Getting qualified Assessment of potential Operators is deferred by the Civil Aviation Authority to National Qualified Entities (26 as of Apr 2017). Ground school theory element Write a (bespoke) operations Air Law Manual Airspace Principles SOPs Airmanship & Safety Safety Human Factors Types of aircraft Meteorology Administration Navigation Aircraft Knowledge Operating Procedures
Getting qualified Practical element (2hours in preceeding 3 months) (Dispensation for relevant experience) Apply to the CAA for Permission for Commercial Operation (PfCO) Appropriate Insurance
Staying qualified “1/3 of operators who have held a Permission no longer do so”. Aircraft maintenance Logbooks Updating Operations Manual Stay up to date with CAA publications Insurance PfCO renewal Pilot currency (2 hours per 3 months)
The Rules – what you need to know The aircraft must be flown in accordance with the following: Within direct, unaided visual line-of-sight (VLOS) of the aircraft. No higher than 400 feet above ground level and no further than 500 metres from the SUA operator. Not within 150metres of an open-air assembly of 1,000 persons or more. Except that for take- 150 metres away from congested areas (unless SUA weight does not off and landing, this is exceed 7kg). reduced to 30m Not directly overhead (at any height) or within 50 metres of persons, vehicles, vessels and property, unless those persons are 'under the control of the person in charge of the SUA'
The Rules – what you need to know What does “under control” mean? Present for that purpose Can follow directions and precautions Able to opt-out Understands the risks Safeguarded Privacy and Data Protection Law Information Commissioners Office
CASE STUDIES
Case Study 1 – Roof Inspection • Large area – multiple units • Video record in HD with snapshots • Secure site – under control
Case study 2 – Congested Area We could do - Civic centre We could not do - Ernest jones Panoramic views of Stafford Close inspection of pitched roof
What are the differences? > 30m
MOVING WITH THE TIMES…TECHNOLOGY
Technology – Hardware/Software 4/6/8 Motors Self build vs. Mainstream (DJI) Cost vs redundancy Dedicated support HD quality App based interface Live streaming Multi features Multi operator Flight plans Redundancy built in Follow-me Modular payloads Point of Interest Retractable gear Allows new innovations Firmware updates
Limitations of drones – comparing old and new Inspire 1 Phantom 2 18 minutes 13 minutes Dual operator setup Combined pilot and payload Payload/camera quality GoPro only option GPS/GLONASS GPS Vision Positioning System Rudimentary interface (no camera control) User interface – Ipad Basic flight and image telemetry Flight logs (black box)
WHAT WE NEED FROM YOU AND WHAT YOU NEED FROM US
Drones have limits Information we need to know: Wind Rain Managing your expectations • Specific Location Stability • Postcode Temperature • Google Maps screenshot with a marker • Type of job Operators have limits • Any preferred aspects 400 feet • Raw or edited footage 500 m • Access to the site 30m/50m • Any permissions required Open air assemblies • Point of contact Avoid the temptation of Drones cannot just be flown anywhere – “In-house units” – legally!!! “have a go” attitude Inappropriate hardware Unaware of the rules Respect the rules
Future of drones Legality Technology Integration with manned Sense and Avoid aviation Higher payload Airworthiness Increased endurance Principle of “equivalency” Automation Increased oversight Beyond LoS (Amazon etc) Safety Further qualifications CAOSC – BVLOS - Night
SUMMARY • To offer an introduction as to the uses of drones across industry • To give an indication of the cost/benefit of utilizing drones • To develop an understanding of the legal aspects of drone use.
ANY QUESTIONS?
Practical demonstration
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