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The use of commercial drones has become increasingly popular in recent years, with a wide range of applications in industries such as construction, agriculture, surveying, and filmmaking. However, as the use cases for drones expands the complexity of the safety footprint increases also. The most effective way to address this for drones business to adopt the principles of a Safety Management System (SMS).
A SMS is a formalized and proactive approach to managing safety risks in aviation and the crewed aircraft sector have long understood its effectiveness in doing so. It includes policies, procedures, and organizational structures to manage safety risks and ensure continuous improvement. For organisations that operate drones and who may be new to the aviation sector (and therefore this level of organisational safety), the prospect of generating a SMS may be daunting.
Historically, drone operators have sometimes been guilty of paying lip service to the idea of safety. It does feature in the organisations Operations Manual (OM). However, safety is now a competitive selling point for all RPAS businesses and a fully functioning SMS demonstrates a responsible approach to identifying and managing the safety factors in this domain. This proactive ownership is an increasingly attractive and desirable characteristic for Regulators, Investors, Insurers, Partners and Clients.
What comprises a SMS?
A SMS is not a description of a piece of software. It is a ‘living, breathing being’ with a number of mutually supporting principles. The four main pillars of a SMS are:
These should be applied in a Plan – Do – Check – Act cycle, sometimes referred to as the Deming Cycle. This is designed to ensure an environment of continuous improvement by identifying safety weaknesses and applying the lessons learned. There are some other key elements though, the presence of which transform the effectiveness of the SMS.
Data
To improve safety you need to have a clear picture of what is going well and what isn’t within the organisation. The critical component is data, but in what form, how do you collect it and how do you exploit what the data is telling you? These metrics provide a scientific view on the ground truth but the origin of this data must be the organisations staff. So how do you get them to report?
Safety Culture
You can’t force staff to report, the best way to encourage them is twofold:
In summary, if you want your drone business to flourish, then you should start to behave in way that places the pursuit of organisational safety at the forefront of your Business As Usual (BAU) activity. Safety can be the competitive advantage that sets you apart from the competition, but it takes time to get the momentum going for the benefits to be realised. If you have the patience and commitment though, now is the time to apply yourself.
Your safety assurance journey awaits……..
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You need to have an RPC-L1 Aeroplane qualification to begin this course, as this will build upon the fundamentals of fixed wing flying to convert you to type on our impressive DeltaQuad Evo RPAS. What’s more, you will also learn how to use the exceptional Auterion Mission Planner, which is the brains of the operation when using DeltaQuad. This is a VLOS course only, although we have the ability to further expand on this into the BVLOS environment, provided the correct regulatory approvals are established. Experience this cutting-edge VTOL RPAS now and let us show you how it can further benefit your operations.
Our new 1-day Observers course is designed to expand your RPAS crewing capabilities and de-risk more complex operations through the provision of professionally qualified RPAS safety observers. Utilising proven aviation standards and procedures, our professional and
experienced instructors will guide you through the fundamentals of Crew Resource Management, crew communications, RPAS control and coordination and give you the practical experience you need to maximise the benefits of your RPAS for VLOS operations and beyond.
If you hold a valid GVC and want to convert to an RPC-L1 qualification in the same category of UAS, under the CAA you are exempt from conducting the theory elements of the course and may progress directly to the practical elements. Therefore, you simply need to book
onto either our conversion course or the practical days of a full RPC-L1 course (provided there is capacity to fit you in). This will provide you with the minimum of 2-hours flight instruction before you attempt the flight assessment. Proof of GVC validity will be required prior to conducting the training.
This course is designed to qualify you in either Rotorcraft or Aeroplane, noting that you only need to conduct the practical aspects of the course, provided you have successfully passed the full Level 1 course in the other discipline.
(Please note this does not include conversion onto our DeltaQuad platform; that is a bespoke course in its own right).