sUAS

UK CAA Commercial Drone Operators List

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Are you engaging the services of a UK commercial drone operator?

Dont forget to check for the basics –

1 – Ask to see a copy of their Permission For Commercial Operation (PFCO). Each of us has a unique ID on our certificate – confirm it is still valid, as these are renewed annually. (See below)

2 – Ask to see the drone operators drone insurance.

If in doubt visit the UK CAA website and search for the operators name on the the UK CAA’s list published on CAP1361. This list is published in a pdf format document which provides all of the operators names that currently hold permissions. It is in operator name order, or you can use a search. Note – Each operator has a unique CAA Identifier e.g. ours is #38

The list is kept up to date by the CAA and can be found here

The published list of UK CAA commercial drone permission owners (CAP1361) is seeing frequent updates and is slowly updating to show the one AUM category of up to 20 kgs.

We have a searchable and sortable version of the latest published CAP 1361 list here.

We have been around commercial drone operations since 2008/9 and since the time that they have been published, we have been maintaining a watchful eye on the ebb and flow of operators on to the CAA’s list.

At AJSSL we are always happy to provide independent advice and guidance to drone service users and operators to support and promote safe and legal drone operation. We have a webchat facility that you are welcome to use for general queries.

#drone #drones #commercial #droneservice #RPAS #UAS #UAV #SUA #PFCO

Single Rotor – Winter Performance

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We are continuing to gain experience of a wide range of types and categories of remotely piloted aircraft systems (RPAS). We have operated a range of both fixed and rotary winged systems for many years. The rotary systems include multi rotor and single rotor aircraft.

Today we were out braving the cold, damp and drizzle. We were flying a beast of a single rotor aircraft, weighing in at 10 kg A solid performance in adverse weather, a pleasure to operate and as soon as it lifts into the hover it sounds as if it means business. Which these aircraft if all else fails in am emergency, with a bit of height we are able to autorotate.

Flying today with heavy payloads in adverse weather to monitor performance of control system and power consumption.

Looking forward to continuing to fly this single rotor tractor throughout the Winter months.

A Knowledge & Skills Investment

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Al’s thoughts for the day on investing time in continuous training

Understandably, as commercial drone operators we are focused on the initial capital cost and wanting to rapidly see the return on that investment. This investment includes the equipment, insurance, professional memberships, the training and of course, the approval outlay. The temptation is to select the cheapest route to training to get us through the quickest assessment. Our experience at A J S Support Limited (AJSSL) is that this is not always the most cost effective long term approach. We were advised early on to invest in training to gain skills and experience. We always plan regular “skills & drills” flights; these are a run through of our ops procedures from planning to system recovery. Being ex military this is familiar territory.

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Al in 2009 – Skills & Drills – Slow & Steady

It is encouraging to see the growing numbers of training establishments for supporting commercial drone operators in UK.

We see and read a lot about operators rushing to see how far and how fast their new piece of tech will go and how far it will allow them and their customers to see. This instant thrill has become really simple with the advent of aircraft auto stabilisation and GPS hold modes; but what happens when things go wrong and if these modes fail?

Commercial drone training courses comprising theory and practical assessments structured against the criteria in CAP 722. These are becoming shorter and more cost effective for a commercial operator and is the cornerstone to train and demonstrate an operator is are safe to operate within a set of constraints. From our experience operators build valuable knowledge and experience from practical flying.

Knowledge and experience of what will the system do in the event of a failure throughout the range of control modes; what does the operator need to do in a split second in order to save the aircraft or prevent damage to people or property? What is the impact of the failure at range and/or height? I am now clearly talking about the more complex and heavier aircraft some with 2 x 800 mm carbon fibre blades rotating at 2,200 rpm and are still in the 7 kg bracket.

An operator can gain a Permission for Aerial Work (PfAW) on a small 500g fully autonomous aircraft, they are then able to fly a more complex 7 kg machine under the same permission. An operator can fly a range of systems with various mass, speeds and control complexities.

My Training

I was always trained in a structured manner in the military and I have continued this in my introduction to the commercial operation of drones. I feel the key is planning for training, this means scheduling in training flights and having aims for each flight and most importantly to be self critical and constantly learning from those flights. I use head and body cameras to playback flight to assist with my review of flights. I was recently prompted to write this small post after reading about a very early pioneer aviators experience. I feel that some of this is timeless and relevant today.

Some early wisdom

A well-known aviator Wilbur Wright pointed out ‘It is possible to fly without motors, but not without knowledge and skill.’

Wright 1902 Glider in flight
Wright 1902 Glider in flight

When he describes gaining his experience he said: ‘..we have not felt that our few hours of practice is sufficient to justify ambitious attempts too hastily. Before trying to rise to any dangerous height a man ought to know that in an emergency his mind and muscles will work by instinct rather than by conscious effort. There is no time to think.’

‘While the high flights were more spectacular, the low ones were fully as valuable for training purposes. Skill comes by the constant repetition of familiar feats rather than by a few overbold attempts at feats for which the performer is yet poorly prepared.’

– Wilbur Wright (1867-1912)

Our approach is structured

At AJSSL we have flown, and are flying, a wide range of unmanned aircraft systems.  As consultants keen to maintain currency in operation of a representative range of commercial unmanned aircraft systems, this range changes each year. We always implement a structured introductory approach for new unmanned systems before we would consider operating them in anger in front of the public. This introduction is to develop a level of knowledge and experience for both the flight operation and the maintenance of the system. We are learning about the system in various situations and also the reliability of the system including common failures.

Some 7 years ago now, I was lucky to be referred to professional support in the early introduction to unmanned operation. I invested in professional training in basic unmanned flying skills and later I was professionally trained on large aircraft with complex control systems. I feel that this has been a priceless foundation for my development.

At AJSSL, we also use a simulator to complement practical flights. It is used for both the introduction of new systems and continuance “skills & drills” training. The simulator model used for each aircraft type is as close to the real aircraft “look and feel” as we can achieve without paying a ridiculous amount for bespoke software and models. Our simulator is also programmed for a range of weather conditions and for standard aircraft system failures to gain experience of recovery / damage limitation.

During any new unmanned system introduction, we try to fly regularly in order to maintain the learning momentum and retain skills, this includes in less than ideal weather to not only improve skills but also confidence.

I am now able to introduce new systems myself but I still know when it is time and cost effective to call in experienced support myself.

With each new system I always start from the beginning again. It all starts with gaining knowledge and familiarity with the system theory. Yes, I read the user manual. I then carry out a high level Failure Modes Effects and Criticality Analysis (FMECA). This gives me an initial insight as to what could go wrong and informs the Draft Flight Reference Cards. Then it is on to the start-up and shut down – the meaning of combinations status lights, on screen status messages and associated emergency drills. Finally I get the kit in the air! introducing basic slow and deliberate close in manoeuvres in all control modes of the system.

After approx 5 hours (dependent on complexity of the system) over 30 flights in an appropriately controlled environment; I begin to push the boundaries of height, range and environment. This include emergency drills at range and height. I don’t want the first time I fly in a challenging environment to be in front of my paying customer.

Failures will happen….. be prepared

I was always told ‘failure to plan is a plan to failure’. I still feel this is very relevant to drone operation, to the point that even on a training refresher flight, we plan the flight. Every flight has an aim, either to refresh, gain experience or check the system setup. We follow the full planning and follow up process for each flight, including learning from each one. This includes on simulator sessions.

An operator needs to practice the emergencies at the limits of their operating boundary. If it can go wrong …. it will and it will be when you least want it to.

We are always happy to share our experience

AJSSL is a family company of aeronautical engineers. I have 30 years experience in aviation and we have been operating a range of drones for over 6 years. We have held a CAA Permission for Aerial Work (PfAW) since the first year they were introduced (2010). We have a wide range of system experience from fixed wing mapping systems to professional multi rotors and on to standard rotary winged with a 2m rotor disc.

Introduction to drones – If you are thinking about starting out in the fantastic rapidly developing market then why not come and see our range of systems, and even have a go. We are not re-sellers, we are completely independent aviation equipment support providers. So, no sales pitch from us.

Training Support Session – We can help you plan structured training to gain practical experience. This does not have to be paying for hours and hours of our time. We advise a structured approach to continuous training involving an operator flying their system to achievable goals over time. You could engage AJSSL to observe a check flight and provide feedback and aims for your improvement over a period.

Training Programme – If you feel you require a little more consistent support we can assist with providing a step by step, goal driven practical flight training programme. This allows you to go at your pace with only as much instruction time as is necessary to pay for.

Check Flight – Once you have been flying for a while you can always book to come back for a quick check flight to make sure you are not picking up bad habits. A second pair of eyes to see if you are still flying safely.

Welcome to any potential operators. We are always happy to encourage safe professional drone operation, our contact details are on this site.

To the current operators reading this – thank you for taking the time, and I wish you all safe and prosperous flying,

Al Stevens [Als Profile]

Weekend Drone Humour

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We have just come across this play on the Alfred Hitchcock movie “The Birds”….. only with Drones. Have a great weekend.

RPAS Flying Responsibly, Safely and Legally

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Drones, RPAS, UAV, UAS …. it does not matter what you call them or what they look like (rotary wing, fixed wing, multi rotor, Lighter Than Air) or even what you are using them for (recreation or commercial); all are subject to UK CAA policy and rules when flying. When these systems are operated with onboard sensors (eg imagery), UK privacy and data protection laws are a consideration.

These RPAS systems are increasingly popular, because a complete flying novice can purchase one and go straight out and manage to get it off of the ground. Once off of the ground, consideration must be given to the safety of aircraft, people, animals, property and privacy.

A J S have assisted small business operators in understanding the requirements to operate safely and within the law. We have also helped with developing operating procedures based on 30 years aviation experience. Contact us to discuss your situation and if/how we may be of assistance. We could arrange to assist you in either an adhoc manner “support by the hour” as and when you require it, or we can agree a firm priced support package to suit your needs and budget. Contact Us

A few points and associated references and explanations are provided below. Please use the latest referenced documents as the guidance and if in doubt seek advice.

CAAIrrespective of what type of flying (recreational or commercial), you have a responsibility for safe and legal use of the system, ignorance is not an excuse. Not all flyers of these systems will be aware that all air systems that fly in UK airspace are subject to the rules of the UK Civil Aviation Authority (CAA); these rules are published in CAP393 – Air Navigation: The Order and the Regulations.

Commercial flyers carrying out Aerial Work should operate in accordance with CAP722Unmanned Aircraft System Operations in UK Airspace – Guidance.

Model flyers should operate in accordance with CAP658 Model Aircraft: A Guide to Safe Flying and the guidance for model flyers on the CAA website here.

bmfaBritish Model Flying Association (BMFA) – There are many sources of additional guidance for safe and legal recreational flying from organisations such as BMFA, Large Model Association, FPV UK.
These high tech systems operate with HD cameras and recording systems which may infringe on privacy if not operated professionally. As with all of these areas there is legal, policy and guidance available on line:

data_protectionData Protection Act – Drones – The Information Commissioners Office (ICO) has specific rules for operators of these types of air systems. Link 

 

videonaludenie5CCTV Code of Practice – A data protection code of practice for surveillance cameras and personal information – Para 7.3 Unmanned Air Systems. Link

You only have to look at online video sites and in the national news (eg The Sunday Times) to see the evidence that systems are being flown outside of the rules for safe and legal flight in UK. I would suspect that companies like DJI will be rubbing their hands together with the increased interest, and so will the legal firms; it may be too easy to blur the line between recreational and commercial flying to generate debate and revenue.

The CAA are actively seeking out irresponsible and illegal operators of RPAS. It is not difficult to find the operators from a wealth of evidence on social media websites like YouTube and Twitter. It is clear who have little regard for aircraft, people, animals, property and privacy from these videos and photos. The CAA has a Whistleblowing Report Form, this form may be used to submit a report to the CAA under the Public Interest Disclosure Act 1998. With over 400 legally registered commercial RPAS operators not wanting to lose customers due to bad press from illegal operators, this could be a quick and easy method to reduce the risk of potential bad press.

The UK CAA has recently published a useful leaflet promoting the basics of safe and legal flying of these systems. It is definitely compulsory reading for new flyers and maybe a timely reminder for the ‘old sweats’.

We have included graphics form the leaflet in this post please see the CAA site for the latest version of the guidance. Here.

 

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If you found this useful and know any other pilot or group that may also find it useful, please share freely.

If you require assistance in understanding the information available, or  wish to develop a commercial operation using remotely piloted systems, please contact us to see how we may be of assistance. You can see our background and experience here and you can contact us from here.

IN-2014/184: Small Unmanned Aircraft: Congested Areas Operating Safety Case (CAOSC)

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CAAIN-2014/184: Small Unmanned Aircraft: Congested Areas Operating Safety Case (CAOSC) _ was Superseded on 12 November 2014 by IN-2014/184.

“The purpose of this Information Notice is to inform operators of civil Unmanned Aircraft Systems, wishing to operate in congested areas, of the requirement to submit a safety case for assessment by the CAA. The assessment will consider all elements of the operations (including airworthiness). Whilst this Information Notice is mainly aimed at Small Unmanned Aircraft (SUA) and Small Unmanned Surveillance Aircraft (SUSA), Unmanned Aircraft Systems (UAS) in other categories may be allowed to use the safety case approach when applying for permissions or exemptions; prior agreement from the CAA must be granted in such cases.”

See here for CAA Website

And here for IN-2014/184

Independent RPAS Advice and Guidance For Operators

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A J S are qualified aeronautical engineers with over 30 years experience in operational aviation, developing aviation equipment based capabilities and associated sustainable support solutions. Our experience is in delivering high availability capabilities for operationally critical services. Commercial use of RPAS / UAS / Drones requires systems that are cost effective to operate at a profit. Similar to Defence and Security capabilities, commercial operation is reliant on the systems availability, reliability and sustainability; to be successful.

From our foundation in operational aviation, in early 2009 we began to develop our specialist knowledge and experience in the use of unmanned aircraft and their systems, to satisfy customer equipment capability requirements. In 2010 we were one of the first UK Commercial operators in UK to obtain the approval to operate. We have specific experience in three key areas of unmanned air system development:

– Capability requirement development and options analysis
– CAA certification and approval
– Service Development

With qualified specialists and our in depth aviation operational experience, we feel that today, we are ideally placed when supporting businesses operating or planning to operate unmanned systems commercially.

A J S Support is providing its customers with an independent, cost effective, value for money, tailored support service to suit the customer’s project and budget.

We are assisting equipment procurement and management teams with a range key through life planning and implementation activities. These are examples of equipment life cycle activities we can assist with:
• Develop a Concept Of Use.
• Develop Use and Support strategies
• Develop User and System Requirements.
• Initiate and develop a Supportability Engineering program.
• Review Potential Supplier System Specifications against Requirements to inform system selection.
• Down Select to suitable affordable value for money suppliers.
• Confirm System Performance against Requirements (Demos).
• Develop Safe Operating Procedures.
• Develop through life support costs.
• Develop optimised and sustainable support solution.
• Develop optimised maintenance schedules.
• Develop spares predictions.
• Procure equipment or service and manage intro.
• Monitor In Service Performance.
• Modify or Upgrade.
• Disposal/Termination of Capability.

If you require support on any aspect of RPAS procurement and operational deployment please do not hesitate to Contact A J S or visit our website.

Independent RPAS Advice and Guidance For Operators

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A J S are qualified aeronautical engineers with over 30 years experience in operational aviation, developing aviation equipment based capabilities and associated sustainable support solutions. Our experience is in delivering high availability capabilities for operationally critical services. Commercial use of RPAS/UAS requires a system that is cost effective and to operate at a profit. Similar to Defence and Security capabilities, commercial operation is reliant on the systems availability, reliability and sustainability; to be successful.

From our foundation in operational aviation, in early 2009 we began to develop our specialist knowledge and experience in the use of unmanned aircraft and their systems, to satisfy customer equipment capability requirements. In 2010 we were one of the first UK Commercial operators in UK to obtain the approval to operate. We have specific experience in three key areas of unmanned air system development:

– Capability requirement development and options analysis
– CAA certification and approval
– Service Development

With qualified specialists and our in depth aviation operational experience, we feel that today, we are ideally placed when supporting businesses operating or planning to operate unmanned systems commercially.

The A J S Support is providing its customers with an independent, cost effective, value for money, tailored support service to suit the customer’s project and budget.

We are assisting equipment procurement and management teams with a range key through life planning and implementation activities. These are examples of equipment life cycle activities we can assist with:

• Develop a Concept Of Use.
• Develop Use and Support strategies.
• Develop User and System Requirements.
• Initiate and develop a Supportability Engineering program.
• Review Potential Supplier System Specifications against Requirements to inform system selection.
• Down Select to suitable affordable value for money suppliers.
• Confirm System Performance against Requirements (Demos).
• Develop Safe Operating Procedures.
• Develop through life support costs.
• Develop optimised and sustainable support solution.
• Develop optimised maintenance schedules.
• Develop spares predictions.
• Procure equipment or service and manage intro.
• Monitor In Service Performance.
• Modify or Upgrade.
• Disposal/Termination of Capability.

If you require support on any aspect of RPAS procurement and operational deployment please do not hesitate to Contact A J S or visit our website.

UK CAA Maintains UK RPAS Operators List

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An often overlooked fact is that all remotely piloted/controlled aircraft used for either hobby or commercial use are subject to CAA policy and guidelines.

Most importantly with the current interest in using Remotely Piloted Air Systems (RPAS) commercially in UK, the commercial operator is legally required to apply for permission from the CAA to carry out “Aerial Work” and provide evidence of safe operation within CAA constraints.

In Nov 2013 the Civil Aviation Authority (CAA) published a list of UK UAS operators who have a permission for aerial work in the UK.

The list provides customers with a register (updated 3 monthly) to let them know that they are contracting a UAS operator who has demonstrated that they meet the level of competence expected by the CAA.

An operator on the list has:

  • Demonstrated competency in flight skills either through previous experience and certification or through a CAA approved training and certification scheme.
  • Submitted a full description and description of operation of the system being operated.
  • Submitted, and had approved, an Operations Manual showing their own operational, safety and risk assessment procedures.

The UK CAA website is – http://www.caa.co.uk/default.aspx?catid=1995

The current (Nov 2013) list is here –  http://www.caa.co.uk/docs/1995/SUOperatorsNov2013.pdf

If you have any questions about UAS equipment, training or operations, please do not hesitate to contact A J S or visit our website.

#RPAS #UAS #UAV #Drone #sUAS #CAA #UKCAA

All Party Parliamentary Group on Drones

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The Government are contacting businesses operating unmanned aerial systems in UK as paparamotorrt of an All Party Parliamentary Group (APPG) on Drones.

The purpose of the APPG is to examine the use of drones (unmanned aerial vehicles) by governments, for domestic and international, military and civilian purposes.

There is a website covering the group – Link

The site goes on to state – “Indicative of the increased attention paid by Parliamentarians to the use of drones is seen in the rise of the number of questions asked on this issue. The APPG tracks and analyses all drones related Parliamentary Questions” and links to a table of these  – Here.

With indications that the results of its FOI requests will be published – Here – We will certainly be keeping an eye on this page.

This site also has a useful links page – Here.