Author: isoadmin

SORA Training

Available SORA Training

Hover UAV is excited to share that we are holding 1-day training courses for the Specific Operations Risk assessment (SORA) method of risk assessment. The SORA is CASA’s preferred method for assessing the risk of complex projects, such as BVLOS. The SORA methodology was developed by JARUS (Joint Authorities on Rulemaking on Unmanned Systems), a group of experts gathering regulatory expertise from all around the world. The objective is to recommend a set of technical, safety and operational requirements for all aspects linked to the safe operation of specific RPAS operations where certification would be too expensive or inappropriate.

Learn how to develop a safety case to obtain BVLOS approvals using the SORA methodology. Our next SORA training course dates are as follows:

  • 13 September

  • 11 October

  • 10 November

Contact us for more information or to book your course. We look forward to seeing you soon

 

SORA Training
Hover UAV – Australian Deputy Prime Minister

Results in for drone shark surveillance Kiama

DRONE SHARK PATROLS KIAMA

Shark detecting drones are being trialled on beaches in NSW by the Department of Primary Industries and operations conducted by Hover UAV as part of the NSW Government’s $16 million Shark Management Strategy. Here is drone footage collected from September 2016 through January 2017 from the Hover UAV team stationed at Kiama.

With sightings of such fauna as Australian fur seals, eagle rays, bottle nose dolphins and large schools of salmon being predated on by sharks and dolphins, Kiama certainly had a wealth of marine life in its waters.

Kiama was one of the first beaches to be covered by drone patrols for the summer school holidays. Information obtained from real time vision is relayed to authorities should a species of shark considered dangerous be detected. 46 Sharks were sighted from the 5 locations up and down the state with 26 considered potentially dangerous. Expanded helicopter patrols covered the states entire coast. 93,000 kilometres were covered with a total of 525 sharks sighted which led to 78 evacuations.

Hover UAVs Kiama shark  detection  team also helped in a rescue of 2 swimmers getting in trouble off surf beach. Drone shark patrols were under way when it was noticed that the swimmers were in trouble. Authorities were notified of the situation as the drone kept an eye on the situation until they arrived.

BVLOS - Hover UAV

BVLOS New Zealand – Part 102

BVLOS New Zealand (Beyond Visual Line of Sight) – Part 102

To enable drone operations outside of the Part 101 regulations in New Zealand, including operating Beyond Visual Line of Sight (BVLOS), drone operators are required to hold an Unmanned Aircraft Operator Certificate (UAOC) granted by the NZ CAA under Part 102.  

The Part 102 application process can take several months and involves identifying a ‘Prime Person’, conducting a safety case, preparing an exposition (operations manual), and managing the application with the CAA. There may also be a requirement for flight or equipment assessments to be conducted, and additional training and qualifications to be obtained.

Understanding the Part 102 application process for BVLOS operations, or other complex operations, will ensure the quality and completeness of your application and prevent further delays in obtaining your UAOC.

The Part 102 Application Process – BVLOS New Zealand

The first part of the 102 process is to prepare all the relevant information required for the drafting of your Part 102 exposition, compiling the application form, and identifying someone as the ‘Prime Person’. For BVLOS operations, a safety case will be a key part of gaining Part 102 approval.

Concept of Operations

The easiest way to prepare all the relevant information required for the submission and drafting of your Part 102 exposition and application forms is to develop a ConOps (Concept of Operations) that clearly outlines what you’re attempting to do, where you want to do it, what you’re attempting to do it with and how you plan on doing it safely.

 Prime Person

The ‘Prime Person’ holds responsibility for the exceptions issued by the CAA under Part 102. This person will need to gather identity and other documents including criminal conviction and traffic history reports to complete the fit and proper person application form. Additionally, they will be required to undertake an interview with the CAA to determine whether they have the knowledge and experience for the role. Undertaking a Part 102 training course through an approved training provider can assist, and should be organised during this phase to occur as close to the interview date as possible.

 Safety Case

While there are different methods that can be used to present the safety case to the CAA, the Specific Operations Risk Assessment (SORA) method is an internationally recognised process that qualitatively identifies the air and ground risk for your activity and assigns a Specific Assurance and Integrity Level (SAIL) rating which determines the organisational, equipment and safety structures that must be in place to ensure the operation will be conducted safely. As the degree of air and ground risk increases, the SAIL rating and related organisational, equipment and safety requirements also increase.

A full explanation of the SORA process can be seen here – Jackie Dujmovic | Nicola MacPhail presenting on SORA Process for BVLOS Drone Operations

The CAA has also provided an assessment evaluation tool to assist you in determining your proposed operations’ Specific Assurance and Integrity Level (SAIL).

Part 102 Exposition

In addition to the application forms, safety case, and fit and proper person questionnaire, the most important part of the application process is the submission of your Part 102 exposition. The Part 102 exposition is effectively your ‘how-to guide’. It defines the Part 101 rules you won’t be complying with and contains the procedures and policies, qualifications and training, unmanned aircraft, and safety management systems that you or your organisation will follow when conducting the specific drone operation.

It can be quite difficult to develop the appropriate policies and procedures to include in your exposition particularly if you don’t have experience with technical writing. This is why drone companies/operators will hire an exposition writer through a drone consultancy firm to write the exposition on their behalf. Good exposition writers will work with you to ensure that the exposition is written specifically to your organisational needs and requirements and, most importantly, that you understand it.

 Application Management

During this phase, the ‘Prime Person’ undertakes a fit and proper person assessment by the CAA. Additionally, the exposition and safety case is reviewed which typically involves two-way written and/or verbal feedback with the CAA to rectify any deficiencies or grey areas to ensure that safe operational procedures are developed. For more complex or novel drone applications a dedicated workshop may be required between the CAA and the applicant to work through the safety case and Exposition.

 Organisational requirements

Once your application is approved there will still be requirements that your organisation needs to conduct prior to commencing operations with your newly issued UAOC. This includes conducting any internal or external training to gain the necessary qualifications that are documented in your exposition. It’s also possible the unmanned aircraft will need to be inspected by a CAA-approved organisation to ensure that it is reliable and equipment failure is not likely to occur, particularly if your unmanned aircraft has been modified.

 Let’s go flying BVLOS in New Zealand

Once all this is done it’s time to get out there and safely fly your operation, putting all of your procedures into practice.

 We are here to help

Hover UAV is an RPAS Consultancy and Operations firm experienced in conducting SORA Safety cases and developing documented policies and procedures for BVLOS and complex drone operations on behalf of domestic and international clients. Most recently, Hover UAV assisted Pypervision in obtaining Part 102 certification for the conduct of BVLOS operations to enable fog dispersal operations.

Hover UAV has Part 102 packages for BVLOS and complex operations or if you don’t quite know what you need., we also conduct Discovery Workshops to assist you in developing your ConOps, and to determine your organisational and equipment requirements based on your intended operation.

If requiring information on BVLOS New Zealand please do not hesitate to contact the team today at 0800 992 753 for your free initial consultation.

Drone shark detection

Drones have proven themselves to be an extremely effective tool in the detection of hazardous and non hazardous sharks on Australian beaches.

With https://www.sharksmart.nsw.gov.au/ trials ongoing in NSW, Hover UAV has been conducting this drone surveillance at Kiama, Redhead and Byron Bay spanning almost the entire state. The trials have been effective on two fronts. The first being the public have been alerted and on occasion evacuated from the water in the presence of a hazardous shark keeping the public safe. Secondly using the drone has been a great alternative to nets which is great for shark conservation.

SHARK EDUCATION

With the success the drone trials have achieved has come another consideration. That being the need to be conscious of the public’s perceptions. An awareness not to spread fear of sharks at local beaches when there are a number of beach closures needs to be at the forefront. It is no secret that sharks have always been off our beaches. However with today’s technology at the forefront and becoming more accessible particularly UAVs or drones, detection methods have improved highlighting the presence of sharks and other marine fauna like never before. Hover UAV understands the difference between a hazardous shark and a non hazardous shark. During shark surveillance Hover UAV works very closely with the Department of Primary Industries and local council lifeguards to ensure the beach is not closed unnecessarily.

In situations where a hazardous shark was present the Department Of Primary Industries, SurfCom and local lifeguards were notified immediately. Measures are taken to evacuate water users and mitigate the risk whilst the drone continues its shark surveillance giving real time data to authorities of the sharks movements.

Drone Shark Beach Closure

DRONE SHARK CONSERVATION

Drones are an excellent alternative to other methods of hazardous shark mitigation. Methods such as nets cause harm to the sharks and also in many instances have a bycatch of such fauna as turtles, cetaceans and dolphins. With UAV technology there is zero harm to the shark and there effectiveness at detection is unrivaled which is excellent for shark conservation.

Hover UAV – Drone Shark Trials Redhead Beach, NSW, Australia

SHARK DETECTION RESEARCH

As well as providing aerial surveillance for public safety the drone shark detection trials also have a major research element. Such things as optimal speed, altitude and transect distance are being trialled. Shark behaviours and directions of travel are being recorded. Weather conditions, tidal data and sea state are also recorded to best work out optimal flight paths for autonomous flights and shark recognition software is being developed to ultimately make the detection of hazardous sharks on Australian beaches a viable option year round for shark mitigation.

Drone Shark Research – Hover UAV

Drone shark detection trial results Redhead Beach

DRONE SHARK PATROLS REDHEAD BEACH

Shark detecting drones are being trialled on beaches in NSW by the Department of Primary Industries and operations conducted by Hover UAV as part of the NSW Government’s $16 million Shark Management Strategy. Here is drone footage collected from September 2016 through January 2017 from the Hover UAV team stationed at Redhead.

With sightings of such fauna as Fairy Penguins, Eagle rays, Bottle nose dolphins, Whaler sharks, Hammerhead Sharks and Bull Sharks there was a lot of marine life present at the Redhead location.

Redhead was one of the first beaches to be covered by drone patrols for the summer school holidays. Information obtained from real time vision is relayed to authorities should a species of shark considered dangerous be detected. 46 Sharks were sighted from the 5 locations up and down the state with 26 considered potentially dangerous. The vast majority of these sightings were in fact at the Redhead location prompting a number of beach closures due to hazardous sharks being present. Expanded helicopter patrols covered the states entire coast. 93,000 kilometres were covered with a total of 525 sharks sighted which led to 78 evacuations.

Thank you to Eluminate for the collaboration of this edit.

Women and Drones

A passion for marine conservation and becoming a mom are two big reasons Jackie Dujmovic started her UAV company

BACKGROUND:

Tell us about yourself and your background.

After completing my schooling, I entered the maritime industry, residing on Hayman Island on the Great Barrier Reef.  From here I found myself entering the global maritime industry which took me to many far-flung corners of the world over the course of a decade.

Four years ago I welcomed the first of my 2 boys into the world and decided the time had come to be shore based. It was at this point that my desire to start my own business in the UAV industry was nurtured having a keen interest in technology and seeing firsthand the applications drones could be used for. I quickly proceeded to obtain my personal commercial UAV license and company operators certificate. This was the start of Hover UAV.

How did you get started in the drone industry?

In my life, I always need a challenge and to be stimulated by learning new things. My first introduction to UAVs definitely got me excited about the possibilities. I was first introduced to the technology of drones within the maritime industry. Many vessels around the world have all the latest equipment onboard and as drones hit the market they were introduced. They were used for navigation and looking for navigational hazards as well as for aerial photography. From these initial introductions, I could instantly see many applications for the technology. This was all the inspiration I needed to move forward.

Tell us about your organization and your role there.

I am the director of Hover UAV. We utilize Unmanned Aerial Vehicles (UAVs), or drones to deliver high quality aerial imagery, research, video and data. Hover UAVs services include aerial video/photography, aerial survey grade mapping, and surveillance. We have passion and drive toward conservation particularly marine conservation. This has led to Hover UAV being industry leaders in shark surveillance which has been an enormous success not only for keeping the public safe but in helping the conservation of sharks.

My role has also seen me liaising closely with Government organizations. As the UAV industry has had exponential growth certain regulations have fallen behind the times or don’t exist. working closely with authorities has been crucial for our operations.

This has led to Hover UAV being industry leaders in shark surveillance which has been an enormous success not only for keeping the public safe but in helping the conservation of sharks.

INDUSTRY EXPERIENCE:

What do you like most about being in the UAV industry?  

The thing I most like about the UAV industry is the diversity it provides. Not one project undertaken is ever the same leading to many challenging and exciting opportunities that would not be possible in other industries. It constantly requires for thinking outside the box and provides a profound sense of achievement when new applications and methods of using UAVs produce amazing results.

I love to see the excitement on people’s faces when I explain how the technology can positively benefit their lives or work flows making them more efficient or safer.

What’s your favorite type of project and why?

My favorite type of project is marine conservation and research. I have a deep affiliation with the ocean and its inhabitants due to cruising many of the globes most diverse marine ecosystems. I can see the use of UAVs in marine conservation the perfect tool. The versatility they offer for applications such as counting marine populations to taking non-intrusive DNA samples from whales is unrivaled. There is no limit to their practicality in marine conservation.

Do you have a success story you would like to share?

A success story that I am very proud of is being involved in the Australian Government drone shark surveillance trials. During 2015- 2016 there was an increase in shark attacks in NSW. As a result, the first drone shark surveillance trials were commenced state wide. These trials were very successful for two reasons. The first being that water users were evacuated from the water if there was a hazardous shark sighted by the UAV. This obviously kept the public safe but also was an alternative to placing nets in the water which in many cases cause harm to the sharks and other fauna. The trial was a significant use of technology which benefited the public and was great for shark conservation. Autonomous flights and shark recognition software is also being developed for ongoing trials that Hover UAV is very much a part of.  One aspect of UAV shark surveillance that I could see needed improvement was the need for real time alerting to water users of the presence of a hazardous shark. Considering this I designed and commissioned a siren that can be installed on any UAV platform for real time alerting purposes. This apparatus is being trialed by the NSW government at present.  https://youtu.be/LWahkcrRKfA

What excites you most about the potential for women in the industry?

I have recently become an instructor for “She Flies”. This program teaches young woman how to code and fly drones. Its aim is to excite and inspire young woman to become more involved in Science, Technology, Engineering, and Mathematics (STEM) based subjects and careers. This program really excites me as it will expose young women to the possibilities within the UAV industry. I feel that women’s creativity, imaginations and interactions with the everyday world will lead to many women being the inventors of UAV applications that have not even been conceived yet.  

WHAT YOU’VE LEARNED:

What has been your most significant “lightbulb” moment since you entered the industry?

My “lightbulb” moment since entering the industry took into consideration where my heart lies. Focus on what your passion is and work UAVs into that passion. If you are passionate about something then it is not considered work. It is easy to put emotion and enthusiasm behind a cause that you are very passionate about and for me that was marine conservation. Weather conducting shark surveillance or conducting aerial mapping for population counts I just love it.

When I first started out with Hover UAV there was a drive to do everything. I soon realized that I needed a focus. Once this change was made things really went from strength to strength for me.

What have you learned you wish you had known when you got started?

I believe one crucial aspect of the UAV business that is very much over looked when you first start out is the importance of networking. For me my emphasis was to do everything myself but as I quickly realized nobody is an expert at everything. It became imperative to find a trustworthy network of individuals to help with guidance as you navigate the pit falls that confront you within this ever expanding and growing UAV industry.

Is there a tip you learned you would like to share with other women in the industry?

My tip for other women is just go for it. There’s nothing scary about it. If you’re interested in it, you’re going to be good at it. That is my simple advice to other women in the industry.  Collaboration and openness has also been a massive part of my development and growth. Women are great at building alliances. We value cooperation and collaboration and in a new industry this is critical to building technology and services that will change the way we live our lives. There is so much innovation happening from the established companies to the new start-ups, and women have a great eye for seeing potential matches, ways we can bring technologies together, leverage relationships and trust to create better tools faster through these partnerships.  

Also, find a mentor. There is something to be said about having a professional who is experienced in the business world. This mentor to get to the position they are in life, will have in many instances fallen into the same pitfalls you may with your endeavours in the UAV industry. Therefore, they may be able to guide you in the right direction helping you to avoid mistakes in moving forward.

CONNECTION:

What’s the best way for W&D readers to connect with you?   

www.hoveruav.com.auhttps://www.linkedin.com/in/jackie-dujmovic-b47929126/
https://twitter.com/Hover_UAVhttps://www.facebook.com/Hoveruav/

MORE INSPIRATIONAL WOMEN IN THE UAV INDUSTRY

For more stories of inspirational women in the UAV or Drone industry visit  Women and Drones.

JACKIE DUJMOVIC

Exemption for Upgrades to Type and Category of RPA

As part of the recent burst of legislative activity, CASA have provided exemptions for remote pilots to obtain the necessary experience to upgrade their licences to:

a.     medium sized RPA and;

b.     a different category of small or medium RPA.

The release of CASA EX38/21 – Obtaining Experience for Grant of RePL for Medium RPA, and for RePL Upgrade to Different Category of Small or Medium RPA – Exemption Instrument 2021 allows a more practical pathway for remote pilot licence (RePL) holders to gain experience in operating other remotely piloted aircraft (RPA) in order to gain a licence upgrade for a different type of RPA or for a different category of RPA.

 Under Part 101 of the CASR, these upgrades could be achieved either through an approved training organisation or through a CASA flight test. Typically, for medium RPA, CASA flight testing is the most realistic option for certain RePL upgrades, but some of the can rules make it challenging for applicants to acquire enough operating experience with the relevant medium RPA to ensure that the flight test can be conducted safely.

Background

CASA must grant a RePL to an applicant if

·        the person has passed a relevant theory or knowledge examination (paragraph 101.295 (2) (a)), and

·        completed, a RePL training course (subparagraph 101.295 (2) (b) (i)) or a CASA flight test (subparagraph 101.295 (2) (b) (iii)), and

·        has at least 5 hours’ experience in operating an RPA under standard RPA operating conditions (paragraph 101.295 (2) (c)).

Standard RPA operating conditions (101.238) are designed to control the extent and scope of an RPA’s operation.

Owing to the limited numbers of approved training organisations that offer courses for medium RPA in particular, there are limited opportunities for a person to complete a training course as an alternative to completing a CASA flight test. Consequently, given the number of CASA offices across Australia, seeking a CASA flight test is often the most practical and preferred option. However, unless the applicant already has flying experience, a flight test may present some safety concerns, including to the CASA person conducting the flight test.

Under the licencing requirements, a person commits an offence if they operate an RPA and do not hold a relevant RePL. This requirement does not apply to the operation of an excluded RPA. That being said, a small RPA (with a gross weight of not more than 25 kg) is an excluded RPA if it is being operated in standard RPA operating conditions for the single purpose of gaining the required experience for a RePL. In this way, some opportunity to expand a remote pilot’s operating experience prior to attempting a flight test for a RePL for a small RPA is given.

However, this only applies for upgrades from a RePL for a very small RPA (gross weight of more than 250 g but not more than 2 kg) to a RePL for a small RPA, it does not apply to an upgrade from a RePL for a small RPA to a medium RPA (gross weight of more than 25 kg but not more than 150 kg). A medium RPA is not an excluded RPA –  preventing a person with a RePL for a small RPA from operating a medium RPA under standard RPA operating conditions to gain experience for a medium RPA flight test conducted by CASA.

The same problem crops up for remote pilots looking to upgrade to a different category of RPA. Although a small RPA is an excluded RPA if it is being operated in standard RPA operating conditions for the purpose of getting practical experience, this only applies to categories of RPA specified in the licence. The new category will obviously not be specified in the person’s RePL.

In addition, under the current regulations (101.270), a person commits an offence if they conduct operations using RPA without holding a certificate as an RPA operator (a ReOC holder) that authorises them to perform the operations. Again, the provision does not apply to excluded category RPA (small RPA, operated under standard conditions to gain experience) but the provision does apply to RePL upgrades to a medium RPA, or RePL upgrades to a different category of small or medium RPA.

The exemption instrument allows relevant operating experience for a type or category flight test to be obtained without committing an offence and without the need to be a ReOC holder.

The regulations do allow any RPA to be considered as an excluded RPA if it is being flown for the purpose receiving training from a ReOC holder authorised to conduct training in the relevant RPA. However, the ReOC holder’s Chief Remote Pilot must hold the applicable RePL rating for the relevant RPA (because of the competency requirements). Under the current rules, the only feasible way for this to occur is for the Chief Remote Pilot (CRP) to be assessed under a CASA flight test for the type or category of RPA, but the opportunity for the CRP to gain the flight experience required is still problematic.

The exemption instrument

A RePL holder for a small RPA who operates the same category of medium RPA is exempted from compliance with the experience part of the licencing requirement (requirements of sub regulation 101.252 (2)), but is subject to the condition that the RePL holder may operate the medium RPA only if all of the following requirements are met.

The operation must be:

a.     conducted under the standard RPA operating conditions;

b.     for the purpose of either (or both) of:

                           i.          meeting the experience requirement for the grant of a RePL for the same category of medium RPA (relevant RePL);

                          ii.          getting practical experience and gaining competency in the operation of the medium RPA for the grant of the relevant RePL;

c.      for the purposes of preparation to undertake a flight test conducted by CASA for the grant of the relevant RePL.

A RePL holder for a category of small or a medium RPA who operates a different category of small or medium RPA is also exempt from the experience part of the licencing requirement (requirements of sub regulation 101.252 (2)). The RePL holder may operate the different category of small or medium RPA but only if all of the following requirements are met.

The operation is:

a.     in a different category of small RPA or medium RPA that is of the same type of small RPA or medium RPA as is already included in the holder’s RePL;

b.     conducted under the standard RPA operating conditions

c.      for the purpose of either or both of the following:

                           i.          meeting the experience requirement for a RePL for a different category of small RPA or medium RPA (a RePL upgrade);

                          ii.          getting practical experience and gain competency in the operation of the small RPA or medium RPA for the RePL upgrade;

d.     for the purposes of preparation to undertake a flight test conducted by CASA a RePL upgrade.

 

The exemption also applies to ReOC holders for gaining experience for RePL upgrades to a medium RPA, or RePL upgrades to a different category of small or medium RPA.

The exemption instrument can be accessed from the Federal Register.

BVLOS Approval Checklist

The checklist shows the documents required for a successful BVLOS application. Completing each of these documents and providing all relevant information may support a robust risk assessment. Please contact us to receive the PDF.

Important updates for ReOC Holders

New application form for ReOC

To simplify the application process and improve CASA’s services, they have combined 3 application forms into a single form for a remotely piloted aircraft operator’s certificate (ReOC).

The new form allows you to:

  • apply for a new ReOC
  • apply for a variation to your existing ReOC
  • apply for a renewal of your expiring ReOC
  • nominate personnel.

It replaces:

  • 101-02 Application for RPA Operator’s Certificate (ReOC) Initial Issue and Variation
  • 101-03 Application for RPA Operator’s Certificate (ReOC) Subsequent Issue and
  • 101-04 Application for RPA Operator’s Certificate (ReOC) Nominated Personnel Approval

You can renew your ReOC without changes online using myCASA.

BVLOS standard operations

BVLOS RPAS Operations – The standard scenarios

Overview

In Australia CASA is developing guidance to help remotely piloted aircraft operator’s certificate (ReOC) holders wanting to conduct remotely piloted aircraft systems (RPAS) operations beyond visual line of sight (BVLOS). This guidance takes the form of several draft standard scenarios to provide clarity about the minimum evidence and information requirements.

CASA is seeking technical feedback on the first set of scenarios for:

  • RPAS operations near a vertical object, such as buildings or powerlines, with a controlled ground environment (AU‑STS 1), or a sparsely populated ground environment (AU-STS 2)
  • RPAS operations within 3 NM of a registered or certified non-controlled aerodrome in a remote area (AU‑STS 4)
  • RPAS operations in remote Australian airspace, are defined by CASA as areas with a very low population density and negligible air activity (AU-STS 6 and AU-STS 7).

How risk is assessed for BVLOS operations

CASA assesses BVLOS applications using the specific operations risk assessment (SORA) process. The SORA provides the minimum technical, operational and organisational requirements an operator must provide for an acceptable safety case. The standard scenarios in the guidance material are intended for use by ReOC holders and cover RPAS operations that meet predefined criteria and comply with the methods and principles of the SORA. SORA was developed by Joint Authorities for Rulemaking of Unmanned Systems (JARUS). These guidance documents are applicable to RPAS operations in Australian airspace only.

Why are CASA consulting about BVLOS?

CASA recognises the valuable contribution that community and industry consultation makes to the regulatory development process. For this reason, feedback is sought on whether the draft documents provide adequate guidance for the preparation of a BVLOS approval application across a variety of operational contexts and work as intended.

  • A copy of each draft guidance document is provided.
  • It is important that you read the guidance documents before providing your feedback.
  • Comments should be submitted through the online response form.

What happens next

At the end of the response period for public comment, CASA will review each comment and submission received. CASA will make all submissions publicly available on the website unless you request your submission remain confidential. They will also publish a Summary of Consultation which summarises the feedback received, outlines any intended changes and details our plans for the guidance.

Feedback will be used to inform the final release of each standard scenario, which will be published on the CASA website. If significant feedback about a particular scenario is received, CASA may choose to conduct further consultation about that scenario. This may result in a delayed release for that scenario.

Click here to read the draft guidance.

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