Airservices Australia announces first round of Uncrewed Aircraft Systems Service Suppliers

Airservices Announce UAS Suppliers

Airservices Australia Announces First UAS Service Suppliers

Airservices Announce UAS Suppliers – Airservices Australia has taken a major step in integrating drones into national airspace. It has announced the first round of Uncrewed Aircraft Systems (UAS) Service Suppliers (USS) to connect with the new Flight Information Management System (FIMS). This system will allow drones and other uncrewed aircraft to operate safely alongside traditional aircraft.

Who Are the First Suppliers? Airservices Announce UAS Suppliers

Following a Request for Proposal in late 2024, Airservices has selected three suppliers to take part in the first phase of FIMS integration:

  • AvSoft – An Australian-owned and operated company.
  • Yarra Drones – Another Australian provider specialising in drone technology.
  • OneSky – A U.S.-based company offering airspace management solutions.

These companies will collaborate with Airservices to connect their platforms with FIMS and support the growth of safe, efficient airspace.

What is the FIMS? Flight Information Management System

FIMS is at the core of Australia’s Uncrewed Aircraft Systems Traffic Management (UTM) ecosystem. It enables real-time data sharing between:

  • Air traffic control
  • Traditional aircraft
  • Uncrewed airspace users

With an estimated 60 million drones expected to fly in Australian airspace by 2043, strong industry partnerships will be critical. The goal is to create a harmonised airspace where crewed and uncrewed aircraft can operate safely and efficiently.

Preparing for the Future

FIMS is set to go live in late 2025. In the lead-up, these partnerships will help shape digital UTM solutions for drone operators. As suppliers integrate their platforms with FIMS, they will contribute to the future of air traffic management.

The USS onboarding and integration process is supported by:

This process includes end-to-end testing to ensure that technical and regulatory requirements are met. It also empowers the growing uncrewed aviation sector to operate with confidence.

A Major Milestone for Australian Aviation

Luke Gumley, Head of Transformation, Uncrewed Services Integration at Airservices Australia, welcomed the first cohort of USS partners.

“We’re thrilled to be supporting the first UAS Service Suppliers. OneSky, AvSoft, and Yarra Drones bring invaluable expertise and experience,” Luke said.

“We look forward to welcoming more USS providers in the next onboarding rounds. The work we do now will pave the way for future integration.”

Australia is positioning itself as a leader in UTM innovation. With strong policies, regulatory frameworks, and industry collaboration, the country is building a future-ready airspace for drones and emerging aviation technologies.

For more information on Airservices’ work in UTM, visit their website.

Updated Plain English Guide for Excluded Category Drone Operations

Updated Excluded Category Guide

Updated Plain English Guide for Excluded Category Drone Operations

The Civil Aviation Safety Authority (CASA) has released an updated version of the Micro and Excluded Remotely Piloted Aircraft (RPA) Operations – Plain English Guide. This revision, Version 2.2 (December 2024), includes important changes to improve clarity and align with evolving regulations.

What’s New in Version 2.2? Updated Excluded Category Guide

This update brings several amendments to terminology, airspace rules, and operational procedures. Key changes include:

Standardised Measurements

  • Removed all references to feet and nautical miles.
  • The guide now exclusively uses metric units.

Clarified Airspace Rules

  • Defined altitude as the vertical distance above mean sea level (AMSL).
  • Defined height as the vertical distance above ground level (AGL).
  • Introduced a no-fly zone around helicopter landing sites (HLS): 1.4 km radius and 120 m height.
  • Revised the no-fly zone definition for non-controlled aerodromes to match controlled aerodrome requirements.

Operational Guidance Updates

  • Excluded Category Operations: Removed the reference that operator accreditation holders need recreational accreditation.
  • Pre-flight Requirements: Removed a section on notification requirements.
  • Drone Safety Apps: Expanded terminology to include restricted areas and military operating areas.
  • Controlled Aerodromes: Micro RPA may now fly within 5.5 km of a controlled aerodrome’s measurement point, up to 45 m, with specific restrictions.
  • Restricted Airspace: Changed terminology from Prohibited Restricted Danger (PRD) to Special Use Airspace (SUA).
  • Emergency Procedures: Updated regulatory references from Part 99 to Part 92.

Enhanced Definitions and Graphics

  • Updated guidance on populous areas for better clarity.
  • Allowed subject tracking for autonomous RPA operations.
  • Adjusted graphics for aerodrome approach and departure paths.
  • Revised incident and accident reporting requirements. Reporting for micro and excluded RPA operators is now voluntary through the Australian Transport Safety Bureau (ATSB).

Why This Matters

These changes improve the clarity and usability of the guide for drone operators. The shift to metric units ensures consistency with aviation standards. The updated airspace definitions and operational rules enhance safety and compliance, making it easier for drone pilots to understand their responsibilities.

Where to Access the Updated Guide: Updated Excluded Category Guide

Updated Plain English Guide for Excluded Category Drone Operations

You can download the latest version of the CASA Plain English Guide for Micro and Excluded RPA Operations here.

Staying informed on regulatory updates ensures safe and compliant drone operations. Be sure to review the latest changes before your next flight!

Fly Safe:- The Hover UAV Team

UAVNZ Safety Award Winner: Hover UAV

Safety Award Winner NZ

Hover UAV Safety Award Winner

Safety Award Winner NZ: Hover UAV has been recognised for excellence in drone safety, winning the coveted Safety Award from UAVNZ. This achievement reinforces the company’s position as a leader in safe and compliant drone operations.

UAVNZ Safety Award: A Recognition of Excellence

UAVNZ is New Zealand’s premier industry body for uncrewed aerial vehicles (UAVs). The organisation promotes professionalism, compliance, and innovation in the drone sector. The Safety Award is given to a company that demonstrates outstanding commitment to safety, risk management, and regulatory compliance.

Hover UAV’s recognition highlights its unwavering dedication to creating and implementing best-practice safety solutions. The company supports businesses, government agencies, and drone operators in meeting strict regulatory standards while maximising operational efficiency.

Leading the Industry in Drone Safety

Hover UAV has built a reputation for delivering expert safety guidance in the drone industry. Their work spans complex Beyond Visual Line of Sight (BVLOS) operations, regulatory approvals, and risk assessments. With a focus on safety, Hover UAV helps businesses integrate drones into their operations without compromising security or compliance.

This award reaffirms Hover UAV’s role in advancing industry standards. The company continuously works alongside regulators, aviation authorities, and technology developers to create safer airspace for all UAV users.

Why Safety Matters in Drone Operations: Safety Award Winner NZ

Safety is a top priority in the drone industry. With increasing UAV applications in sectors like agriculture, logistics, and emergency response, ensuring secure operations is crucial. Poor risk management can lead to accidents, operational disruptions, and legal consequences.

Hover UAV champions safety by:

  • Conducting comprehensive risk assessments
  • Developing safety management systems
  • Providing compliance training and workshops
  • Supporting clients through regulatory approval processes

Their expertise allows businesses to confidently operate drones while meeting aviation safety requirements.

A Commitment to Innovation and Compliance

Hover UAV is at the forefront of drone safety innovation. They actively contribute to policy discussions and regulatory frameworks to enhance industry-wide safety measures. Through partnerships with government agencies and private enterprises, Hover UAV ensures that emerging technologies align with aviation best practices.

The company’s approach combines technology and regulation to enable safe UAV operations. By continuously refining their safety protocols, they help operators reduce risks and enhance operational success.

Hover UAV’s Impact on the New Zealand Drone Sector

Safety Award Winner NZ: Winning the UAVNZ Safety Award solidifies Hover UAV’s influence in the New Zealand drone industry. Their expertise benefits businesses looking to scale UAV operations while maintaining compliance with New Zealand’s Civil Aviation Authority (CAA) regulations.

With their experience in international drone regulations, Hover UAV offers valuable insights to operators navigating New Zealand’s aviation landscape. Their knowledge helps businesses gain approvals for complex UAV missions, including BVLOS operations and automated drone deployments.

Looking Ahead: The Future of Safe UAV Operations

Hover UAV’s dedication to safety doesn’t stop with this award. The company remains committed to shaping the future of drone operations through ongoing research, development, and advocacy.

They continue to work with industry leaders to implement safety-first strategies that support UAV expansion in various industries. As drone technology evolves, Hover UAV ensures that safety remains at the core of every innovation.

Hover UAV’s UAVNZ Safety Award win is a testament to its leadership in drone safety. Their commitment to compliance, risk management, and innovation sets them apart as a trusted partner in the UAV sector.

For businesses looking to enhance drone operations while prioritizing safety, Hover UAV offers expert guidance and industry-leading solutions. This award reinforces this reputation as a pioneer in safe UAV integration.

To learn more about Hover UAV’s services and expertise, visit Hover UAV or follow them on LinkedIn.

Sizing the future drone and advanced air mobility market in Australia

Drone & AAM in Australia

Sizing the Future Drone and Advanced Air Mobility Market in Australia: Drone & AAM in Australia

Australia’s drone and advanced air mobility (AAM) sectors are on the cusp of a transformative era. Recent analyses forecast a significant surge in drone operations, projecting an increase from 1.5 million flights in 2023 to over 60 million by 2043. (Airservices Australia) This anticipated growth underscores the nation’s evolving technological landscape and its readiness to embrace innovative aerial solutions.

📄 Read the full report: Sizing the Future Drone Industry in Australia (PDF)

Key Drivers of Growth: Drone & AAM in Australia

Transport and Logistics

The transport and logistics sector is poised to be the primary catalyst for this expansion. By 2043, it’s expected to account for approximately 77% of all drone flights, translating to around 50 million annual operations. (Airservices Australia) This surge is driven by the demand for rapid delivery services, with drones offering efficient solutions for transporting goods, medical supplies, and food directly to consumers.

Agriculture

Drones are revolutionizing farming. By 2043, 500,000 drone flights per year are projected in the agricultural sector. (Airservices Australia) Farmers are using drones for crop monitoring, soil analysis, and precision agriculture, which enhances yield predictions and sustainable farming practices.

Emergency and Public Safety Services

Emergency services are also embracing drone technology. By 2043:

  • 300,000+ drone flights are expected to support police operations.
  • 80,000 drone flights will aid surf lifesaving efforts.
  • 100,000 hydrogen-powered air ambulance flights will transport patients to hospitals each year. (Airservices Australia)

The Rise of Air Taxis

By 2043, nearly 1 million air taxi flights per year are projected. Industry leaders plan to launch electric vertical takeoff and landing (eVTOL) air taxis in Australia, aligning with major events like the 2032 Olympic and Paralympic Games in Brisbane. (Airservices Australia) These aircraft will redefine urban transportation, offering faster, more sustainable travel options.

Technology and Regulation

The evolution of drone technology—including better battery life, payload capacity, and autonomous navigation—is fueling this market growth. However, regulatory advancements are just as crucial. A collaborative approach between government, industry, and communities is essential to develop safe, privacy-conscious, and accessible airspace rules.

Airservices Australia is addressing these challenges with the development of a Flight Information Management System (FIMS). This system will integrate drones, air taxis, and traditional aircraft, ensuring safe and efficient air traffic coordination. (More on FIMS)

Sizing the future drone and advanced air mobility market in Australia

Economic and Social Impact

The expansion of drones and AAM in Australia presents significant economic opportunities. This growth is expected to:
Create new jobs in drone operations, manufacturing, and air traffic management.
Attract investments and boost local industries.
Enhance quality of life, especially in remote areas, by improving medical deliveries, emergency response, and urban mobility.

Challenges and the Road Ahead

Despite the opportunities, several challenges remain:
Public concerns about noise pollution and airspace congestion.
Regulatory complexities in integrating drones into controlled airspace.
Infrastructure requirements for drone landing zones and charging stations.

Ongoing community engagement, transparent policies, and sustainable technologies will be key to overcoming these hurdles.

Conclusion: Drone & AAM in Australia

Australia is at the forefront of a drone and AAM revolution. With strategic planning, innovation, and regulatory evolution, the nation is set to become a global leader in next-generation air mobility. As drones become an everyday presence, ensuring safety, efficiency, and inclusivity will be crucial to their success.

📄 For full insights, check out the Airservices Australia report:
📌 Sizing the Future Drone Industry in Australia (PDF)

BVLOS Approvals Made Easy

BVLOS Approvals Made Easy

The BVLOS Approval Process

Achieving a BVLOS approval is a process that involves meeting regulatory requirements, assessing risks, and ensuring all procedures are compliant and operationally sound. At Hover UAV, we streamline this into what we call the BVLOS Approval Cycle—a seamless flow of proceedings designed to get you from concept to approval efficiently.

Risk Assessment and Safety Case Development 

Everything begins with understanding the risks that would be derived from your Concept of Operations (CONOPS). Using the Specific Operations Risk Assessment (SORA) framework, we evaluate the air and ground risks for your proposed operational area. This ensures a solid foundation for your BVLOS application, complete with effective mitigation strategies and a fully developed BVLOS Safety Case.

Creating BVLOS Procedures

Comprehensive procedures form the backbone of any BVLOS operation. These procedures apply to all flights, as well as location-specific procedures tailored to your operational area. Designed to align with CASA’s and the CAA’s standards while ensuring practical usability for your team is something of the highest priority at Hover UAV. BVLOS Approvals Made Easy.

Operations Manual Integration

The new procedures must be incorporated into your organisation’s Remote Operator Certificate (ReOC) Operations Manual.  Hover UAV ensures a seamless update that meets all regulatory requirements.

Application Submission

Once the documentation is complete, the application is prepared and submitted to CASA or the CAA. This includes the BVLOS Safety Case, updated Operations Manual, and Form 101-09. Hover UAV manages this process on your behalf, ensuring accuracy and professionalism with complete transparency.

Flight Demonstration

For organisations pursuing their first BVLOS approval, CASA may require a demonstration flight. Hover UAV provides the guidance and preparation you need to successfully showcase your BVLOS operations, ensuring that your team is confident and ready.


Why Hover UAV is Your Trusted Partner

BVLOS Approvals Made Easy – Hover UAV’s BVLOS Approval Cycle is designed to make a complex process simple. Here’s why we’re the go-to choice for businesses aiming to expand their operations:

  • Proven Expertise: We have successfully obtained numerous successful BVLOS approvals for clients across Australia and New Zealand, showcasing our deep understanding of regulatory processes and our ability to meet regulator expectations for BVLOS operations.
  • Comprehensive Support: From risk assessments to flight tests, we handle every aspect of your approval process.
  • Tailored Solutions: Every BVLOS operation is unique, and our solutions are customised to suit your specific needs and operational goals.
  • Efficiency: With a deep understanding of CASA requirements, we streamline the process to minimise delays and get you approved faster.
  • Resources and Training: Hover UAV provides SORA training, BVLOS procedures, BVLOS OCTA exam preparation, and ongoing support to equip and empower your team for success in your BVLOS approval.

When you choose Hover UAV, you’re choosing a partner that is committed to your success with a proven track record of success.


Take the Next Step – BVLOS Approvals Made Easy

BVLOS operations have the potential to revolutionise your business. Don’t let the complexity of approvals stand in your way. Hover UAV’s BVLOS Approval Cycle takes the stress out of the process, allowing you to focus on the opportunities ahead.

Visit Hover UAV today to learn more and begin your journey toward BVLOS approval. Helping YOU move forward!

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