Tag: New Zealand

AirShare mobile app has been updated with various new functions and features for drone pilots

AirShare New Zealand

Airshare New Zealand

AirShare App Update: New Features for Safer Drone Flights

AirShare is New Zealand’s central hub for both recreational and commercial drone operators. Established in 2014, it provides essential tools and information to ensure safe drone operations across the country. Through AirShare, pilots can learn about airspace regulations, plan flights, identify safe flying zones, and obtain necessary authorisations from Airways New Zealand and aerodrome operators.

In November 2024, AirShare released a significant update to its mobile app, introducing several new features aimed at enhancing user experience and safety.

Key Features of the New AirShare Mobile App Update: Airshare New Zealand

  1. Activation Improvements: Pilots can now view their activated flights prominently in an advisory box at the top of the screen, ensuring better awareness of ongoing operations.

  2. Nearby Activated Flights: The app displays other activated flights on the map as green pins. If a nearby flight becomes active, an advisory box appears at the top of the screen. Tapping on this box directs users to the specific flight details.

  3. Additional Flight Information: By selecting flight IDs at the bottom of the screen, pilots can access comprehensive details, including flight ID, end time, drone make and model, and upper altitude limits.

  4. Push Notifications for Nearby Flights: Pilots receive notifications about nearby activated flights. Clicking on these notifications takes them directly to the relevant flight on the map. It’s important to note that these notifications are active only when the app runs in the background.

  5. Updated Flight Status Colors: The Airshare New Zealand app’s flight status colours have been standardised to align with the AirShare web application, ensuring consistency across platforms.

  6. Flight Authorization Cancellation Alerts: If a flight authorisation is cancelled, a banner notification appears with the message: “Authorisation for Flight ID [XYZ] has been cancelled.” Tapping on this banner provides more information.

  7. Map Layer Selection: Pilots can now choose different map layers, similar to the web version, allowing for a customized view that suits their needs.

  8. Re-requesting Declined Activations: If a digital activation request fails or times out, pilots have the option to re-request, mirroring the functionality of the web platform.

  9. Control Tower Schedules: The app now provides the control tower schedule for the day of the flight within the Flight Plan Details screen, aiding in better flight planning.

  10. Increased Flight Time Limits for Part 102 Operators: Flight time limits have been extended for Part 102 certified operators, offering greater flexibility.

  11. Validation of Part 102 Certificates: During sign-up, the app now validates Part 102 numbers to ensure they adhere to the correct format, maintaining the integrity of operator information. For more about Part 101 or Part 102 requirements can be found here.

These updates reflect AirShare’s commitment to continuous improvement, ensuring that drone pilots have access to the best tools for safe and efficient operations.

For drone operators in New Zealand, AirShare is indispensable. It offers a centralised platform to log flights, request necessary authorisations, and stay informed about airspace regulations. By using AirShare, pilots contribute to safer skies, ensuring harmonious coexistence between crewed and uncrewed aircraft. The platform’s integration with air traffic control systems enhances situational awareness for both pilots and controllers, reducing risks associated with drone operations.

The recent Airshare New Zealand app enhancements further solidify AirShare’s role in supporting the New Zealand drone community. Features like real-time notifications of nearby flights and easy access to control tower schedules empower pilots to make informed decisions, promoting safety and compliance.

As drone usage continues to grow in New Zealand, platforms like AirShare are crucial. They provide the necessary infrastructure to manage increased air traffic, ensuring that all airspace users can operate safely and efficiently. By staying updated with tools like the AirShare app, drone operators can enjoy their flights while adhering to best practices and regulations.

In conclusion, AirShare’s latest mobile app update brings a suite of features designed to enhance the user experience and promote safer drone operations. For New Zealand drone pilots, staying engaged with AirShare is essential for responsible and enjoyable flying.

Airshare New Zealand can be downloaded here:

AirshareAirshare

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.

Advisory Circular AC102-1 Unmanned Aircraft – Operator Certification

Advisory Circular AC102-1 Unmanned Aircraft – Operator Certification, New Zealand CAA

The New Zealand Civil Aviation Authority (CAA) has recently released an updated version of the Part 102 Advisory Circular (AC) – AC102-1: Unmanned Aircraft – Operator Certification. This marks the first revision since its initial issue in 2015, bringing the guidance up to date with how the Part 102 rule is currently applied by the CAA and utilised by operators. At Hover UAV, we are committed to supporting operators across New Zealand in navigating Part 102 applications with the CAA.

What is AC102-1?

This Advisory Circular (AC) describes an acceptable means of compliance to meet the requirements for certification of unmanned aircraft operators under Civil Aviation Rule Part 102. It:

  • Outlines the requirement to assess risks in Part 102 operations, including developing procedures to manage those risks and achieve safe outcomes.
  • Advises on the development of risk management plans as part of an operator’s exposition, to demonstrate to the CAA that risks to aviation safety are being adequately managed.
  • Describes widely used risk management methodologies and other tools to help operators meet the intent of this rule.

What’s Changed?

The AC has been completely rewritten to ensure it is providing relevant guidance and information for RPA operators in New Zealand. 

Key updates include:

  • Streamlined Content: Removal of the FAQ section, with crucial information rewritten to clarify when Part 102 certification is required.
  • Updated Provisions: Removal of out-of-date transition provisions.
  • Performance-Based Rule Guidance: Enhanced advice on working within a performance-based framework.
  • Submission and Assessment Process: Clearer information on the application and review processes.
  • Risk Management: Comprehensive guidance on managing risks in RPAS operations, including how to develop effective risk management plans.
  • Appendices:
    • Appendix I: Guide to ISO: 31000 – Risk Management. This international standard outlines a widely used methodology for creating and managing risk management plans.
    • Appendix II: Specific Operations Risk Assessment (SORA). Developed by JARUS (Joint Authorities for Rulemaking on Unmanned Systems), SORA provides technical, safety, and operational requirements for the safe execution of specific RPAS operations, making it especially valuable for complex and higher-risk operations.
    • Appendix III: Examples of exposition documents tailored to various scenarios, illustrate how an exposition might look based on the privileges and risk level of an operation.


SORA

The inclusion of SORA in the updated AC highlights its value as a key tool for supporting operators in securing Part 102 certification. This internationally recognised risk assessment methodology allows operators to:

  • Conduct detailed risk assessments focused on ground and air risks.
  • Define operational safety objectives.
  • Develop mitigations tailored to the environment and operation’s complexity.

SORA enables operators to balance safety with innovation, facilitating the development of more advanced UAV applications. By following SORA guidelines, operators can demonstrate regulatory compliance while fostering operational excellence.

SORA-Mate

Navigating the regulatory requirements of SORA can be challenging, particularly for operators new to the methodology. That’s where SORA-Mate comes in. This tool simplifies the SORA process by offering:

  • Step-by-Step Guidance: Clear instructions for completing SORA assessments.
  • Customisable Templates: Pre-built templates aligned with CAA-recognised SORA methodology.
  • Built-in Data Integration: Automated processes that pull required data from recognised data sources to minimise errors and save time.

SORA-Mate

SORA-Mate is especially valuable for operators new to SORA, providing an intuitive interface and robust support to streamline compliance and operational excellence.

At Hover UAV, we’re here to support you through these changes. Whether you need assistance with risk assessments, compliance documentation, or developing a SORA, our team is ready to help. Click here to get in touch with one of our team today.

For more information about AC102-1, Revision 1, visit the CAA website.

Drone Operations in New Zealand

Enabling Remote Drone Operations in NZ: Live Demos and Real-World Applications

Enabling Remote Drone Operations in NZ: Live Demos and Real-World Applications

Member’s access is required to view this recorded webinar. If you are not a member register your details on the link below or log in if already a member and you will be taken to the webinar. Membership is free.

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Explore the reality of remote drone operations in New Zealand through this collaborative webinar with Ferntech, Orion, and Hover UAV. This session will demonstrate how remote drone operations, once imagined as futuristic, are now fully integrated into industry workflows while operating within the bounds of New Zealand’s Civil Aviation Authority (CAA) regulations.

Webinar Highlight: Live Drone Flight in Action
A unique aspect of this webinar will be a live-streamed flight demonstration directly from Orion’s substation. See how autonomous drone operations are actively supporting infrastructure management, providing real-time insights and tangible value under current regulations.

Peter Allen from Orion will present a compelling case study on their automated drone system, already in operation at one of their substations. As a provider of critical infrastructure, Orion builds and maintains a safe, reliable, and resilient electricity network across central Waitaha Canterbury, and drone operations are playing an essential role in their mission.

Ferntech, a key supplier of drone solutions in New Zealand, supports industries and operators by ensuring access to the right technology and expertise needed for compliant operations. Their involvement in the webinar will highlight how drone systems are empowering businesses to enhance efficiency and safety across sectors.

Hover UAV will provide expert guidance on navigating the regulatory landscape, sharing practical strategies for securing operational approvals for Beyond Visual Line of Sight (BVLOS) and autonomous operations. Learn how to align your operations with compliance requirements and unlock the potential of drone technology in real-world scenarios.

Webinar Highlights:

  • Regulatory insights from Hover UAV on gaining CAA approvals
  • Orion’s real-world case Study Featuring automated drone Operations
  • Remote live drone flight streamed directly from Orion’s substation
  • Collaborative insights on practical drone applications from Ferntech

 

This webinar is essential for drone operators, industry professionals, and infrastructure managers looking to leverage advanced drone technology within a compliant framework. Don’t miss this opportunity to learn how cutting-edge operations are already shaping the future of business and industry in New Zealand.

Part 101 Drone Operations

Part 101 Drone Operations

Enhance your Part 101 Drone Operations

Part 101 Drone operations – Operating drones under the Civil Aviation Authority of New Zealand (CAA) rule Part 101 offers flexibility and ease for many pilots and organisations. Basic operations, such as flying small drones below 400ft AGL during the day with landowner consent, generally do not require CAA approvals. However, as an RPA operator, you have an overarching obligation to minimise hazards to persons, property and other aircraft.

Even if an operator complies with all rules, the responsibility to ensure safe operations remains. Operators must proactively take all practicable steps to minimise hazards to persons, property, and other aircraft. This involves meticulous flight planning and thorough consideration of potential hazards. If you are a business carrying out RPA operations, you also have responsibilities under the Health and Safety at Work Act and other acts (e.g. Accident Compensation Act, Employment Relations Act and Hazardous Substances and New Organisms Act) to ensure you take all reasonably practicable steps to ensure the health and safety of workers and any other persons who may be affected by your operations.

Complying with all relevant rules and maintaining detailed records can be challenging. Fortunately, there are documents, processes, and tools available to help your organisation elevate RPA operations to industry best practices and be able to prove it to your clients and other stakeholders.

Developing an Operations Manual

Although Part 101 does not mandate a formal risk management process, developing and using one can significantly enhance safety and demonstrate compliance. A comprehensive Operations Manual is an excellent starting point, including sections on:
● Concept of Operations (CONOPS): Detailing what you are doing and how you are going to do it.
● Locations: actual locations or types of locations used in the operation.
● Risk Management: Processes for identifying hazards and managing associated risk.
● Hazard Register: Documenting known and potential hazards to people, property, and other aircraft.
● Risk Mitigation: Measures to manage identified risks.
● Reporting Procedures: For reporting events to the CAA and other external stakeholders as well as internal reporting requirements.
● Personnel Requirements: Licensing, training, and competency requirements.
● Aircraft Details: Specifications, identification systems, initial airworthiness standards and maintenance procedures.
● Inflight Procedures: Including non-normal procedures and emergency response plans.
● Stakeholder Engagement: Processes for obtaining consent and engaging with stakeholders.
● Record-Keeping: Procedures for maintaining thorough records.

 

Utilising Job/Operation and Compliance Management Tools

Many tools can help manage drone flights and operations effectively. One such tool is the AVCRM RPA Manager, which supports job planning, pilot training, checklist management, and risk register maintenance all in one place. It integrates multiple data sources, providing quick access to operational information like New Zealand airspace designations and relevant rules for RPAS operations under Part 101.

The AVCRM RPA Manager is designed to improve efficiency in RPAS operations both in the office and in the field. Mission planning, safety and risk assessments are easily completed in a responsive web-based platform that improves operator situational awareness, ensures appropriate equipment and personnel are being deployed and gives live management oversight and intervention as required. AVCRM uses an ICAO standard Safety Management System, which not only caters to standard risk assessments and safety reporting but also integrates modules to allow effortless attachment of associated mission plans, job safety assessments, and other relevant data into your safety reporting.

Part 101 Drone Operations

AVCRM is connected to multiple data sources, giving quick access to operational information, including New Zealand airspace designations, aerodrome and heliport locations, special use airspace, conservation and national park areas, district council areas, radio frequencies, high tension power lines and much more. The Smart Airspace Calculator shows you only the airspace and data layers relevant to your planned mission location and height as well as displaying the relevant rules and advisories for Part 101 drone operations.

Part 101 Drone Operations

Preparing for Part 102 Operations

Professionalising your Part 101 operations can also prepare you for Part 102 operations. If you plan to operate beyond visual line of sight (BVLOS), at night, over large groups of people, above 400ft AGL, or with aircraft above 25kg, you will need a Part 102 Unmanned Aircraft Operators Certificate (UAOC) from the CAA. The documentation and processes developed for Part 101 can form the foundation of your Part 102 UAOC application.

Navigating the complexities of drone regulations and ensuring safe operations requires a proactive approach. Defining your CONOPS and utilising tools like AVCRM RPA Manager can enhance your Part 101 operations, ensuring safety and compliance. To assist you further, Hover offers regulatory packages and free 30-minute consultations to help you get started.

Get in Touch

If you would like to find out more, please contact our NZ Operational Lead Nick Jackson or book a free 30-minute chat to discuss your operational needs.

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