AusSORA BVLOS Australia 2026: Steps to Take Now

The AusSORA BVLOS Australia 2026 framework is built around Advisory Circular AC 101-06 in April 2026. It officially came into effect on 11 May 2026. The document replaces a temporary rule called TMI 2024-03, which had been filling the gap while CASA worked on a proper Australian version of the international SORA framework.

SORA stands for Specific Operations Risk Assessment — it’s the global process used to work out how risky a drone operation is, and what safety measures are needed before it can be approved. AusSORA is Australia’s own version of this process, built to reflect Australian conditions like our sparse outback populations and unique flying environments.

Here are the key things that changed:

New ground risk table — The updated iGRC table now includes a population band for extremely remote areas (like outback regions with fewer than 0.5 people per square kilometre). This is more realistic for Australian operations than the European-based original.

VLOS still gets a discount — If you’re flying within visual line of sight, you still get an automatic one-point reduction on your ground risk score. That hasn’t changed.

CASA now does the containment check — Previously, operators had to work out their own containment area. Under AusSORA, CASA’s officers run this assessment for you. You just need to provide your take-off location details.

Updated safety objective requirements — The list of operational safety objectives (OSOs) has been revised. One important change: OSO#24 (environmental qualification of the drone) has been relaxed slightly for mid-level SAIL IV operations, making it easier for Australian manufacturers to demonstrate compliance.

Sub-250g drones get the lowest risk score — Any drone weighing 250 grams or less is automatically assigned the lowest possible ground risk score (iGRC 1), no matter where it’s flying.

Transition rules apply — Applications already being assessed under old rules will continue under those rules. New applications submitted from 11 May 2026 must follow AusSORA.

For the official CASA source, visit: casa.gov.au — AusSORA Assessment Requirements

Who Does This Affect?

Recreational Drone Pilots

If you fly recreationally and stay within visual line of sight, AusSORA doesn’t change much about your day-to-day flying. The biggest practical note is that the new population density definitions give a clearer picture of what ‘sparsely populated’ or ‘suburban’ actually means when you’re choosing where to fly. It’s worth knowing, especially if you ever need to justify your flight location.

Commercial Operators — RePL and ReOC Holders

This is where AusSORA has the most impact. If you’re running commercial drone operations — especially anything involving BVLOS, automated flights, or higher-risk environments — your next application must be built around the AusSORA process.

This means using the new iGRC table, following the updated containment process, and making sure your safety case lines up with the revised operational safety objectives. And if you’re renewing an existing ReOC, that renewal will be assessed under the new rules too — not the old ones.

Drone Businesses and Manufacturers

The change to OSO#24 is particularly relevant here. Under the old rules, manufacturers needed formal environmental testing by an independent third party for SAIL IV operations. CASA has now reduced that requirement from ‘high’ to ‘medium’ robustness for SAIL IV, meaning manufacturers can demonstrate compliance in a more flexible way — for example, through analysis, design review, or operational experience, rather than expensive formal testing. This is a practical win for Australian drone developers.

What Action Do AusSORA BVLOS Australia 2026 Applicants Need to Take?

1. Check your current application status — If you’ve already submitted a SORA-based application and it’s being assessed, you don’t need to do anything — it’ll continue under the rules that were in place when you submitted. But if you haven’t submitted yet, you need to align with AusSORA from 11 May 2026.
2. Use the new iGRC table for your ground risk assessment — The updated AusSORA iGRC table (Table 6 in AC 101-06) is what CASA will use to assess your operation’s ground risk. Make sure you’re using the right population density band — check both the qualitative descriptions and the population numbers in Table 7.
3. Prepare your take-off location data — Even though CASA now handles the containment assessment, you still need to give them accurate take-off and launch point details. Include all planned take-off locations in your application. If you haven’t confirmed them, CASA will take a conservative approach and measure from the edge of your flight area.
4. Review your OSOs against the updated matrix — Cross-check your safety case against the revised OSO robustness matrix in Table 13. Pay close attention to OSO#08 (operational procedures) and OSO#24 (environmental qualification) based on your SAIL level.
5. Call CASA if your existing approval used kinetic energy limits — If your current approval was based on kinetic energy as a way to reduce your critical area, that method is no longer accepted under AC 101-06. When your renewal comes up, it’ll be assessed differently. Get in touch with CASA early so you know what to expect. AusSORA BVLOS Australia 2026 is a step forward for the whole industry.

The Skytronics Perspective:

AusSORA BVLOS Australia 2026

Honestly, AusSORA is a good thing for the industry. The global SORA framework is solid, but it was designed for Europe — where towns are close together and sparsely populated areas are the exception. Australia is the opposite. Having an iGRC table that actually accounts for areas with fewer than half a person per square kilometre makes a real difference to operators working in remote or regional areas.

The fact that CASA now takes on the containment assessment is also a practical improvement. It reduces the burden on smaller operators who don’t have the modelling tools or resources to run complex population distribution calculations. You focus on the operation; CASA handles the containment maths.

From a hardware perspective, AusSORA puts more emphasis on the quality and reliability of your RPAS system as your SAIL level increases. Accurate positioning, dependable flight control, and proven autonomous systems aren’t just nice to have — they’re central to your safety case. That’s what drives everything we stock at Skytronics.

Explore our Flight Controllers and GNSS / RTK Modules — built for serious commercial operations.