Hort Innovation described a Queensland strawberry-farm trial of RoBird, a drone designed to resemble a bird of prey, in an update dated 23 September 2026. The project in Moreton Bay is testing whether the aircraft can deter birds that damage crops. Earlier almond-trial figures provide background, but the strawberry trial’s results have yet to be established.
The approach relies on the appearance and movement of a predator. The account published by Hort Frontiers describes testing on grower Tim Harris’s farm and reports earlier almond trials with an 89 per cent reduction in fruit loss in monitored blocks and a 94 per cent bird displacement rate. Those are different measures: fewer birds present and less damaged fruit are related questions, but they are not interchangeable results.
The almond figures also cannot be transferred directly to strawberries. A different crop, farm layout and bird population may change how useful a deterrent is. The published update does not provide completed strawberry outcomes or enough detail to independently assess every aspect of the earlier comparison. Its figures should be attributed to the industry account rather than treated as a general performance guarantee.
The supplier already presents RoBird as part of a broader bird-management service. AERIUM Analytics markets wildlife mitigation alongside drone operations and related services. That establishes a commercial interest behind the technology. It does not establish a standard Australian farm price, nationwide availability or that a grower can buy the aircraft and operate it without specialist support.
The most relevant farm result would concern the crop protected over time. A useful evaluation would compare damaged fruit and marketable yield, record how often flights are needed and account for operating labour and equipment costs. Bird displacement alone may be encouraging, but a grower ultimately needs to know whether the intervention protects enough produce to justify its expense.
Repeated use raises another question that requires observation across a season. Birds may respond differently as weather, feeding opportunities and crop maturity change. The current strawberry trial is an opportunity to measure whether the response persists and whether birds move to another part of the property. These are evaluation questions, not outcomes that have already been demonstrated by the reported Queensland work.
Drone operations also take place within Australia’s aviation rules. CASA’s near-people guidance sets out standard separation requirements and the circumstances in which approvals or other conditions apply. That matters on a working farm where staff may be picking or moving through the area. The conditions for a particular flight depend on the operation and applicable authorisations.
CASA’s broader rules hub provides the starting point for checking the requirements relevant to the operator. A predator-like shape does not remove an aircraft from aviation oversight. Equally, describing this project as robotics does not establish that the flights are autonomous or that the system makes its own decisions using AI.
For Queensland growers, the next meaningful evidence is specific to the strawberry trial. Published results on crop damage, operating effort and repeat performance would help compare RoBird with other protection methods under the same conditions. Until those results are available, the project is a test of whether a convincing artificial predator can provide a practical benefit on this farm.
