The term RAST stands for Regional, the location where the research will be conducted, Advanced Air Mobility, is the electric aviation technology, Surrogate refers to the fact that the craft is uncrewed, and Trials refers to the research. The RAST research will be a series of drone flights conducted around Latrobe City in regional Victoria. Prior to the research being conducted there will be information workshops and community events where you can learn about the research and see and touch the drone.
What is the purpose of the RAST?
There is a need to move to a zero-emission economy and de-carbonise transport and logistics. The RAST trials aim to assess how future AAM platforms can be integrated into the existing air traffic control systems in Latrobe City. Advanced Air Mobility (AAM) is the term used to describe electric aviation technologies with low emissions impact on the environment. AAM is being applied to a variety of commercial industries such as the transportation of medications to people in remote communities. AAM is expected to simplify logistics, reduce transit times, and reduce heavy vehicle usage of local roads amongst other things. This research will help inform us how to maximise the benefits to local communities while minimising impact to other airspace users.
Who is conducting the RAST research?
The community engagement workshops and events will be facilitated by the Collaborative Evaluation &Research Group (CERG) from Federation University and hosted by Latrobe City Council. The RAST research drone flight tests and trials will be conducted by Textron Systems Australia in partnership with Swinburne AIR Hub researchers.
When and where will the RAST research occur?
The RAST research involves multiple drone flights with flight paths around Latrobe City. The flight paths are generally over unpopulated areas, with only brief transits over built-up areas.
How will I be affected by the RAST research?
It is anticipated that other than seeing the drone flying overhead, you will not be affected by the research. The drone sounds just like a lawn mower which you may hear for approximately 5 seconds. It travels at around 80km/hr flying at several hundred metres above the ground. The drone will be in the air for no longer than 40 minutes each flight. Past operations in commercial areas have shown the drone to be less intrusive than light aircraft or helicopters.
More information
For more information, visit the official RAST website https://advancedairmobility.com.au/
RAST Team
The RAST research project is made by possible by the following:
- Invest Victoria
- Textron Systems Australia
- Swinburne Air Hub
- Latrobe City Council
- Federation University