The HAB program is tasked with developing a series of buses that will allow the testing of scientific payloads and satellite sub-systems. Develop a launch, tracking, control and retrieval capability for a wide range of high altitude balloons.

This will include radio transceivers and computers that can be used to record and broadcast real-time telemetry data. Provide analysis of the data returned from the flight package.

GOALS AND OBJECTIVES

1. Develop a series of operational procedures that cover the technical, legal and safety requirements for a balloon flight from beginning to end.
2. Develop the basic equipment needed to safely fill and launch a balloon from a remote site.
3. Develop different buses that can handle a wide range of payloads.
4. Develop a communication system that provides two-way communication with the payload during and after the flight.
5. Develop a telemetry system that can store the telemetry data for a complete flight, as well as broadcast it in real time.
6. Develop operational expertise in planning a balloon flight, tracking the flight, controlling the payload and recovering it after the flight.
7. Conduct regular flights to carry out experiments and test components.

RELEVANT CASA CIVIL AVIATION ORDERS

Tethered Balloons

Unmanned Free Balloons

Relevant Telecommunications Legislation

• Radiocommunications (Low Interference Potential Devices) Class Licence 2000

PROPOSED BALLOON LAUNCH SITES

In South Australia, Woomera is a likely place for a high altitude balloon launch. Balloon launches can be conducted in conjunction with the Small Sounder Rocket Program (SSRP).

In Victoria, Donald is a likely place for a high altitude balloon launch.

ASRI HAB Projects

The HABx project has passed MDR and is therefore now a real project.

Other projects

ASRI and the HAB program assisted with the launch of a project for the University of Kent in the UK.