Building real space systems
The Macquarie Aerospace Rover Society (MARS) is a multidisciplinary project team that aims to design and build a semi-autonomous, lunar-style competition rover.
Our projects
MARS develops several integrated systems that work together to simulate a complete planetary exploration mission for competitions, such as the Australian Rover Challenge (ARCh). These include:
- our semi-autonomous lunar-style rover (Wally)
- a robotic arm for manipulation tasks
- a science payload capable of collecting and analysing geological samples.
Wally is MARS’ semi-autonomous, lunar-style rover designed to navigate lunar-like terrain and execute mission tasks in a simulated planetary environment.
It integrates structural design, power systems and control systems to support both autonomous and remote operation during exploration activities.
The robotic arm is a multi-degree-of-freedom system designed for precise manipulation tasks, such as
- object handling
- sample collection
- tool interaction.
It is built for accuracy and stability while operating in coordination with the rover’s control systems.
The science payload is a modular system that enables in-field data collection and analysis during exploration tasks.
It incorporates sensors and experimental tools to simulate planetary science operations and support mission objectives through environmental and sample assessment.
Alongside these core systems, members also contribute to administration, communications, operations and outreach, reflecting the collaborative nature of modern aerospace projects.
Events
Besides project work, MARS also runs workshops and events to support student development and collaboration, including:
- Git workshops
- networking events
- PCB training.