- Start here
Change the assumptions. Follow the atoms, machines and electricity through to useful local capability.
- Power budget
Build new capability while preserving the electricity allocated to clean-energy transition and essential development.
- Robots and repair
Explore annual production, surviving fleets, refurbishment, motors and the material in each machine.
- Solar and storage
Separate power ratings, delivered energy, losses and the atomic materials needed by a chosen design.
- Elements and feedstocks
Substitute a source mineral, change its grade and recovery, then compare the required output with existing industry.
- Project material ledger
Create a bill of materials for factories, grids, robots, panels, service parts and other equipment.
- Space infrastructure
Size on-board generation, heat rejection, payload transport and power delivered to other users.
- Australia and 2032
Connect population growth, domestic industry, civic robots, sovereign compute and global exports.
- Australian manufacturing
Manufacture civic robots for Australian communities and export. Size the factories, costs, supply chains and locally governed capability.
- Cities for 2045
Explore the 20 million person Quandamooka design, Australian capacity for 100 million and the mineral processing needed for a larger robot industry.
- Read the paper
Read the integrated research paper with dated references and download the Word version.
- Sources and methods
Inspect the dated sources, the calculation boundaries and the relationships between the projects.
- Image credits
Check image dates, original sources, reuse licences and exact generation prompts.
- Strange But True licence
Read the terms for this public source project and the separate licences for photographs and adapted data.
- All pages
Move between the calculators, integrated paper, evidence and image credits.