Memo 10 · Space · Export
The Pilbara Spaceport
Australia’s case for a world-class inland heavy-lift launch site.
Read →Australia’s case for a world-class sovereign space industry. Heavy-lift launch from the Pilbara at 20.7°S. Sovereign satellite and launch-vehicle manufacturing on the corridor industrial base. Asia-Pacific space infrastructure on the corridor power, water, and fibre spine.
Australia does not launch its own satellites. It buys them from American, European and Indian manufacturers, and it buys the ride to orbit from someone else’s pad — despite holding some of the best launch geography on the planet. The Australian Space Agency was established only in 2018 and remains small; sovereign launch, sovereign satellite manufacturing and sovereign space situational awareness are all capabilities the country currently rents.
The geography is the part that cannot be bought. A launch site in the Pilbara at 20.7°S sits closer to the equator than Cape Canaveral or Starbase, and Earth’s rotation contributes more free velocity the closer you get — about 16.9 metres per second more per launch than Texas. Downrange is 285,000 square kilometres of empty desert and then open ocean, under controlled airspace, with almost nobody underneath and a stable legal jurisdiction over the top. Nations spend decades looking for that combination.
What has stopped it being used is not the site but everything a spaceport needs behind it: gigawatt-scale power, industrial water, high-capacity fibre, heavy freight, and a manufacturing base within reach. Corridor #4 delivers all of them to Port Hedland and the launch site as part of a build that is happening anyway, which is what turns a remote latitude into an operating spaceport without a separate national programme to fund the roads, the grid connection and the water.
The rest follows from the industrial base. The plant that fabricates corridor structures, cable, precision assemblies and composites is the same plant that builds satellites and launch vehicles — so a sovereign space industry arrives on capacity the programme has already paid for. Add the region’s demand, with Japanese, Korean, Indonesian, Singaporean and Indian operators currently reaching orbit from further away, and the Moonbase Test City as a terrestrial analogue for lunar surface operations — vacuum chambers, regolith testbeds, life support and robotics — and Australia becomes a place the engineering talent it currently exports has a reason to stay.
Cons: the existing system and current trajectory. Pros: the integrated MMA corridor programme.
Established only in 2018, with a modest budget and limited capabilities. Sovereign space industry is aspirational rather than operational. The institutional infrastructure for a serious space programme does not exist.
Australia depends on launching payloads from other jurisdictions. No operating orbital launch facility on Australian soil. Sovereign satellite manufacturing is at boutique scale.
Australian government and commercial satellite needs are met by purchasing from US, European, and Indian manufacturers. The technology base, supply chain, and skilled workforce for indigenous satellite manufacturing have not been developed.
Japanese, Korean, Indonesian, and emerging Asian commercial space markets are served by US, Indian, and Chinese launchers. Australia has a geographic advantage it is not exploiting.
Sovereign space situational awareness, sovereign satellite communications, and sovereign launch are core national defence capabilities Australia largely outsources.
Northern Australia has some of the best launch latitudes on Earth - free delta-v advantage over Texas and Florida - and vast controlled airspace. None of this is currently being used at scale.
Pilbara latitude of 20.7°S provides +16.9 m/s of free delta-v per launch over Starbase Texas. 285,000 km² of empty downrange desert. Controlled airspace, low population density, stable politics.
Japanese, Korean, Indonesian, Singaporean, and Indian satellite operators reach orbit faster and cheaper from northern Australia than from any other regional alternative.
The Australian manufacturing base built for the corridor is the same base that supports satellite and launch vehicle manufacturing. A sovereign space industry on the same industrial platform, with no separate national investment required.
Sovereign launch, sovereign satellite manufacturing, sovereign space situational awareness - all delivered as a side-effect of the broader industrial build.
MMA Corridor #4 delivers gigawatt-scale electricity, industrial water, and fibre to Port Hedland and the spaceport site. No separate infrastructure spin-up - the corridor pays for itself before space services begin.
Terrestrial analogue facility for lunar surface operations - vacuum chambers, regolith testbeds, life-support, robotics. A long-term research and training programme that attracts the engineering and scientific talent Australia currently exports.
Programme-wide ROI summary → · Memo 19 (cost) · Memo 20 (returns) · Memo 21 (counterfactual)