Phase 0 inland spine: Melbourne → Canberra → WSA → Gulgong → Muswellbrook → Brisbane in approximately 3 hours 53 minutes. Maglev proven at 603 km/h by SCMaglev. Hyperloop slot built into every Phase 0 pylon at zero extra cost. Opens approximately 2030 — 12 years before the HSRA tunnel.
Sydney-Melbourne fast rail has been studied since 1984. Perth to Sydney is 5 hours by air and impossible by fast rail. Australia is one of the only developed nations with no high-speed rail of any kind. The studies have been done. The reports have been filed. The political class has never built the thing.
The government's $93 billion answer: 194 km of coastal rail, 115 km underground through nine national parks. BCR unquantifiable. Opens 2042. Serves six suburban coastal stations. Does not reach inland NSW or VIC. A 20th-century project answering a 21st-century question, with a budget that would have built two transcontinental systems.
Without fast inter-city connections, economic activity concentrates at coastal airports. A family in Albury is currently 5hrs 55min from Sydney by train. Wagga to Sydney takes 4hrs 30min. These journey times keep economic activity coastal and inland populations shrinking. The geography is fixed; the transport is the choice.
Phase 0 runs Melbourne → Canberra → Western Sydney Airport → Gulgong → Muswellbrook → Brisbane. 2,410 km. Zero tunnels. Same cost as the HSRA for 1 service — but delivers 11 services on one multimodal viaduct: freight + maglev + HVDC + gas + fibre + water + multiple track gauges. Opens approximately 2030, 12 years before the HSRA tunnel.
Electromagnetic suspension: no contact, no friction, no track wear. SCMaglev world record 603 km/h. Phase 0 operational speed 500+km/h. The same technology proven in Japan for 40 years. No diesel. No moving parts in contact. Maintenance cost a fraction of conventional rail. The competitive advantage compounds across the operating life.
6m structural slot reserved between the freight and maglev levels in every Phase 0 pylon. Zero extra cost at construction. When hyperloop matures — 900–1,000 km/h commercial operation — the corridor is ready. No demolition, no new land, no new approvals. Perth to Brisbane under 4 hours when the technology arrives. Built in today; activated when ready.
Standalone maglev on a 4,000 km corridor: land acquisition alone would be prohibitive. The SBC eliminates this: the corridor easement is already acquired for the other 10 services. Maglev uses the same land, the same pylon foundations, the same power supply. Incremental cost only. The four-revenue-streams-from-one-viaduct philosophy is what makes maglev affordable for the first time in Australian history.
JR Central SCMaglev: proven at 603 km/h, operating commercially in Japan from 2027. CRRC China developing 600 km/h system. Both are seeking export markets. Australia is the natural customer. The SBC corridor is the order that makes export economics viable for both — and gives Australia leverage to demand technology transfer, local manufacturing, and minimum 30% local equity.
Albury–Wodonga → Sydney: ~2 hours (currently 5hrs 55min). Wagga Wagga → Sydney: ~90 minutes (currently 4hrs 30min). Albury → Melbourne: ~2 hours. Albury → Canberra: ~45 minutes. Newcastle → Sydney: ~25 minutes. These are the journey times at which rail captures 60–80% of aviation — the point at which the airport stops being the default and the train becomes it.
The Central Coast–Newcastle (CCN) line already works as a passenger route — but freight running on the same track imposes severe speed restrictions and reliability problems. Phase 0 takes freight onto the inland corridor. The CCN line becomes a high-speed passenger spur into Sydney. Existing infrastructure unlocked at zero additional capital cost simply by removing the conflict.