High Speed Rail Australia – Fastest Trains, Tracks, Railway Network And Projects


Australia has been exploring high speed rail since the 1980s, with many planned but none yet built. Some trains, such as Queensland Rail’s electric tilt train, reached 210 km/h in 1998 and was among some world fastest trains. Currently, high speed rail Australia has most trains run at a maximum speed of 160 kmph.

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Overview of High Speed Rail Australia


Since the 1980s, there have been many studies on building a high speed rail link along Australia’s east coast. However, high speed rail can cut travel times between cities like Sydney and Melbourne to less than 3 hours, making it as long or faster than flying. Despite public and private sector interest, none of the projects were financially viable without government support. High speed rail can also reduce travel emissions and be more environmentally friendly.

Present Status

Maximum service speed on Australian railways is currently limited to 160 km/h (99 mph), If you are traveling in train you can measure the train speed with train speed test speedometer. High speed rail Australia has some trains capable of fulfilling the criteria of high speed trains but limited by track conditions. Australia’s regional and intercity rail networks are extensive, providing vital connections across the continent. States such as New South Wales, Victoria, Queensland, and Western Australia are well served by these networks. Which facilitates travel between major cities and rural areas.

Although existing services may not reach true high speed levels, they play an important role in the country’s transport landscape, providing a reliable and efficient means of travel for both passengers and long-distance freight. Provides source.

present railway status australia
xpt express passenger train

New South Wales

The XPT (Express Passenger Train) began service in New South Wales in 1982 and achieved an Australian speed record of 193 km/h (120 mph) during a test run in 1992, beating its previous record. Beat the best. Although capable of reaching a theoretical top speed of 200 km/h, the XPT normally operates at a speed of 160 km/h (100 mph) due to track and safety limitations. Speeds on Sydney’s electricity network sometimes drop to 115km/h.

Despite these constraints, XPT has significantly improved journey times, reducing the journey from Sydney to Melbourne by two hours. The train’s design was adapted to Australian conditions when Cummings won the bid to build it in 1979, with modifications based on Budd’s design, including passenger trailers. Currently, NSW Train Link operates XPT services to several locations including Brisbane and Canberra.

Additionally, the NSW TrainLink D set was introduced as the second rolling stock design with a specified service speed of 160 km/h. However, it has been limited to 130 km/h due to technical issues. Looking ahead, the future NSW RSAT (potentially replacing the XPT) may face similar challenges if current operational issues are not resolved.

Queensland

The electric tilt train debuted in Queensland on 6 November 1998, operating on the Spirit of Capricorn route between Brisbane and Rockhampton, cutting journey times to seven hours—from the previous intercity express service. Two hours more. Using traction equipment inspired by the JR Shikoku 8000 series trains, the Tilt Train set an Australian speed record of 210 km/h (130 mph) north of Bundaberg in May 1999, making it the only train in high speed rail Australia to was beyond the normal definition of high speed ​​rail and the World’s Fastest Nero Gauge Train.

In August 1999, Walkers was awarded a contract for two diesel tilting trains to operate services from Brisbane to Cairns, incorporating a push-pull locomotive design. Further expanding the fleet, Downer Rail won a contract in October 2010 to build an additional diesel tilt train with two power cars and 12 vehicles to replace the stock held by the ageing locomotive at Sunlander. In which a new set entered service in 2014. Currently, the maximum operational speed of the tilt train is 160 km/h (99 mph).

electric tilt train queensland
v line train services in victoria

Victoria

V/Line is responsible for operating regional train service electric tilt trains in Victoria, Australia, and has been instrumental in expanding the state’s transport network. In the late 2010s and early 2020s, the Victorian regional network experienced one of its most significant periods of expansion and upgrade in history, resulting in vast improvements in service quality and efficiency.

At the heart of this modern network are V/Line’s Velocity trains, which can run at speeds of up to 160 km/h (99 mph), offering passengers a faster and more comfortable journey across the region. These developments not only facilitate better connectivity between regional centers and metropolitan areas but also increase accessibility and economic development across Victoria.

Western Australia

In December 2000, Westrail awarded a contract to United Gunnen at Broad Meadow to build nine new railcars to replace the WAGR WCA/WCE class railcars built in 1971. The Avon link was designated for service. The first of the new railcars entered service on June 28, 2004, and are powered by Cummins engines.

Although these railcars are capable of speeds of up to 200 km/h (120 mph), track conditions limit their operational top speed to 160 km/h (99 mph). This upgrade not only improved service reliability and efficiency but also enhanced the overall travel experience for passengers on these key regional routes in Western Australia.

WAGR WCAWCE class railcars built in 1971

Proposals for High Speed Rail Australia


Various proposals have sought to introduce high speed service to Australia through ambitious projects ranging from improving existing lines to building entirely new ones.

1970s–1980s

In the late 20th century, several proposals aimed to improve High Speed Rail Australia network, particularly the Sydney-Melbourne route. In 1979, a proposal to electrify the line attempted to reduce the journey time from 12 hours to less than 10 but was rejected on economic grounds.

In 1981, the Institution of Engineers introduced the Bicentennial High Speed ​​Railway Project, which proposed minor upgrades, including partial electrification, new diversions, and additional transit loops, but no actual high speed rail. This would have reduced the journey time between Sydney and Canberra to three hours and between Sydney and Melbourne to nine hours, making only marginal improvements.

improve australias rail network
melbourne canberra and sydney using french TGV technology along the coastal corridor

1980s – (1984 CSIRO Proposal)

In June 1984, the CSIRO, led by Dr Paul Wilde, proposed Australia’s first true high speed rail to the Hawke government. The project aimed to link Melbourne, Canberra and Sydney using French TGV technology along the coastal corridor.

With an estimated construction cost of A$2.5 billion (A$9.15 billion in 2023) and expected annual revenue of A$150 million, the proposal initially appeared promising, even with public interest and private sector funding for feasibility studies. Also attracted.

Very Fast Train (VFT) Joint Venture

In September 1986, the Very Fast Train (VFT) Joint Venture was formed, led by Elders IXL, Kumagai Gumi, TNT, and later BHP, with Dr. Paul Wild as chairman. The group proposed a 350km/h rail link from Sydney to Canberra and Melbourne, with both coastal and inland routes.

A $19 million feasibility study was commissioned in 1988, and in 1990, the study estimated a cost of $6.6 billion and a five-year construction timeline. An inland route with an intermediate stop from Melbourne to Sydney was recommended.

Despite significant interest, opposition arose over environmental concerns and potential public funding requirements. The plan depended on receiving favorable tax breaks, but in August 1991, the Hawke government rejected them, resulting in the termination of the VFT joint venture.

vft very fast train australia rail network
australia tilting trains

1990s (Tilting Trains)

In the 1990s, Australia explored the use of tilting trains to improve rail speeds without extensive infrastructure investment. In 1990, the NSW Government considered upgrading the existing track for ASEA Brown Boveri’s 200 km/h tilting train technology. Country Link’s 1995 trial tested Swedish X 2000 tilting carriages on the Sydney-Canberra route.

This reduced the travel time to 3 hours 25 minutes. Despite the success of the trial, which demonstrated high curve speeds and passenger popularity, clearance problems and the need for track upgrades were identified. With an estimated investment of $500 million, travel time could have been reduced to 2 hours, but no upgrades were made as the government awaited a competing Speedrail proposal.

Speedrail Proposal

In 1993, the Speedrail consortium, a joint venture between Alstom and Leighton Contractors, proposed a high speed rail link between Sydney and Canberra, initially estimated at A$2.4 billion (A$4.1 billion in 2013). Despite years of delay and concerns about the need for substantial government subsidies, the Commonwealth, New South Wales, and ACT governments formally invited expressions of interest in March 1997. In December 1997, four proposals were presented to the government, each with a required A$100,000 deposit.

high speed rail link between sydney and canberra
  • ASEA Brown Boveri, Adtranz, SwedeRail, BT Corporate Finance, Ove Arup, TMG International, Ansett, and Virgin Rail Group, has completed a $1.2 billion upgrade of the existing Sydney-Canberra rail line. Proposed. Their project aims to introduce a high speed service with a speed of 250 km/h on the Swedish Railways X 2000 tilting electric multiple unit, called XNEC. This upgrade will reduce the travel time by 1 hour 45 minutes, which will offer a more powerful and efficient rail solution without the need for entirely new infrastructure.
  • InterCapital Express, in collaboration with AIDC Australia, GHD Transmark, Lend Lease, Siemens, TNT, and GB Railway, proposed a high speed rail service between Sydney and Canberra similar to Capital Rail. Their project aims to reduce travel time by 1 hour 45 minutes by upgrading the existing rail alignment and using tilt train technology. The project, with the same estimated cost of $1.2 billion, is envisioned using rolling stock comparable to the XNEC, offering faster and more efficient service without the need for entirely new rail infrastructure.
  • The Spadrail consortium, backed by GEC Alsthom, Leighton Contractors, SNCF, Commonwealth Bank, Qantas, and Baulderstone Hornibrook, proposed the construction of a new high speed rail alignment from Glenfield to Canberra. Estimated to cost between $2 and $2.6 billion, the project will use TGV technology, cutting the journey time between Sydney and Canberra to just 1 hour and 20 minutes. The plan also includes integration with Sydney’s existing Metrorail network for access to Central Station, offering a seamless and efficient high speed connection.
  • Transrapid, backed by ThyssenKrupp, BHP, Boral, John Holland, Pacific Dunlop, Siemens, and Adtranz, proposed a cutting-edge magnetic-levitation (maglev) rail system between Sydney and Canberra. The service, which will travel via Wollongong, promises a journey time of 60 minutes. Although Transrapid did not provide a detailed cost estimate, government sources estimated the cost to be at least $4 billion. The radical proposal aims to introduce maglev technology to Australia, offering a faster and more futuristic alternative to traditional high speed rail systems.

On 4 August 1998, Prime Minister John Howard announced that the Speedrail consortium was the preferred party for the High Speed Rail Australia projects between Sydney and Canberra, entering a ‘proving’ phase on the condition that it had “no net. There will be no cost to the taxpayer.

The project was estimated to cost A$3.5 billion (A$5.4 billion in 2013) and was expected to create 15,000 jobs during construction. The proposed line would use the East Hills line from Sydney, Following the Hume and Federal Highways, with stations at Central, Campbelltown, Southern Highlands, Goulburn, and Canberra Airport.

The project involved nine eight-car trainsets running every 45 minutes at a maximum speed of 320 km/h (199 mph), completing the journey in 81 minutes, under a self-contained model. which will transfer the ownership to the government after 30. In November 1999, Speedrail submitted a feasibility study claiming to meet all government requirements, but concerns remained over the need for A$1 billion in government aid or tax breaks.

Ultimately, in December 2000, the federal government scrapped the proposal, fearing it would require excessive subsidies.

4 august 1998 prime minister john howard announced the high speed rail project between sydney and canberra
east coast very high speed ​ train scoping study

2000s (Howard Government)

In December 2000, following the cancellation of the Speedrail proposal, the Howard government commissioned TMG International Pty Ltd, with sub-consultants such as Arup, to explore the feasibility of a high speed rail system linking Melbourne, Canberra, Sydney and Brisbane.

The resulting East Coast Very High Speed ​​Train Scoping Study – Phase 1, released in November 2001 at the cost of A$2.3 million, covered technology options, route selection, performance, cost, demand forecasting, financing, and various aspects such as the impact on national development were examined. While not analyzing the corridor in detail, the study recommended an inland route for High Speed Rail Australia between Melbourne and Sydney and a coastal route between Sydney and Brisbane.


The report concluded that a high speed rail system could be part of Australia’s transport future but would require long-term bipartisan political support, estimated to take 10-20 years to build. Government funding will likely cover up to 80% of costs. Construction costs, heavily dependent on design speed, were provided in 2001 Australian dollars for a double-track railway along the east coast.

  • 250 km/h: $33 – $41 billion
  • 350 km/h: $38 – $47 billion
  • 500 km/h (maglev): $56 – $59 billion

The report highlighted that the cost estimate did not include the setup of rolling stock and operating company. It suggested potential cost reductions, particularly for low-speed options, if existing rail or highway corridors could be used. However, in March 2002, the government chose not to proceed with Phase 2 of the scoping study, as the project would require substantial public funding for large-scale infrastructure. As fast trains are need of people in this aera. All developed countries improving their railway infrastructure specially High speed rail USA, High speed rail Canada and many more.

Canberra Business Council Study

In April 2008, the Canberra Business Council submitted to Infrastructure Australia, High Speed Rail Australia: An Opportunity for the 21st Century. The submission detailed:

  • The submission noted significant improvements in technology, competition and supply over the past decade, making high speed rail more affordable and efficient.
  • Travel demand on the East Coast: The Melbourne–Sydney air route is the fourth-busiest in the world, and the Sydney–Brisbane route ranks seventh in the Asia-Pacific region.                                                                                                            
  • Use for freight: High speed freight trains are in use in France, high speed rail Italy is moving towards it and soon to expand across Europe.
  • Environmental sustainability and reduced greenhouse gas emissions.
  • Energy efficiency
  • Better social outcomes, quality of life, and reduced social disadvantage for regional centres on the rail line.
canberra business council study australia
canberra airpor plan

Canberra Airport Plan

In 2009, Canberra Airport proposed itself as an ideal location for a second Sydney airport, contingent on the construction of a High Speed Rail Australia (HSR) link that would cut travel times between Canberra and Sydney by 50 minutes. Can reduce to the proposal suggested that, given Sydney’s current growth, a high speed rail connection would be essential regardless of the chosen airport location.

However, choosing Canberra could save up to A$22 billion compared to developing a new greenfield airport at Badgers Creek or Wilton. In June 2012, Canberra Airport revealed plans to invest A$140 million in building a rail terminal if the HSR project moved forward.

High Speed Rail Australia Study (2008–2013)

In December 2008, the Rudd government prioritized a very fast train (VFT) project along the Sydney–Melbourne corridor, estimated to cost A$25 billion. This High Speed Rail Australia (HSR) project aims to connect major cities on Australia’s east coast, increasing transport efficiency and economic connectivity.

On 31 October 2010, the Government commissioned a strategic study, costing A$20 million, to assess feasibility and implementation strategies for the HSR spanning Melbourne to Brisbane. The study, carried out in collaboration with New South Wales, Victoria, Queensland, and the Australian Capital Territory, will thoroughly assess the economic, environmental and social impacts to guide future initiatives for high speed rail development across the region. It was divided into two phases.

high speed rail study 2008–2013 australia

The high speed rail initiative received support from both the Liberal opposition and the Australian Greens, with the latter pushing for the study to be expanded to include routes to Adelaide and Perth. The call for a wider national network resonated with various stakeholders who saw the value in a truly interconnected Australia, potentially increasing travel efficiency and regional connectivity across the country.  

In 2013 the Australian Government released a comprehensive study, which proposed a route connecting Melbourne, Canberra, Sydney and Brisbane.

Phase 1

The Phase 1 report, released on August 4, 2011, identified corridor and station locations and potential patronage and provided indicative cost estimates. Between $61 and A$108 billion, depending on the route and station combination chosen.

The Phase 1 report found that an HSR corridor between Brisbane and Melbourne:

  • Cost between A$61 billion and A$108 billion (2011 dollars).
  • Includes over 1,600 km of new standard gauge, double track.
  • Reach speeds of up to 350 km/h and offer journey times of up to 3 hours between Brisbane and Sydney and both Sydney and Melbourne, 40 minutes from Sydney to Newcastle, and up to 1 hour between Sydney and Canberra.
  • Carry about 54 million passengers a year by 2036.
  • Offer competitive ticket prices.

The report highlights the importance of acquiring or preserving rail corridors early to reduce future costs. By securing these routes in advance of urban expansion, the need for expensive additional tunnels can be reduced. The development makes access to priority routes difficult, ensuring a more efficient and cost-effective infrastructure project.

Phase 2

Work on Phase 2 of the study began in late 2011 and culminated in the release of the High Speed Rail Australia Study Phase 2 report on 11 April 2013. Building on the work of Phase 1, it was more comprehensive in objectives and scope, and it improved many functions. Step 1 Estimation, especially demand and cost estimation.
The Phase 2 report found that:

The Phase 2 report found that:

  • The corridor will consist of approximately 1,750 kilometres connecting Brisbane, Sydney, Canberra and Melbourne.
  • The preferred alignment included four capital city stations, four city peripheral stations, and stations on the Gold Coast, Casino, Grafton, Coffs Harbour, Port Macquarie, Terry, Newcastle, Southern Highlands, Wagga Wagga, Albury Wodonga and Shepparton.
  • Once fully operational (from 2065), the corridor can carry about 84 million passengers a year.
  • Express journey times will be less than three hours between Melbourne and Sydney and between Sydney and Brisbane.
  • The best staging for the HSR program would involve building the Sydney-Melbourne line first, starting with Sydney-Canberra, followed by Canberra-Melbourne, Newcastle-Sydney, Brisbane-Gold Coast and Gold Coast-Newcastle.
  • The estimated cost of constructing the corridor would be approximately $114 billion (2012 dollars).
  • The HSR program and most of its phases would be expected to have only a small positive financial return on investment. Governments will, therefore, need to fund the majority of upfront capital expenditure.
  • If ridership projections are met at the proposed fare level, the HSR system can generate enough revenue from fares and other activities to cover operating costs without ongoing public subsidies.
  • HSR would greatly improve the accessibility of the regional centres it served and provide an opportunity for—though not automatically realized—regional growth.

Favoured Alignment

Along with the Phase 2 report, 280 detailed maps were also released indicating priority alignments in the study. They address various alternative routes previously known for high speed rail Australia.

Travel Time, Schedule, Distance

Sydney–Melbourne

Great circle distance

713 km (443 mi)

Existing rail distance

963 km (598 mi) (32% greater)

Existing rail average speed

92 km/h (57 mph)

Existing rail travel time (h:min)

10:30

Existing rail services (daily, each way)

2

Air travel time (CBD to CBD*) (h:min)

3:00

Air services (daily, each way)

118

High speed rail travel time (max. 350 km/h)

2:45

Note: Air travel time includes travel from the CBD to the airport, waiting at the terminal, gate-to-gate transit, and travel to the destination CBD.

Issues

According to Philip Laird, the main issues preventing the adoption of high speed rail Australia include:

  • A high level of competition in domestic air travel results in extremely affordable fares.
  • Excessive domestic air transportation subsidies.
  • that great distances between cities are greater than those for which high speed rail can effectively compete with airplanes;
  • Concept of cheap car travel.
  • Lack of tolls on the majority of interstate roads.
2010 abbott government 2013–2015

2010s (Abbott Government 2013–2015)

On 8 November 2013, the Abbott government announced plans to disband the high speed rail Australia Advisory Group, which had been involved in planning a high speed train line from Brisbane to Melbourne. The decision was part of a broader cost-cutting effort by reducing government committees and councils aimed at streamlining government operations for greater efficiency and reducing costs.

In December 2013, former Deputy Prime Minister Warren Truss reaffirmed the Coalition’s commitment to securing the land corridor identified for the high speed rail Australia projects. He sought the support of the Premiers of Victoria, New South Wales, and Queensland, as well as the Chief Minister of the ACT, to ensure that key land is preserved for the future development of the rail line. Efforts should be continued from previous government studies.

Beyond Zero Emissions Study (2014)

In 2014, Beyond Zero Emissions (BZE), in partnership with the German Aerospace Center, released an alternative high speed rail Australia study in response to the Rudd government’s Phase 2 report. BZE proposed a slightly longer route (1,799 km vs. 1,748 km) but reduced construction costs by reducing tunnel length by 44% and bridge length by 25%, using existing transport corridors to access the city.

The project’s author, Gerard Drew, criticized the government’s 45-year timeline as “ridiculous” and suggested its estimates were overpriced or “gold-plated”. BZE estimates that the railway could be completed in 10 years for $84.3 billion. The project’s author, Gerard Drew, criticized the government’s 45-year timeline as “ridiculous” and suggested its estimates were overpriced or “gold-plated”. BZE estimates that the railway could be completed in 10 years for $84.3 billion.

beyond zero emissions study 2014
turnbull government 2015–2018

Turnbull Government (2015–2018)

When Malcolm Turnbull, a noted rail enthusiast, became leader of the Liberal Party, the federal government renewed interest in high speed rail Australia. The Turnbull administration emphasized private sector involvement and value-capture funding models, exploring options to finance the project without relying solely on public funds.

In March 2016, Consolidated Land and Rail Australia (CLARA) submitted a proposal for a 500 km/h high speed rail line between Sydney and Melbourne, which would serve eight new inland cities instead of serving existing population centers. Focused on making it as a passenger hub. CLARA proposed that land sales would fund both rail construction and city development and claimed to have acquired purchase options on 40% of the necessary land.

In April 2017, Spanish manufacturer Telgo submitted a proposal to the NSW Government to deploy 200km/h diesel trains on the Sydney-Canberra line. With minimal modifications to the track, travel time can be reduced by 2-2.5 hours, Telgo suggested. To support the proposal, Telgo offered to provide train sets for testing in New South Wales at no cost.

In the May 2017 Federal Budget, the Australian Government allocated $20 million through state, territory, or private partnerships to develop three business cases for high speed rail links between capital cities and regional areas. Infrastructure Australia was tasked with reviewing submissions, with funding awarded to selected proponents. Further funding was to be considered after business deals were completed.

New South Wales (Late 2018)

In late 2018, the New South Wales state government announced a new high speed rail network linking Sydney and regional NSW.[99] The government is spending $4.6 million investigating four identified potential routes. [100] These are Sydney to Port Macquarie, Orange/Parkes, Nowra and Canberra.

The proposal provides the following travel times (in hours):

Journey

Current journey time

Sydney-Canberra

4:07

Sydney-Goulburn

2:31

Sydney-Newcastle

2:35

Sydney-Gosford

1:19

Sydney-Wollongong

1:25

  • On 24 December 2022, Professor Andrew McNaughton, head of the High Speed ​​Rail Study, said that improving the Sydney-Hunter (Sydney-Newcastle) corridor would have the biggest impact, benefiting the largest number of people. Will He saw the Sydney-Goulburn and Sydney-Canberra routes as low priorities and suggested that the Sydney-Orange/Parkes corridor mainly needed a better train service rather than high speed rail.
  • As of 24 December 2022, the high speed rail study report has not been released. NSW Cities Minister Rob Stokes described Professor McNaughton’s contribution as “invaluable” and his involvement in the state’s six-city plan to increase connectivity in metropolitan NSW. Reflected the insight of Stokes, also contacted federal Infrastructure Minister Catherine King, urging cooperation between the new High Speed ​​Rail Australia Authority and the NSW Greater Cities Commission on planning around proposed new and upgraded rail corridors.
  • On 3 March 2023, The Guardian reported that the New South Wales state government had closed work on the final business case for the Sydney-Newcastle high speed rail corridor in December 2022. Responsibility of the Federal Authority Of High Speed Rail Australia.

Victoria (2018–2023)

In April 2018, the Victorian Budget announced plans for a high speed rail link between Melbourne and Geelong, with $50 million allocated to the plan in the state budget. As of September 2018, the Victorian state government established a Fast Rail Reference Group to advise on a high speed rail line to Geelong, part of the Labor government’s Western Rail plan introduced before the state election. The initiative aims to increase regional train speeds to 250km/h, reducing journey times to Geelong by 45 minutes and Ballarat to under an hour.

To achieve this, rail lines will be electrified and quadrupled to separate regional and metropolitan services, using a new Sunshine CBD tunnel linked to the Melbourne Airport Rail Project. Sunshine Railway Station is set to become a key interchange for high speed and metropolitan services, with high speed rail Australia planning consistent with the airport’s rail link business case, and all projects expected to take around a decade. The construction of which is scheduled to start by 2022.

victorian budget announced plans for a high speed rail link between melbourne and geelong
  • The Fast Rail Link project builds on existing efforts to duplicate and enhance regional commuter rail lines through the state government’s $1.75 billion Regional Rail Revival Project. The initiative aims to modernize and improve rail infrastructure, further support the development of high speed rail links and increase overall transport efficiency between Melbourne and regional centers such as Geelong and Ballarat.
  • In March 2019, the federal coalition government announced a $2 billion commitment to a high speed rail line to Geelong, with a maximum speed of 200 km/h, an average travel speed of 160 km/h, and a journey time of 32 Minutes. The federal government has estimated the total cost of the project at $4 billion. However, Victorian Transport Minister Jacinta Allen welcomed the additional federal funding, disputing some of the claims, saying the project would likely cost between $10 and $15 billion. He highlighted that this would require the removal of 14 level crossings and pointed out that the federal commitment does not cover the costs of new rolling stock.
  • In November 2023, the National Infrastructure Pipeline Review resulted in recommendations to remove funding from the Fast Rail project to Geelong. This decision reflects broader assessments of project priorities and financial allocations within the national infrastructure landscape, which signals a shift in focus away from the move between transportation and funding development strategies.

National Faster Rail Agency (2019-2023)

In the 2019–20 Budget, the Australian Government launched the National Faster Rail Agency, tasked with developing a number of business cases for high speed rail links between capital cities and regional centers.

The initiative aims to increase regional access and connectivity, promote economic growth and improve transportation options across the country. Focusing on high speed rail solutions, the agency sought to facilitate better integration of regional areas into the national transport network.
The Government allocated $40 million to evaluate five high speed rail Australia corridors:

national faster rail agency 2019 2023
  • Sydney to Wollongong
  • Sydney to Parkes (via Bathurst and Orange)
  • Melbourne to Albury Wodonga
  • Melbourne to Traralgon
  • Brisbane to Gold Coast

These reviews were in addition to three business cases already underway under the Turnbull Government, which examined the following corridors:

  • Melbourne to Greater Shepparton
  • Sydney to Newcastle
  • Brisbane to Moreton Bay and Sunshine Coast areas

The National Faster Rail Agency was established on 1 July 2019 as an executive agency in the portfolio of infrastructure, transport, cities and regional development.

Issues and Cost Estimate

In April 2022, the National Faster Rail Agency published the National Faster Rail Investment Program document, with a section dedicated to high speed rail Australia. The document explained that by 2022, their cost estimates for the Melbourne-Sydney-Brisbane HSR corridor were between $200 and $300 billion – significantly higher than the $114 billion cost outlined in Phase 2 of the High Speed ​​Rail Study. But there is more to that:

  • Recent estimates show a significantly higher cost per kilometer.
  • Concerns were expressed over regions, community acceptance, environmental degradation and industry potential.
  • Previous costs were high level, based on broad plans, insufficiently contingent and not detailed, and
  • The infrastructure program costs more.

2020s (High Speed Rail Authority 2023-Present)

In September 2022, the newly elected Albanian government introduced legislation to create a national high speed rail Australia authority (HSRA), fulfilling a promise made during the 2022 elections. Infrastructure Minister Catherine King said the HSRA would introduce an expert board to oversee the construction and operation of a high speed rail network linking Melbourne, Canberra, Sydney and Brisbane along Australia’s eastern seaboard.

The Authority will cooperate with state governments, advise the federal government, and establish standards for an interoperable network. King emphasized that the Authority would prioritize high speed rail between Newcastle and Sydney, with the government committing $500 million to the initial works and to safeguarding the corridor.

The bill, which would dissolve the National Faster Rail Agency and merge its functions into the HSRA, was passed by both houses on November 24, 2022, and was approved on December 12, 2022.

2020 high speed rail authority 2023 present
  • The Authority began operations on June 13, 2023, and CEO Tim Parker was appointed on January 11, 2024.
  • On August 26 2024, Catherine King, Minister for Infrastructure, Transport, Regional Development and Local Government, announced that the high speed rail Australia Authority was working on the location of the project. Thirty boreholes are being used for this purpose.

Sydney to Newcastle Section

Business Case

On January 30 2024, it was announced that $78.8 million in funding would be allocated to develop a business case for the Sydney to Newcastle section of the high speed rail Australia network.

Tenders for this business case were issued in March 2024 and divided into eight separate packages. The eight successful tenders were announced on June 13, 2024, marking an important step in the planning and implementation of the high speed rail project.

Fastrack Australia Proposal (2023)

In January 2023, the advocacy group Fastrac Australia released a plan advocating gradual upgrading of the Sydney-Melbourne corridor rather than building an entirely new line.

The approach aims to gradually expand existing infrastructure, potentially reducing costs and construction timelines while improving service quality and travel times on this important rail route between the two major cities.

The proposed upgrade was divided into five phases, with the following estimated travel times:

Stage

Sydney-Melbourne

Current                                      

11:00

Stage 1

9:00

Stage 2

8:00

Stage 3

6:00

Stage 4

5:00

Stage 5

4:00

The first two phases will consist of the following upgrades:

  • Stage 1: Straightening of track on the Wentworth Deviation between Glenfield and Mittagong and
  • Stage 2: track between Goulburn and Yass, and a new track branches from Gunningdown to a new station near Canberra Airport.

Fastrack Australia leader Gary Glazebrook said he estimated the first two phases would cost $5bn and $6–7bn, respectively. As of 24 February 2023, Fastrack Australia had sent its proposal to Prime Minister Anthony Albany and Federal Minister for Infrastructure Catherine King but had not yet received a response.

Intrastate Proposals

At various times, state political parties and others have proposed schemes involving high speed trains in other areas that include the ability to achieve speeds exceeding the 200 km/h limit.

In 2004, the New South Wales government proposed the A$2 billion Western Fast Rail project, a privately funded train line to connect the Sydney CBD with western Sydney, which was approved in December 2006 by the then federal Opposition Leader Kevin Rudd reintroduced it as part of “The election agenda of the Labor Party”.

The project was backed by the NSW State Government and a consortium led by union leader Michael Eason, which included Dutch bank ABN AMRO and Australian construction company Leighton Contractors. Elements of the proposal were integrated into the government’s West Metro and CBD Relief Line plans. However, these measures were eventually abandoned after the O’Farrell government took office in 2011.

intrastate proposals australia

In 2008, Transrapid proposed a privately funded magnetic levitation (maglev) line for Greater Melbourne as an alternative to the cross-city tunnel proposed in the Addington Transport Report. Who did not explore above-ground options? The Maglev line will connect Geelong to Melbourne’s outer suburbs, Tullamarine and Avalon airports in less than 20 minutes and reach Frankston in less than 30 minutes, serving more than 4 million people. Transrapid was estimated to cost A$4 billion, but the Victorian government ultimately opted instead for the underground metropolitan network proposed in the Addington Report.

Before the 2010 Victorian state election, Liberal leader Ted Bellew pledged A$4 million to establish a high speed rail Australia advocacy unit with the aim of making Melbourne the first city in Australia to host high speed trains. Bellevue supported the East Coast Rail Link, extending from Melbourne to Geelong and Adelaide, positioning Victoria as a central hub in the country’s potential high speed rail network.

A 2010 Infrastructure Partnerships Australia report highlighted the Noosa-Brisbane-Gold Coast high speed rail link as a promising starting point for an East Coast network. The proposed 350 km/h system could reduce the journey time from Corroy (near Noosa) to Brisbane from two hours to 31 minutes, potentially capturing 84% of the passenger market. A Brisbane-Gold Coast journey will take just 21 minutes, attracting up to 27% of current commuters, demonstrating the significant impact high speed rail Australia could have on regional connectivity.

Shortly after winning the 2011 New South Wales state election, Liberal Premier Barry O’Farrell advocated high speed rail links to Melbourne and Brisbane as an alternative to building a second Sydney airport. O’Farrell questioned the viability of a new airport location within NSW, noting that any proposed site — from the Central Coast to Sydney’s south-west or western suburbs — would likely be within the current range. It will disrupt communities and cause considerable local opposition.

Speed Records

Australia’s rail speed record is held by Queensland Rail’s electric tilt train, which reached 210 km/h during a test run on 23 May 1999. Achieving this speed required specific modifications to the tracks, marking a milestone in Australian rail capabilities.

The earliest reference to Australia’s “fastest train” dates back to 1916, when the Melbourne Express, later known as The Overland, introduced a faster timetable between Murray Bridge and Wolseley. The service achieved an average speed of 35 mph (56.3 km/h) and a maximum speed of 58 mph (93.3 km/h), setting a standard for train speeds for high speed rail Australia during this period.

australias rail speed record

The New South Wales XPT set the speed record on 9 September 1981 at 183 km/h during a test run. He surpassed this record 11 years later, on 18 September 1992, when he achieved a top speed of 193 km/h. Despite these impressive milestones, both occasions fell short of the target speed of 200 km/h.

Date

Train

1916

Melbourne Express

1927

Geelong Flyer

11 November 1929

canves Express

30 April 1934

Creamy Kate

17 November 1937

Spirit of Progress

1947

Spirit of Progress

28 April 1951

Budd Rail Diesel Car

1 December 1951

The Trans-Australian

6 September 1981

XPT

18 September 1992

XPT

23 May 1999

QR Electric Tilt Train

Conclusion


Australia’s pursuit of high speed rail has been a long and complex journey with exciting propositions and significant challenges. The Fastrac Australia initiative exemplifies a strategic pivot towards upgrading existing rail infrastructure, offering a phased approach to increasing connectivity between major cities. While the potential benefits, such as reduced travel times, improved regional integration, and environmental sustainability, are compelling, the implementation of these projects depends on political commitment, substantial investment, and broad community support. Overcoming historical barriers will be critical to transforming these visions into a viable network for high speed rail Australia, ultimately positioning Australia for a more integrated and efficient future.

FAQ – High Speed Rail Australia



Australian trains typically run up to 160 km/h (99 mph), with the fastest, Queensland’s Electric Tilt Train, reaching 210 km/h (130 mph) on test runs.

Austrian trains are highly efficient, reliable, and well-coordinated, offering frequent services, modern amenities, and extensive coverage, making travel comfortable and convenient.

In Australia, the speed limit for road trains on highways is generally 90 km/h (56 mph), although the limits may vary slightly by region.

Freight trains usually run at a speed of 80-115 kmph.

Most operate between 80-130 km/h, depending on the route and train type.