WORK has begun on improving Tasmania’s state road network under the $100-million Freight Capacity Upgrade Program.
The initiative is jointly funded by the federal government (which is contributing $80 million) and the state government (which is contributing $20 million).
The program is to increase the freight capacity of critical and regional freight routes throughout Tasmania by strengthening or replacing various bridges and improving sections of roads.
Federal minister for infrastructure Catherine King said the Australian government is committed to improving road safety and freight efficiency.
“Our funding, by helping continue this successful economic productivity initiative for the next five years, is key ensuring Tasmania’s road network is as safe and as efficient as possible,” she said.
Tasmanian infrastructure and transport minister Michael Ferguson said the program would increase the productivity of the state’s freight as well as increase road safety.
“This investment in Tasmania great news for our community and will back local jobs while also supporting our freight industry,” he said.
The first stage of the program includes the strengthening of 11 bridges, replacement of two bridges and road improvements at 14 sites.
When completed, there will be an additional 224 kilometres of state roads approved for access by higher mass limit vehicles.
According to a statement from the government, this will greatly assist freight operators in planning for the future and give them confidence to expand their operations.
It will also extend the lifespan of critical and regional freight routes throughout the state, improving access for operators of heavy vehicles and providing benefits for the state’s agriculture, resources and manufacturing industries.
Work has already started on several road strengthening projects and tenders closed on 15 March 2023 for the first two bridge strengthening projects: Pipers River Bridge on Bridport Road in the state’s north-east and Ring River Bridge on the Murchison Highway on the west coast.