Trichome

Msikaba Bridge
Coordinates31°17′45.07″S 29°47′35.74″E / 31.2958528°S 29.7932611°E / -31.2958528; 29.7932611
Carries National Route 2
CrossesMsikaba River
LocaleLusikisiki, Eastern Cape, South Africa
Characteristics
DesignCable-stayed steel deck
History
Construction costR1.65 billion[1]
OpenedExpected End of 2025 [2]
InauguratedNovember 2017
Location
Map

The Msikaba Bridge is a cable-stayed steel deck bridge, currently under construction, spanning the Msikaba River, near Lusikisiki in the Eastern Cape of South Africa. The Msikaba Bridge forms part of the N2 Wild Coast road (N2WC) project, which aims to improve the travel time between Durban and East London for heavy freight vehicles.[2]

The making of this epic bridge was shown in the National Geographic show "Building Impossible With Daniel Ashville" in Episode 2 of Season 1.[3]

Bridge design[edit]

Designed by the Danish firm Dissing+Weitling, the bridge when complete will have a main span of 580m supported from a pair of 127m-tall pylons. The deck will be 194m above the valley floor, making it the third highest bridge in Africa.[4]

Rendition of Msikaba Bridge Suspension Proposal

Contract award[edit]

In 2017 the South African National Roads Agency (SANRAL) awarded the tender for the bridge's construction to the Concor Mota-Engil Joint Venture (CMEJV), which comprises Concor, a South African-based construction company, and Mota-Engil, a Portuguese construction company at a cost of US$118 million.[5]

Construction timeline[edit]

It is estimated that 28 000 cubic metres of concrete, 2 700 tons of structural steel and 2 500 tons of cables will be needed during construction. The balance of works contained in the contract which includes construction of 1,5 km of approach roadworks on either side of the bridge. Expressed in quantities, this will include 650,000 m³ of bulk earthworks of which 430,000 m³ is hard rock, a conventional three span bridge and four in-situ concrete culverts crossing some of the tributaries.[6][7][4][8] A temporary gondola lift system will reduce travel time between opposite sides of the bridge during construction.[9]

Msikaba Bridge foundation works
Msikaba Bridge main pylons construction

See also[edit]

References[edit]

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