Why Gothenburg’s Hisingsbron bridge quietly showcases Skanska’s engineering

Reviewed: ad hoc news B2B & Pro desk. Edited and checked on 2026-06-20, 13:43. Details in the imprint.

With the Hisingsbron bridge, Skanska AB has built the kind of structure most people only notice when it is closed or fails - a calm, steel-and-concrete workhorse carrying trams, buses, cars and cyclists into Gothenburg’s centre across the Göta älv.

What Hisingsbron actually is

Hisingsbron is a new vertical-lift bridge over the Göta älv that replaces the ageing Götaälvbron, connecting the island of Hisingen with Gothenburg’s central districts in western Sweden. The city opened the bridge to road traffic in May 2021 after several years of construction.

The bridge consists of a main span with lift towers and flanking approach viaducts, built to a lower deck height than its predecessor. That allows gentler ramps for cyclists and pedestrians while still letting ships pass when the lift span rises.

How Skanska shaped the project

Skanska was part of a consortium that won the contract for Hisingsbron in an alliance model with the City of Gothenburg, handling major portions of the civil works, foundations and concrete structures. The company emphasizes collaboration and early contractor involvement as key to managing risks on complex inner-city builds.

Work took place in tight quarters, squeezed between existing quays, tram lines and dense urban traffic. Construction teams had to sequence piling and concrete pours so the city could keep public transport and road connections running for most of the build period.

Design choices you feel in daily use

The lower deck level makes the bridge feel less like a climb when you walk or cycle across in winter wind. Gradual inclines and wide, separated paths mean commuters can move side by side without constantly dodging each other.

Tram tracks run along the center, with road lanes flanking them, so the structure works as a compact multi-modal corridor. Sound barriers and the concrete mass itself mute some of the tram rumble and car noise compared with older steel-heavy designs.

The lifting span and the river

The lift section is designed for a navigation clearance of about 28 meters when raised, allowing commercial and leisure vessels to pass to the inner harbor. In the lowered position, the bridge sits relatively close to the water, preserving the city’s visual connection to the riverfront.

When the span rises, the four towers become more dominant on the skyline but remain fairly understated compared with classic steel truss lift bridges. Lighting keeps the structure legible for ship traffic at night without turning it into a glaring spectacle.

Sustainability ambitions in concrete and steel

Gothenburg positioned Hisingsbron as part of a broader climate-smart urban-mobility plan, aiming to favor public transport, walking and cycling over private cars. The bridge design supports that by dedicating generous space to trams, buses and active modes rather than extra car lanes.

Skanska has highlighted its use of optimized concrete mixes and efficient construction logistics to reduce embodied carbon and waste on large infrastructure projects like this one, in line with its group climate targets. For a commuter, those choices are invisible but embedded in the structure they cross every day.

Where it differs from the old Götaälvbron

The old Götaälvbron, opened in the 1930s, had reached the end of its technical life, with corrosion and maintenance demands increasing sharply in recent years. Its higher deck and steeper ramps were also less friendly to cyclists and people with reduced mobility.

Hisingsbron’s more compact profile frees up waterfront space on both banks for development and public areas. The new alignment and approaches are designed to mesh with updated tram lines and city-planning ambitions for the riverfront.

Everyday experience on the deck

In daily rush hour, the bridge feels more like an extension of the city’s streets than a separate structure. Trams glide across with only a short pause when the lift opens, while buses and cars creep in dense but orderly queues.

For pedestrians, the view upstream toward Gothenburg’s harbor cranes and downstream toward the river mouth is more open than on the older bridge, thanks to slimmer railings and the lower superstructure. On windy days, the exposure is noticeable but the broad paths give room to lean into the gusts.

Economics and city impact

The total investment for Hisingsbron has been reported in the multi-billion SEK range, reflecting not only the bridge itself but its complex urban interfaces and related traffic adjustments. For Skanska, such long-running infrastructure contracts add predictable revenues over several years.

For Gothenburg, the payoff is less spectacular but more enduring: fewer unplanned closures, lower maintenance demands than the old bridge, and a layout that matches the city’s push toward public transport and cycling in the central districts.

Company context and stock reference

Skanska AB is one of the Nordic region’s largest construction and project-development groups, with operations across Sweden, the rest of Europe and North America. Projects like Hisingsbron sit within its Swedish construction segment alongside hospitals, rail lines and urban redevelopment schemes.

Shares of Skanska AB (SE0000113250) trade on Nasdaq Stockholm in Swedish kronor.

This article was AI-assisted and editorially reviewed. Product information without guarantee; prices and availability may change at short notice. No investment advice, no buy or sell recommendation. Stock-market transactions involve risks up to total loss.

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