ABB Robots in Roofing: From Truss Plants to Shingles

From hand-laid thatch to the Rufus shingle robot, and how ABB IRB 4600 robots already build roof trusses and timber roof panels in factories today.

INDUSTRIAL ROBOTICS

Chat With Robot

9/25/20261 min read

For most of history, roofs were built by hand. In this photo from around 1963, two thatchers in Germany lay reed on a steep roof. Slate, tile and wood shingle roofs took the same kind of skilled crew, and they could only work in good weather, climbing up and down all day.

Black and white photo of two thatchers working on a steep reed roof
Black and white photo of two thatchers working on a steep reed roof

Thatchers laying reed on a roof in Germany, around 1963. Photo: Richard Peter / Deutsche Fotothek via Wikimedia Commons (CC BY-SA 3.0 DE)

Asphalt shingles and nail guns made the work faster, but not much safer. Roofers still carry heavy bundles up ladders and kneel on hot, sloped surfaces for hours. Falls remain the leading cause of death in US construction, and many roofing firms say they cannot hire enough people.

Two roofers standing on the sloped roof of a white wooden house
Two roofers standing on the sloped roof of a white wooden house

Two roofers at work in New Orleans, 2006. Photo: Editor B / Wikimedia Commons (CC BY 2.0)

In September, Roofing Contractor magazine reported that robots are heading for roofing jobsites. One example is Rufus from Renovate Robotics. It hangs from cables anchored at the corners of a roof and moves across it like a gantry, placing and fastening asphalt shingles. Much of a roof is built before it reaches the site, though.

Stacks of timber roof trusses beside houses under construction
Stacks of timber roof trusses beside houses under construction

Factory-made roof trusses unloaded at a building site in Moulton, UK. Photo: John Sutton / Geograph via Wikimedia Commons (CC BY-SA 2.0)

Roof trusses are often made in factories, and ABB robots already work there. At Louws Truss in Washington State, a House of Design line uses ABB IRB 4600 robots to set lumber in the press before plating. ABB has also piloted automated fabrication of timber roof supports with the modular builder Autovol.

Large white ABB robot lifting a wooden panel in a workshop
Large white ABB robot lifting a wooden panel in a workshop

An ABB robot handling a timber panel in AUAR's robotic micro-factory. Photo: ABB

At ETH Zurich, ABB robots assembled timber frames for the DFAB HOUSE. AUAR's micro-factories use ABB robots to cut and assemble timber panels for walls, floors and roofs, and each factory can turn out panels for up to 180 homes a year.

Two ceiling-mounted ABB robot arms assembling a wooden frame structure
Two ceiling-mounted ABB robot arms assembling a wooden frame structure

ABB robots assembling a timber frame module for the DFAB HOUSE at ETH Zurich. Photo: Gramazio Kohler Research, ETH Zurich / ABB

My guess is that roofing will split in two. Factory robots will build trusses, panels and solar roof modules, like the ABB IRB 6700 that lifts modules at dhp technology in Switzerland, while site robots such as Rufus handle the shingling. People will still inspect, repair and finish the tricky edges, just with less time spent on ladders.

Large white ABB robot lifting a flat solar module in a workshop
Large white ABB robot lifting a flat solar module in a workshop

An ABB IRB 6700 lifts a solar module for a folding roof at dhp technology. Photo: ABB

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