Skip to main content

Autonomous soil compactor used in Canada

An autonomous Dynapac soil compactor equipped with Trimble technology has been used in Canada.
By MJ Woof November 8, 2023 Read time: 2 mins
An autonomous Dynapac soil compactor equipped with Trimble control technology has been used on a working construction site in Canada

Trimble technology has provided the autonomous controls for a Dynapac soil compactor working on a jobsite in Canada. This is one of the industry’s first public tests of a fully autonomous compactor on a live construction site, rather than under test at specially prepared areas.

The job is for the construction of an earth covered dam and the Dynapac compactor was used alongside conventional machines guided by operators to carry out the work. Trimble technology used in all of the soil compactors ensuring they worked as a team, covering the entire area efficiently.

The Trimble Earthworks Grade Control Platform for Autonomous Compactors was used to guide the Dynapac CA 5000 soil compactor. The project is for the Site C Clean Energy Project on the Peace River in northeast British Columbia. 

For some of the time, an operator did sit in the machine to oversee its working while the compactor was under autonomous control. At certain times the machine was used without a person in the cab when handling work close to an edge that would have posed risks for an operator. To optimise safety, the machine operated in geofenced areas on the site.

According to Trimble the fully autonomous machine completed 37 hours of real compaction work, operating alongside a mixed fleet of compactors, the rest of which were running the Trimble CCS900 Compaction Control System. Data from all machines – both with and without an operator – was delivered using Trimble WorksOS Software, which is being used as the system of record for all compaction data on the jobsite.

“The Site C project was the perfect place to begin live testing of the fully autonomous soil compactor because of the cost and safety benefits autonomy will bring to large infrastructure projects like this in the future, and because of the willingness of the project owner and contractor to use new technology on their jobsite,” said Cameron Clark, earthmoving industry director for Trimble’s civil infrastructure solutions. “We are pleased that this initial testing reinforces our philosophy that autonomous technology will play an important role in delivering a cheaper, faster, safer and greener future for the construction industry.”

For more information on companies in this article

Related Content

  • East Midlands repair deal for Aggregates Industries
    June 7, 2023
    Aggregates Industries has won a major repair deal for the East Midlands.
  • British Columbia decides on Massey Tunnel
    August 20, 2021
    Canada’s Pacific coast province of British Columbia has announced the George Massey Tunnel replacement will be another tunnel and not a bridge as decided earlier.
  • Improving excavator efficiency with Trimble
    December 11, 2018
    A new development from Trimble is the integration of its LOADRITE load weighing system for excavators using the Earthworks Grade Control package. According to the firm, this will allow customers to boost productivity and efficiency for excavation work. Contractors will be able to track the load carried in each bucket and monitor mass haul progress. This can provide an accurate picture, real-time picture of earthworks progress using the Trimble Earthworks monitor fitted in the machine. This data will also be
  • Producing recycled materials at an airport for surface use
    October 1, 2018
    Recycling of materials has been carried out at Cologne/Bonn Airport in a move to boost efficiency Using the Wirtgen KMA 220 mobile cold recycling mixing plant allows road construction materials to be recycled or upgraded onsite and avoids the need for numerous transport trips. The system is also economical, as became clear from a job at Cologne/Bonn airport at the end of 2017. There the plant, located immediately next to the job site, produced around 11,000tonnes of materials for a hydraulically bound ba