Skip to main content

Michael Baker receives authority to fly unmanned aerial systems

US-based engineering firm Michael Baker International has received certification from the Federal Aviation Administration to operate several types of fixed-wing and vertical take-off and landing unmanned aircraft systems. The company said its UAS can capture robust, real-time aerial photographs and video as well as conduct aerial mapping for surveys or site inspections. "Integrating our FAA-certified unmanned aircraft program with our other advanced data collection capabilities allows us to take data
August 17, 2015 Read time: 2 mins
US-based engineering firm Michael Baker International has received certification from the 2423 Federal Aviation Administration to operate several types of fixed-wing and vertical take-off and landing unmanned aircraft systems.

The company said its UAS can capture robust, real-time aerial photographs and video as well as conduct aerial mapping for surveys or site inspections.

"Integrating our FAA-certified unmanned aircraft program with our other advanced data collection capabilities allows us to take data collection to an entirely new level for our clients,” said Robert Hanson, senior vice president and the firm's Geospatial Practice leader.

"Our UAS capability builds upon the company's full continuum of innovative solutions that immediately enhance timeframes for planning and executing projects in surface transportation, utilities infrastructure, land development, pipelines and many other markets."

Vehicle operators can adjust still and video cameras on the aircraft to capture images at almost any angle. This enhances the quality of data captured from the same geographic location at different points in time.

According to the company, clients need fewer additional studies or surveys of a project because the UAS data provides a much fuller picture of a site or a building.

For more information on companies in this article

Related Content

  • Advances in tunneling technology offer efficiency
    October 18, 2017
    New developments in tunnelling technologies offer contractors greater efficiencies when constructing new bores. Tunnel boring machines (TBMs) are widely being used in major projects such as the Brenner Base Tunnel in the Austrian Alps. Full face TBMs are highly sophisticated machines featuring a rotating drilling head, which removes the material, and, depending on the type of construction, secures the excavated tunnel with shotcrete, rock bolts and wire mesh or prefabricated segments of reinforced concrete.
  • Asphalt paving is seeing innovative new technology
    April 4, 2013
    With new machines coming to market, the asphalt paving sector is seeing an array of sophisticated technology now available
  • New radio wave technology assesses asphalt integrity
    March 14, 2017
    Real time information on asphalt density and uniformity can boost construction quality - *Roger Roberts, GSSI. Properly compacted asphalt is a major factor in the lifespan of a road, as inadequately compacted asphalt deteriorates at a more rapid rate than properly compacted material. With the billions spent on road construction and repairs each year, it has become a matter of urgency to find new technologies that can ensure the integrity of asphalt on newly paved roads. New radio wave technology is now avai
  • Bentley creates digital production chain for Pont-de-Veyle bypass
    September 14, 2016
    Pont-de-Veyle is a picturesque village of around 1,600 people in France’s eastern Rhones-Alps region. Being in a tourist area and close to major towns and cities meant that traffic – around 9,000 vehicles a day through its small streets – was becoming a concern The village sits about 30km from the larger town of Bourg-en-Bresse, towards the Swiss border. It also lies around 60km from the city of Lyon, all in the Department of Ain. The regional administrative authority Ain created the Conseil Départementa