Case study

Reducing risk and costs of suspension bridge


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Western Power Distribution (WPD)

Project duration

The Izmit Bay Bridge is a three kilometre-long suspension bridge that will span the boundary between the Anatolian and Eurasian plates. It is under construction at one of the world’s most seismically active locations - the source of two major earthquakes in 1999. The area is underlain by deep deposits of soft soils and unstable and liquefiable soils.

Life cycle






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WPD delivers electricity to 8 million customers over a service area of 55,500 square kilometres in the UK. Vegetation management is one of their main operational expenses and as a result, they have been working to identify the most efficient, precise and economical solution to enhance their vegetation strategy.

Since 1963, WPD’s helicopter unit has visually inspected their network to identify and address defects before they become faults. To manage potential issues, WPD also relied on contractors to physically inspect the network and then cut the appropriate trees after obtaining landowner consent. However, the company wanted a digital solution to monitor contractors’ service delivery and ongoing network needs. By using Fugro Roames® to process, analyse and present their data, WPD could issue instructions to contractors with minimal delay from capture.

Electricity provided by WPD

million customers


We engaged with WPD to help modernise the company’s vegetation strategy using lidar data gathered by their helicopter fleet. Together with Fugro Roames®, WPD could identify critical clearance issues such as growing clearances and vegetation intrusions to keep the network safe and operable throughout its life cycle.

Gaining visibility and enhancing decision-making

To implement their improved vegetation solution, WPD had to first modify their helicopters to include the necessary new technology - a digital camera, a lidar system, and computing power. With these modifications, WPD was able to use their helicopter fleet to regularly collect lidar data to send to Fugro for processing and publishing.

The solution enhanced WPD’s network visibility and reduced the need to physically patrol their network area. Using the data from Fugro Roames®, WPD’s team of arborists can also anticipate and proactively plan for future needs.

Case study images for

A screenshot of Fugro Roames® point cloud data with orange lines and orbs showing vegetation intrusions

Achieving speed and scale on AWS

Fugro Roames® processes data using largely automated routines running on Amazon Web Services (AWS). We also use AWS to store data and stream it into a virtual, 3D world that models a customer’s network and delivers analytics on critical clearances. To support WPD’s goal of accelerating data collection and processing, we had to be able to rapidly process large volumes of data — in WPD’s case, around 10–20 TB of raw data per campaign. In addition to this, we were also required to generate analytics within 2-3 weeks, a challenging task without the ability to scale up processing with AWS.

Using AWS, we can host, display, and deliver analytics for the large volume of information that WPD’s network produces.

Innovative highlight

There are two key innovative highlights of this project - the integration of onboard oblique imagery and the development of custom analytics within Roames®.

Onboard oblique imagery integration

Attached to the WPD helicopter is a laser scanner and three digital cameras which take images to the left and right as well as straight down. These images are geo-tagged and ingested directly into Roames® and accessed by the WPD team as a Roames® World layer to provide additional context to the health and species of the trees.

Custom Analytics

WPD’s strategy is to completely digitise their entire vegetation management program and, as part of this development, they have a specific set of business rules for their vegetation analysis. By working closely with their team, we were able to integrate these rules into Roames® analytics to inform their short and long-term strategy plans.

Case study images for

By clicking on a red or green orb, a pop-up appears in Fugro Roames® showing the full resolution image captured by WPD helicopters


WPD previously managed vegetation using a 5-year cycle, contracting maintenance for about 20 % of their network area each year. However, using lidar data delivered on Fugro Roames®, WPD can assign work to contractors more intelligently and efficiently, reducing the process to a projected 4-year cycle.

Additional benefits include:

  • Receiving network-related 3D data and analytics quickly and at scale

  • Reducing the need to physically patrol the network area

  • Increasing asset and cost visibility and improving decision-making

  • Enhancing cost efficiency and reducing environmental impacts

  • Improving costs forecasting and vegetation maintenance needs


Geo-Risk Management Framework

Geo-Risk Management Framework

The Geo-Risk Management Framework is a unique conceptual framework that guides approaches to managing risk associated with the development and management of natural and built assets.

Fugro delivers lidar data in multiple formats—so we can visualise and target problem areas in our network. The solution enhances our knowledge about the vegetation on the network so that we can make more educated decisions about what to cut and when and where to cut it.

Robin Tutcher

Accountable Manager, Western Power Distribution Helicopter Unit

Site investigation (CPT and drilling) and monitoring
Performing CPT, drilling and monitoring of the Grimburgwal canal in Amsterdam

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Helping you save time with Geo-data

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