On Target – Drone Surveying the Construction of a Shooting Sports Complex
When the Municipal District of Taber constructed a new shooting facility, it employed Ventus Geospatial to provide its survey data. Ventus’ eBee drone achieved low GSDs, remarkable vertical accuracy, and all more quickly than conventional surveying could achieve.
Over the past three years, the Municipal District of Taber’s team has been busy constructing the Taber Shooting Complex, a world class sports shooting facility 8 km north of Taber. This new centre boasts 50 m, 100 m, 200 m and 600 m shooting ranges, a 3D archery range and an archery competition range. The project also involved constructing the site’s roads and parking lots.
The Municipality required a detailed topographic survey for the range’s design and further surveys for quantity measurements.
Owen Brown, the vice president of Ventus Geospatial, explains: “The Municipality required a detailed topographic survey for the range’s design and further topographic surveys for quantity measurements. Using our eBee we supplied all of the project’s preliminary survey information, used for the full detailed engineering design, and also in-construction surveys, which were used both to monitor progress and track quantities.” Brown adds that approximately 350,000 m3(over 12,000,000 ft3) of dirt were moved in total.
The client was looking to obtain absolute accuracies of below 6 cm due to design constraints and the tight grade lines that needed to be present within the project.
The survey deliverables that Ventus provided to the MD took two forms: RGB orthomosaics and .las format digital terrain models. These deliverables featured a ground sampling distance of 4 cm and vertical absolute accuracy of 3.5 cm.
“Our client was very pleased with the efficiency and accuracy our UAV produced,” Brown concludes. “The high-resolution nature of the data set was very valuable to the design process, with all features and areas of interest collected in one flight rather than having to mobilise survey crews to collect any additional survey information that was missing, or where more detailed information was required, a common issue with conventional surveys. As such our field time was cut substantially. The orthomosaic was also a large value add to supply alongside the survey data.”
The eBee orthomosaic from the project’s preliminary survey, showing the ground before any construction occurred.
Phase two of the build, showing a completed archery range in the NE corner and a high-grade access road on the east side of the facility.
Latest blog posts
Mapping 8,000 ha in 3 Days with Multiple Drones for Arable Land Surveying and Estimates￼
NGS Lab and Agro Solutions mapped 8,000 ha / 19,768 ac with multiple drones for a client looking to identify arable land and calculate its profit potential. Challenged by the scale, the team’s eBee X and eBee Ag captured in 3 days the same data that would have taken...
Drones as a simple tool? Integrating UAS into advanced operations workflow
It’s no secret that advanced drone operations bring a robust return on investment, but how easy are they to implement into your workflow? We sat down with Michael Blake, Product Manager at senseFly, an AgEagle company, to discuss if Unmanned Aerial Systems (UAS) should be considered a simple tool...
Drones in Agriculture: Benefits, Applications and Things to Consider
Drones are fast becoming a crucial tool in agriculture, but how do you know if they are the right choice for your business? Olivia Soares de Camargo, Customer Service and Satisfaction Engineer at senseFly, an AgEagle company, explores the tangible benefits of drone technology in agriculture -AgTech- and the...