In a former military shooting range, a unique project unfolded to create a state-of-the-art testing facility for autonomous driving technologies. The facility required a creative structural approach to navigate zoning regulations, height limits, and fire safety standards. This notable achievement highlights how clever engineering solutions can overcome complex challenges.
In order to facilitate planning constraints that included a maximum height of 8 m, a smart engineering solution emerged. The project called for a column-free layout for the testing track, presenting a distinctive challenge. To address this, a light truss type design was developed which not only met height restrictions but also established an unimpeded testing environment.
With exposure to the elements and an uncertain future enclosure, corrosion protection became crucial. Hot dip galvanizing was selected as the method of protection after careful evaluation. This process not only provided excellent corrosion resistance but also streamlined construction resulting in a win for forward-thinking engineering in the face of uncertainty.
Balancing innovative design with cost considerations was essential, especially in selecting structural materials. A thorough analysis was conducted to find the right balance. The result: an optimised galvanized steel frame design. This approach met structural demands while also proving to be a financially prudent solution.
This project showcases how efficient and effective engineering can overcome complex challenges. A cost-effective and robust solution was achieved even within the confines of stringent regulatory constraints.
Photos © Henry M. Linder
