Flexiwall canopy enclosure protects against downtime for global automotive manufacturer
Toyota Motor Manufacturing Texas has been operating in San Antonio, Texas, for over 20 years. In 2025 alone, the 2.2 million square foot plant produced 197,506 vehicles — approximately one Tundra or Sequoia every 60 seconds. For such a large-scale operation, every minute of unplanned downtime incurs a significant cost, both in production output and in lost man-hours. When the team at the San Antonio plant identified a persistent and costly problem caused by extremes of temperature, they turned to Westgate Global — a trusted supplier since 2000.
Temperature protection in extreme weather
San Antonio’s climate is unforgiving in its extremes, with temperatures fluctuating between 25°F and 97°F (-4°C and 36°C) throughout the year. During cold winter weather, the machinery and pipework housed beneath an external production canopy routinely suffered damage from freezing conditions. Cracked pipes, mechanical failures, and unplanned shutdowns brought parts of the plant to a standstill, and the cost of downtime was beginning to take its toll.

The team at Toyota needed to find a solution that would enclose the canopy and keep temperatures more stable. However, the scale and location of the canopy presented an engineering challenge. At 200ft wide by 27ft high and fully exposed to the elements, wind loading had to be carefully calculated and designed for. Large tanks and ancillary machinery in the immediate area meant floor space was at a premium, and the partition had to fit precisely around existing infrastructure without leaving gaps. A traditionally built wall of this size and footprint would have been impractical: disruptive to install in a live environment, difficult to route around existing machinery, and inflexible if operational needs changed.
Westgate Global recommended and installed Flexiwall, the ideal solution for all of these demands. The installation was designed to fully enclose the canopy area and eliminate the exposure to the elements that had previously caused damage and disruption.
