Solenoid Valves: The Hidden Hero Behind a Famous Car Chase
A Behind-the-Scenes Look at Hollywood Engineering
In one of cinema’s most famous grand finale chase scenes, a black Dodge Charger meets its fiery end. What most viewers don’t know is that Gould high-pressure solenoid valves played a crucial role in creating the practical effect.
For the scene, nine different takes were filmed to ensure safety and precision. Between a pressure tank and a weakened fuel tank, nine Gould high-pressure solenoid valves were installed. Controlled remotely via radio, the valves released air pressure into the fuel tank, creating the controlled explosion needed for the sequence.
Safety and Precision in Special Effects
Interestingly, San Francisco city ordinances prohibited pyrotechnic explosions within city limits. As a result, no actual flames were used during filming. Instead, Gould valves handled the high-pressure actuation to deliver the mechanical explosion effect, while fire was later added through post-production editing.
This combination of mechanical precision and cinematic artistry demonstrates the versatility of solenoid valves, from industrial environments to the movie set.
Why Gould Solenoid Valves Were Chosen
The reliability of Gould valves made them the right choice for this high-stakes setup. In film production, as in industrial applications, failure is not an option. The valves had to deliver consistent, repeatable performance under exacting conditions.
- High-pressure handling
- Remote actuation reliability
- Consistency across multiple takes
Solenoid Valves Beyond Industry
While Gould is known for serving industries like water treatment, food processing, and energy, this behind-the-scenes story highlights the unique ways solenoid valves can be applied. Wherever safety, timing, and precision matter, Gould valves deliver.
From industrial plants to Hollywood productions, Gould Solenoid Valves have built a reputation for performance and dependability. Even when the spotlight isn’t on them, they make the big moments possible.
