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ARM CARS

We provide two arm car flavors to choose from.  

Saleen Mustang or Porsche Cayenne.

We feel right at home when running our arm cars on track.  A lot of our work consists of filming for nationwide car commercials as well as feature films.

Productions can choose between our 650HP custom Saleen which has been modified to crew 5x total, with an impressive acceleration off the line.  With our upgraded suspension, cornering and handling is quite impressive, even at 120 mph.

Or we have the Porsche Cayenne Twin Turbo.  Our Porsche also seats 5x crew total.

Take your pick!

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The Role of Arm Cars in the Film and TV Industry

In the ever-evolving world of film and television production, technology plays a pivotal role in bringing cinematic visions to life. Among the technological marvels that have significantly impacted the industry are arm cars. These specialized vehicles, equipped with robotic camera arms, have revolutionized the way dynamic shots are captured, offering filmmakers unprecedented flexibility and creative possibilities.

What Are Arm Cars?

Arm cars, also known as camera cars or pursuit vehicles, are custom-built vehicles designed to mount and maneuver high-speed cameras with precision. The key feature of an arm car is its robotic arm, which can extend, retract, and pivot, allowing the camera to capture smooth, stable footage from a variety of angles and perspectives, even at high speeds. These vehicles are typically used for filming car chases, action sequences, and other dynamic scenes that require fluid camera movement.

Evolution of Arm Cars

The concept of mounting cameras on vehicles dates back to the early days of cinema. However, the modern arm car, as we know it, began to take shape in the late 20th century with advancements in robotics and stabilization technology. Early models were relatively rudimentary, but they laid the groundwork for the sophisticated systems we see today.

The 1990s saw significant improvements in gyro-stabilization, which allowed arm cars to capture smooth footage even on rough terrain. By the early 2000s, digital technology further enhanced the capabilities of these vehicles, enabling real-time monitoring and adjustments. Today, state-of-the-art arm cars are equipped with advanced robotics, high-definition cameras, and sophisticated control systems, making them indispensable tools for filmmakers.

Applications in Film and TV

Arm cars have a wide range of applications in the film and TV industry. Here are some notable examples:

  1. Car Chases and Action Sequences: Perhaps the most iconic use of arm cars is in filming high-speed car chases and action scenes. The ability to position the camera at any angle around the moving vehicles allows for dynamic and immersive shots that would be difficult to achieve otherwise.

  2. Tracking Shots: Arm cars are ideal for capturing long, continuous tracking shots. Whether it’s following a character through a bustling city or gliding alongside a running protagonist, these vehicles provide smooth, uninterrupted footage that enhances the storytelling experience.

  3. Aerial and Overhead Shots: By extending the robotic arm, arm cars can achieve elevated shots that mimic the effect of a crane or drone. This is particularly useful for establishing shots, providing a bird’s-eye view of the scene.

  4. Close-Up and Detail Shots: The precision and stability of arm cars allow for intricate close-up shots, even when the subject is in motion. This capability is invaluable for capturing detailed action, such as the spinning wheels of a car or the intense expressions of actors during a high-energy scene.

Benefits and Challenges

The use of arm cars offers numerous benefits, including enhanced creative freedom, improved safety, and increased efficiency on set. Filmmakers can experiment with unique angles and perspectives, creating visually stunning sequences that captivate audiences. Additionally, the stability and control provided by arm cars reduce the need for multiple takes, saving time and resources.

However, operating arm cars also presents certain challenges. These vehicles require skilled operators who are adept at handling both the car and the robotic arm. Coordination between the driver, camera operator, and director is crucial to ensure smooth and precise execution. Moreover, the cost of deploying arm cars can be significant, making them more accessible to high-budget productions.

Conclusion

Arm cars have undeniably transformed the landscape of film and TV production. Their ability to capture dynamic, high-quality footage has opened up new creative possibilities for filmmakers, allowing them to push the boundaries of visual storytelling. As technology continues to advance, we can expect arm cars to become even more versatile and integral to the art of filmmaking, driving the industry forward with innovation and imagination.

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