Telescopic crane by Filmotecnica with carbon fiber arm and Preston HotHead system for programmable, precision camera movements with 360° pan capability.
Technical Details
The Technocrane is based on a carbon fiber telescopic arm with stepless hydraulic extension. The standard arm weighs 180 kg, the counterweight system varies between 200-800 kg depending on the configuration. The Preston HotHead system allows for 360° pans with ±90° tilt with a precision of 0.1 degrees. Operation is via joystick controllers with programmable moves and a repeatability function. Setup time is 45-90 minutes depending on the model, and power is supplied by a 24V DC system.
History & Development
The Technocrane was developed in 1988 by Stanton Barrett and Filmotecnica in response to the limitations of conventional dolly cranes. Its first use was on "Terminator 2" (1991), where the precise repeatability of movements was crucial for VFX shots. In 1995, Filmotecnica integrated the Preston HotHead system, followed by the introduction of encoders for motion control applications in 2003. Since 2010, brushless motors and digital control systems have complemented the mechanical base.
Practical Use in Film
The Technocrane enables complex camera movements such as the iconic 360° orbit in "The Matrix" (1999) or the chase sequences in "Children of Men" (2006). Typical workflow: setup in the morning, blocking with the director, programming of key moves, followed by arbitrary repetition for multiple takes. The advantage lies in the combination of long reach and millimeter-precise repeatability – essential for VFX plates and complex choreographies. Disadvantages: high weight requires adequate floor load capacity and transport logistics.
Comparison & Alternatives
In contrast to conventional dolly cranes, the Technocrane offers telescopic extension and programmable moves. Jib arms achieve similar reach but without the precision of motion control capabilities. Modern alternatives include Bolt-Cinebot systems for extreme precision or drones for maximum freedom of movement. The Technocrane remains the standard for medium to large productions when repeatable moves with high load capacity are required, while gimbal systems dominate handheld applications.