Close-up of a person wearing protective gear operating a large industrial vacuum or extractor on a dirt landscape during sunset.

FLIGHT HEAD

Every move is deliberate. Every frame, perfectly balanced.

Born from precision engineering and built for performance, the Flight Head stands as the ultimate gyrostabilized remote head for modern filmmaking. Designed for the speed and the finesse, it delivers unmatched stability and control in every frame.

This next-generation 3-axis system neutralizes vibration and motion distortion even during the most aggressive camera maneuvers, maintaining flawless image integrity at any speed.

The Flight Head can be seamlessly mounted on cranes, dollies, chase vehicles, cable rigs, or any Mitchell platform, adapting effortlessly to the demands of each production. Equipped with precision-tuned joysticks and handwheels, it offers operators razor-sharp responsiveness and buttery-smooth movement, no matter the weight or configuration of the camera package.

SPECIFICATION

  • Roll Range: 360° continuous

  • Pan Range: 360° continuous

  • Tilt Range: 258°

  • Speed Pan: 360° in 3 seconds

  • Head Weight: 32kg / 70lbs

  • Payload Weight: 60kg / 132lbs

  • Temperature Range: -30° / +50°c

POWER REQUIREMENTS

  • 24-30V DC

  • Standby: 2A

  • Dynamic Max: 15A

HIGHLIGHTS

  • Advanced 3-axis digital stabilization system

  • GPS-assisted horizon balancing for perfect vertical alignment

  • Intelligent motion correction to prevent drift during long takes

  • Integrated digital vibration simulator with optional VIBRABOX module

  • Motion recording system with up to ten programmable move memories

  • Precision zoom management through joystick console interface

  • Long-range RF wireless control featuring a half-mile operational distance

  • Responsive touchscreen interface for fast adjustments and system monitoring

  • Axis hold function ensures absolute stability during complex movements

  • Real-time angular position feedback for accurate camera orientation

  • underslung and overslung mounting

Technical engineering drawing of a robotic arm with measurements and angles, viewed from two sides