Horizontal camera move parallel to the subject's direction of travel — tracks or accompanies subjects laterally.
Technical Details
Standard dolly tracks allow trucking shots at speeds between 0.1 and 2 meters per second. Modern Technocrane systems achieve lateral movements up to 3.5 m/s over distances of a maximum of 30 meters. The parallax effect is most pronounced at focal lengths between 35mm and 85mm, while wide-angles below 24mm overemphasize the spatial depth effect. Stabilized gimbal systems like the MōVI Pro compensate for vibrations up to an amplitude of ±0.02 degrees. Precise trucking shots require a track alignment tolerance of a maximum of 2mm height difference per meter.
History & Development
The first documented trucking shot originated in 1912 in Giovanni Pastrone's "Cabiria," realized with a laterally movable camera car. D.W. Griffith perfected the technique in 1916 in "Intolerance" with specially constructed 30-meter tracks. The introduction of the Chapman dolly in 1947 standardized the trucking shot with hydraulic precision systems. Steadicam technology enabled handheld lateral movements from 1976 onwards. Since 2010, computer-controlled motion control systems have been revolutionizing the millimeter-accurate reproducibility of complex moves.
Practical Application in Film
Martin Scorsese's "Goodfellas" (1990) uses a 2.5-minute trucking shot through the Copacabana to visualize Henry Hill's social status. The camera follows parallel to the protagonists over a distance of 180 meters. Stanley Kubrick's "The Shining" (1980) employs Steadicam trucking shots to emphasize the infinity of the hotel corridors. Modern blockbusters like "1917" (2019) combine trucking shots with drone technology for seamless transitions between different plot levels.
Comparison & Alternatives
Trucking shots differ from camera pans by the physical change in the camera's position. While trucking shots alter the spatial relationship between objects, a pan merely rotates around the optical axis. Slider systems offer cost-effective alternatives for movements up to 1.5 meters but do not achieve the precision of professional dolly systems. Drones today enable trucking shots in previously inaccessible areas but are susceptible to wind and limited to 25 minutes of flight time.