Camera move that tracks a moving subject and keeps it framed — executed via dolly, Steadicam, or handheld.
Follow Shot Lexicon Entry
Technical Implementation
Classic execution is done via dolly systems on tracks at speeds of 0.5-15 km/h, depending on the desired visual effect. Modern Steadicam systems enable follow shots at walking speed (4-6 km/h) with stabilization to within ±0.5° deviation. Gimbal systems achieve speeds up to 80 km/h with 3-axis stabilization when mounted on vehicles. Drone follow shots typically operate between 5-25 km/h at altitudes of 2-120 meters.
Variants
The Lateral Follow moves parallel to the direction of motion, the Frontal Follow directly in front of the subject. Rear Follow shots track from behind. 360° Follow shots continuously circle the moving subject. Vertical Follow shots accompany upward or downward movements using a crane or drone.
History & Development
Abel Gance first used extensive follow shots in "Napoléon" (1927) with custom-built camera dollies. In 1936, Max Ophüls constructed track systems over 200 meters long for "La Tendre Ennemie". The breakthrough came in 1976 with Garrett Brown's Steadicam in the "Rocky" staircase run. Digital image stabilization from 2010 onwards revolutionized handheld follow shots. Since 2016, FPV racing drones have enabled extreme follow shots through the tightest spaces at 60+ km/h.
Practical Application in Film
Scorsese used a 2-minute Steadicam follow shot through a kitchen and restaurant without cuts in "Goodfellas" (1990). "1917" (2019) is based on seemingly endless follow shots, technically realized through hidden cuts every 8-12 minutes. Action films utilize drone follow shots for chase sequences, with direct cuts between different follow systems creating seamless transitions.
Distinction & Alternatives
Unlike a pan, the camera position moves physically. Zoom shots simulate approach without a change in position. Tracking shots can follow static subjects, whereas follow shots exclusively accompany moving subjects. Push-in movements move towards a target rather than accompanying it. Modern alternatives include cable camera systems for sports broadcasts, robotic dollies with millimeter precision, or motion control for repeatability in VFX integration.