Vehicle carrying complete grip package: tripods, dollys, track, cranes, and rigging equipment for camera support on set.
Technical Details
A fully equipped grip truck typically carries 150-200 C-stands, 50-80 15kg sandbags, dolly tracks up to 30 meters in length, and camera cranes with an outreach of up to 9 meters. The side lifts can carry up to 750kg and allow direct access to equipment at a height of 4 meters. Modern trucks feature 220V shore power, pneumatic tools, and GPS tracking for every piece of equipment. The interior layout follows standardized grid systems with numbered attachment points for reproducible loading.
History & Development
The first specialized grip truck originated in 1952 at Warner Bros. when grip master George Stevens Jr. had a military truck converted for equipment transport. Chapman/Leonard introduced hydraulic side platforms in 1967, reducing setup and breakdown time from 6 hours to 90 minutes. With the introduction of the Steadicam in 1976, air-conditioned compartments for sensitive equipment were added. Since 2010, manufacturers like Matthews Studio Equipment have integrated digital inventory systems and LED work lighting.
Practical Use in Film
In "Mad Max: Fury Road" (2015), 8 grip trucks simultaneously accompanied the vehicle convoys through the Namib Desert to enable immediate repairs during 150 km/h chases. For studio shoots, the grip truck is positioned a maximum of 30 meters from the set – the reach of the pneumatic hoses for camera movements. The truck functions as a command center: dolly tracks are laid out, camera cranes are assembled, and last-minute changes to camera movement are technically resolved here.
Comparison & Alternatives
Unlike the gaffer truck (lighting equipment) or camera truck (cameras/lenses), the grip truck focuses exclusively on camera stabilization and movement. For low-budget productions, sprinter van solutions with a 3.5t payload replace the full-sized truck, but significantly limit the available crane and dolly systems. Modern alternatives like drones reduce the need for mechanical camera movements but do not replace the precision of rail-guided systems for interior shots.