Telescoping pole with spiral spring that wedges between floor and ceiling. Supports up to 25 kg for lights or cameras without drilling or stands.
Technical Details
Autopoles consist of two nested aluminum tubes with inner diameters of 32-48mm and wall thicknesses of 2-3mm. The integrated spring creates a constant pressure of 80-120kg against the ceiling and floor. Rubberized end caps with 80-100mm diameter distribute the load and prevent surface damage. Standard autopoles support payloads up to 15kg, while heavy-duty versions support up to 25kg. The tubes feature 5/8" spigots or 1/4" threads for mounting lights, reflectors, or camera supports.
History & Development
Avenger developed the first Autopole in 1985 as an alternative to heavy C-stands in low-ceilinged spaces. The Italian company recognized the demand for quickly deployable solutions in TV studios and tight shooting locations. In 1992, Manfrotto introduced competing models, followed by Matthews Studio Equipment with American variants in 1998. Since 2010, modern autopoles have integrated cable management and quick-release mechanisms.
Practical Use in Film
DoPs use autopoles for low background lighting as they disappear in the camera's shadow. In "The Crown" (Netflix), autopoles enabled precise light placement in historical rooms without ceiling mounting. They often carry LED panels (Aputure AL-M9, Litepanels Astra) for eye light or background separation. In confined vehicles or aircraft, they replace impossible tripod setups. Disadvantage: Risk of vibration during camera movements, as the spring tension transmits oscillations.
Comparison & Alternatives
Autopoles differ from Magic Arms in their greater reach but less flexibility in positioning. C-stands offer higher load capacity (up to 40kg) but require floor space for sandbags. Ceiling mounts require structural modifications but provide absolute stability. Suction-cup mounts only work on smooth surfaces but are quicker to position. For ceiling heights over 4 meters or uneven floors, autopoles fail – truss systems or overhead rigs dominate in these situations.