Lightweight steel light stand with three collapsible legs and 16mm/5/8" receiver, supporting fixtures up to 650W. Compact footprint of 80–100 cm when deployed.
Technical Details
Junior Stands consist of a central steel tube with a 16mm or 5/8" junior pin for mounting lights. The three legs can be unfolded at an angle of approximately 120 degrees, achieving a footprint of 80 to 100 centimeters in diameter. Standard transport wheels have a diameter of 75mm and feature locking brakes. Height adjustment is done via one or two telescopic segments with locking levers or twist locks. High-quality models like the Matthews Junior Stand or Avenger A1005CS offer additional safety springs against unintentional collapse.
History & Development
The first Junior Stands emerged in the late 1950s at Mole-Richardson in Hollywood as a mobile alternative to heavy studio light tripods. In 1963, Matthews Studio Equipment introduced the 5/8" mount standardization that is still in use today. In the 1980s, European manufacturers like Manfrotto and later Avenger complemented the range with lighter aluminum versions. Since the 2000s, modern Junior Stands have integrated improved wheel systems and quick-release locks for faster setup on exterior shoots.
Practical Use in Film
Junior Stands typically support Dedolight systems, small LED panels, or tungsten spots up to 650 watts. In Ridley Scott's "Blade Runner 2049" (2017), cinematographer Roger Deakins used numerous Junior Stands for mobile accent lighting in interior scenes. Their low profile allows for floor lighting effects and illuminating objects below the normal camera line. Their small footprint makes them indispensable in tight shooting locations like vehicle interiors or small apartments.
Comparison & Alternatives
Unlike Senior Stands (up to 4 meters height, 25kg load capacity), Junior Stands are only suitable for light fixtures and low positions. Baby Stands, with a maximum height of 0.8 meters, offer an even more compact alternative. C-Stands, with similar load capacity, offer more flexibility due to their extendable arm but require sandbags for stabilization. Modern carbon fiber light stands achieve similar load capacities at 40 percent less weight but cost three times as much as conventional steel models.