Main Features
- Sliding "Lazy Leg"
- Load Capacity: 10kg
- Maximum Height: 1.96m
- Minimum Height: 87cm
- 3 x Risers
- 5/8" Stud
- Steel Construction
- 100cm Footprint
- Weighs 5.5kg
Main Features
- Sliding "Lazy Leg"
- Load Capacity: 10kg
- Maximum Height: 1.96m
- Minimum Height: 87cm
- 3 x Risers
- 5/8" Stud
- Steel Construction
- 100cm Footprint
- Weighs 5.5kg
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Kupo CS-20MB Master 20" Riser C-Stand with Sliding Leg (Black, 1.96m)
A staple of the film and video industry, the black 1.96m Master 20" Riser C-Stand with Sliding Leg from Kupo is designed to support light fixtures and other grip gear on a set or on location. The distinguishing feature of this stand is the height-adjustable third (Lazy) leg. By loosening a locking knob and sliding it up and down the main riser section, this sliding leg enables the user to raise one leg higher than the others to accommodate rough or uneven terrain, or to position it in tight spaces. Five times stronger than aluminium, the Master C-Stand's base is made of zinc alloy to sustain the weight of heavy sandbags or other equipment.
"Lazy Leg" refers to the height-adjustable third leg, which enables the user to raise one leg higher than the others to accommodate rough or uneven terrain, or to position it in tight spaces
Kupo CS-20MB Master 20" Riser C-Stand with Sliding Leg (Black, 1.96m)
A staple of the film and video industry, the black 1.96m Master 20" Riser C-Stand with Sliding Leg from Kupo is designed to support light fixtures and other grip gear on a set or on location. The distinguishing feature of this stand is the height-adjustable third (Lazy) leg. By loosening a locking knob and sliding it up and down the main riser section, this sliding leg enables the user to raise one leg higher than the others to accommodate rough or uneven terrain, or to position it in tight spaces. Five times stronger than aluminium, the Master C-Stand's base is made of zinc alloy to sustain the weight of heavy sandbags or other equipment.
"Lazy Leg" refers to the height-adjustable third leg, which enables the user to raise one leg higher than the others to accommodate rough or uneven terrain, or to position it in tight spaces