
Original: $1,230.94
-70%$1,230.94
$369.28The Story
The Gitzo GT5533LS Series 5 Carbon Fiber 3-Section Systematic Tripod is the strongest and features a solid 3-section, construction design to support large telephoto lenses and heavy camera gear which is suitable for demanding professional photographers. Being the most rigid tripod - it also combines a perfect combination of lightness, modularity and stability.
What makes this specific tripod interesting is that it features a weight of only 2.72 kg and secures an impressive load capacity of 40 kg; reaches a maximum height of up to 145 cm and folds down to a low of 68 cm; Carbon eXact tubes with G-Lock Ultra twist-lock legs providing an easy setup and to protect the legs from dirt and getting damaged; removable feet making the support even more secure; an Easy Link attachment that provides enhanced ergonomics and versatility; and with a top leg diameter of 41.3 mm, the robust 3-section GT5533LS features a larger top casting than Series 3 and 4 Systematic models, leading to maximum stability.
Description
The Gitzo GT5533LS Series 5 Carbon Fiber 3-Section Systematic Tripod is the strongest and features a solid 3-section, construction design to support large telephoto lenses and heavy camera gear which is suitable for demanding professional photographers. Being the most rigid tripod - it also combines a perfect combination of lightness, modularity and stability.
What makes this specific tripod interesting is that it features a weight of only 2.72 kg and secures an impressive load capacity of 40 kg; reaches a maximum height of up to 145 cm and folds down to a low of 68 cm; Carbon eXact tubes with G-Lock Ultra twist-lock legs providing an easy setup and to protect the legs from dirt and getting damaged; removable feet making the support even more secure; an Easy Link attachment that provides enhanced ergonomics and versatility; and with a top leg diameter of 41.3 mm, the robust 3-section GT5533LS features a larger top casting than Series 3 and 4 Systematic models, leading to maximum stability.












