GITZO Systematic Tripod Kit GK3533LS-83LR Serie 3 Hot Sale

Tripod kit Systematic, Series 3, 3 sections

• Ideal for professional longer lenses and heavy cameras
• Ball head with patented locking system supporting 30kg payload
• Maximum smothness, precision friction system and fluidity on pan
• Lightweight, long version, 3-section carbon fiber tripod
• Great versatility thanks to the modular accessories range

The GK3533LS-83LR is a kit composed of the Systematic GT3533LS and the GH4383LR Center Ball Head Series 4.

The Gitzo Ball Head Series 4 GH4383LR is a heavy-duty tripod head ideal for large telephoto lenses, engineered to ensure the ultimate in smoothness and precision of movement. Though weighing-in at less than 1kg, it securely holds an impressive 30kg load – effortlessly handling a CSC or DSLR equipped with a 400-600mm lens. The Ball Head Series 4 has a larger super-smooth coated hollow-sphere ball ensuring confident and comfortable use with heavier equipment, even in extreme conditions and temperatures from -30° to 70°C.

It is rich in features: a friction control for precise adjustment and a bubble level to help keep a true horizon. A 360° independent panning lock provides uncompromisingly smooth movement in a fluid cartridge and a short-rotation fast lock assists in getting the perfect shot at a moment’s notice.

The whole ensemble is precision manufactured using the highest-quality materials – including high-tolerance steel and aluminum components.

The Gitzo Ball Head Series 4 offers unrivaled load capacity, ultra-smooth movement and rapid friction control – all in a sub-1kg unit designed and precision-made in Italy. The unit perfectly complements Gitzo’s Series 3 Systematic Tripod, a powerful, 3-section, professional carbon fiber tripod designed to safely hold longer lenses and heavy cameras. The GT3533LS is the perfect combination of minimal weight, durability, and uncompromising stability. Not only are they Gitzo’s strongest and most stable tripods, the Systematic family also set the standard in terms of modularity.