
Gitzo GH3382QD Series 3 Center Ball Head
The Gitzo GH3382QD Series 3 Center Ball Head is a professional-grade tripod head engineered for smooth, precise camera positioning with heavy camera and lens setups. Weighing just 1.7 lb, this compact yet robust head safely supports up to 40 lb of equipment and features a tungsten disulfide ball coating that minimises sticking whilst ensuring fluid movement. The head is constructed from high-quality steel and aluminium components, and comes equipped with an Arca-type compatible quick-release plate, independent 360-degree pan lock, integrated friction control dial, and bubble level to help maintain straight horizons.
- 40 lb load capacity with smooth, precise ball movement
- Arca-type quick-release plate with screw-lock mechanism included
- Independent 360-degree pan lock to minimise unwanted rotation
- Integrated friction control dial for fine-tuned tension adjustment
- Tungsten disulfide coating and bubble level for optimal performance and composition accuracy
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The Gitzo GH3382QD Series 3 Center Ball Head is a professional-grade tripod head engineered for smooth, precise camera positioning with heavy camera and lens setups. Weighing just 1.7 lb, this compact yet robust head safely supports up to 40 lb of equipment and features a tungsten disulfide ball coating that minimises sticking whilst ensuring fluid movement. The head is constructed from high-quality steel and aluminium components, and comes equipped with an Arca-type compatible quick-release plate, independent 360-degree pan lock, integrated friction control dial, and bubble level to help maintain straight horizons.
- 40 lb load capacity with smooth, precise ball movement
- Arca-type quick-release plate with screw-lock mechanism included
- Independent 360-degree pan lock to minimise unwanted rotation
- Integrated friction control dial for fine-tuned tension adjustment
- Tungsten disulfide coating and bubble level for optimal performance and composition accuracy














