Benro A573TBS6PRO Dual-Tube Aluminum Tripod & S6Pro Fluid Head

The Benro A573TBS6PRO Dual-Tube Aluminum Tripod & S6Pro Fluid Head is designed for filmmakers and photographers who require stability and versatility in their equipment. This excellent tripod offers a robust and lightweight aluminum construction, ensuring portability without sacrificing durability. Perfect for small video cameras and mirrorless rigs, this tripod is essential for achieving smooth cinematic shots.

Equipped with a 75mm bowl and a two-stage/three-section design, the A573TBS6PRO allows for quick setup and easy leveling of the video head. The twist lock mechanism ensures secure leg positioning, enabling you to work efficiently in various environments. The included mid-level spreader adds extra stability, making it ideal for uneven terrain.

At the heart of this setup is the S6Pro video head, which has a generous load capacity of 13.2 lbs (6 kg). It features multiple capabilities such as a 65mm flat base that can easily be mounted on sliders, jibs, or monopods for enhanced shooting flexibility. The S6Pro is equipped with a pan and tilt lock, as well as continuous pan and tilt drag, allowing for seamless adjustments during shooting.

Furthermore, the illuminated bubble level ensures perfect alignment while you work, and the two 1/4"-20 accessory mounts let you attach monitors or audio recorders easily, eliminating the need for a cumbersome rig. With a tilt range of +90° to -75°, this video head excels in various shooting scenarios, including tabletop setups.

1. Heavy-duty 75mm metal bowl for precise leveling.
2. Versatile flat base can be used in various configurations.

Specifications include a sliding balance plate, incremental five-step counterbalance, and a robust aluminum and magnesium material composition. The tripod features a minimum working height of 29.5 inches and a maximum height of 62 inches, making it adaptable to different shooting scenarios. This tripod is an indispensable addition to any videographer's toolkit, offering superior performance and reliability.