Tripod Head Joby BallHead 3K

The Joby BallHead 3K is a compact ball head designed for mirrorless and DSLR cameras. Made from ABS, aluminium and steel, it offers a low-profile 70 mm height and weighs 144 g, providing a balance of durability and portability. The head includes a 1/4" ball for smooth pan and tilt adjustments, a 1/4"-20 quick release clip and a built-in bubble level. It supports camera setups up to 3 kg (6.6 lbs) and is intended as a stable, easy-to-carry option for on-the-go photography.

Advantages

The Joby BallHead 3K combines a lightweight construction with a compact footprint and stable performance. Its 1/4" quick release clip and precise ball joint enable fast framing and smooth adjustments, while the integrated bubble level helps achieve accurate horizons. Durable materials (ABS, aluminium and steel) ensure reliable everyday use without significant added weight.

Suitable for

• Mirrorless cameras for travel and street photography
• DSLRs with lightweight lenses and compact setups
• Compact tripods and monopods that require a low-profile head
• Photographers needing quick framing and level horizons

Key specifications

• Maximum load capacity: 3 kg (6.6 lbs)
• Material: ABS, aluminium, steel
• Ball size: 1/4"
• Quick release: 1/4"-20 clip
• Height: 70 mm
• Width: 60 mm
• Weight: 144 g
• Built-in bubble level
• Brand: JOBY, MPN: JB01513-BWW, EAN: 817024015138

How to use

Mount the Joby BallHead 3K on a compatible tripod or monopod using the base thread. Attach your camera to the 1/4"-20 quick release clip and tighten securely. Use the ball joint to position the camera by loosening the control, moving the camera to the desired angle, and then locking the joint. Check the integrated bubble level to ensure the horizon is straight before tightening fully.

Usage recommendations

For best results use with mirrorless bodies or lightweight DSLRs and avoid exceeding the 3 kg maximum load. Regularly check and tighten the quick release and locking mechanisms before each shoot. Store the head in a dry place and avoid impacts that could affect the bubble level or ball mechanism.