Tilta Quick Adjust Rosette Adapter, Black, Pair

If you're looking to enhance the versatility and functionality of your camera setup, the Tilta Quick Adjust Rosette Adapters in a sleek black finish are an essential addition. These adapters are meticulously crafted to integrate seamlessly with any ARRI Standard Rosette, acting as a robust connector between the rosette mount on your camera or shoulder rig and the rosette connector on your side handle or accessory.

Once attached, the adapters feature an innovative release lever that allows you to effortlessly rotate the angle of your rosette without the hassle of loosening screws. This feature is particularly beneficial for on-the-go adjustments, enabling you to maintain a firm grip on your handles while swiftly finding the most comfortable position. As shooting conditions change, you can modify the angle in real-time, ensuring optimal comfort and efficiency.

These adapters are perfectly compatible with the Lightweight Shoulder Rig or an RS2/RS3 Pro Gimbal when paired with Tilta's Rosette Adapters. They offer a full 360-degree adjustment capability, allowing you to press the release lever and adjust the relative angle between both rosettes with ease. The advanced quick-locking design ensures that angle adjustments are not only easy but also time-efficient, saving you valuable moments on set.

Adhering to the ARRI standard rosette, these adapters guarantee secure mounting and stability, providing peace of mind during intense shooting sessions. You can choose between the left or right rosette to match your operating style, maximizing comfort and operational efficiency. The Quick Rotation Adjustment feature further enhances usability, allowing you to effortlessly adjust your rotation angle using the quick-locking mechanism, ensuring your equipment is always primed to capture the perfect shot.

With the Tilta Quick Adjust Rosette Adapters, you can unlock the full potential of your camera setup, making it a versatile and indispensable tool for any filmmaker or photographer.