Blackmagic Design BMD-CINEURSAC/AROSETTE URSA Cine Rosette

Expand Your Camera Rig Options With a Dedicated Rosette Interface
The Blackmagic Design Rosette Plate is a must-have expansion accessory for URSA Cine users who demand a customizable, adaptable rig. Built for professional cinema workflows, this plate provides a solid rosette mounting point directly on the camera, enabling quick and secure attachment of compatible handgrips, arms, and accessories without compromising stability.

Compatible With Industry-Standard Rosette Gear
Designed for seamless integration with the Blackmagic URSA Cine camera body, the Rosette Plate conforms to standard ARRI-style rosette spacing and dimensions, giving you broad compatibility with third-party components. Whether you're using focus handles, shoulder rigs, or custom control extensions, this mount provides a dependable link between your camera and essential accessories.

Reliable Mounting for Professional Use
Precision-machined for durability and accuracy, the Rosette Plate adds flexibility to your setup without introducing unwanted movement or flex. It's engineered to lock securely, allowing operators to confidently maneuver the camera in demanding environments. For shoulder-mounted operation, handheld shooting, or rig customization, this plate ensures everything stays tight and aligned.

Quick Accessory Changes on Set
When time is tight on set, being able to quickly reconfigure your camera can make all the difference. The Blackmagic Design Rosette Plate enables fast installation and removal of rosette-based accessories without the need for tools or complex adjustments. This streamlines transitions between handheld, tripod, gimbal, or studio modes.

Professional Build Quality for Long-Term Reliability
Crafted from high-grade metal and built to endure the rigors of production, the Blackmagic Rosette Plate is designed with filmmakers in mind. It’s rugged enough for repeated use across varied production environments while maintaining precise fitment with the URSA Cine body and connected components.