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[Company News] — MJ ROBOT, a pioneer in high-precision robotic camera motion control systems, today announced a major breakthrough in workflow integration: its robotic system now fully supports the Visca protocol to interface seamlessly with professional PTZ cameras from SONY, Panasonic, and Canon. This integration achieves two critical industry milestones: perfectly synchronized hardware control and real-time camera tracking data output via the FreeD protocol.
Through the universal Visca protocol, the MJ ROBOT system now deeply connects with mainstream PTZ ecosystems. Operators can coordinate the robotic movements of the MJ ROBOT jib/pedestal system alongside the Pan, Tilt, Zoom, and Focus parameters of SONY, Panasonic, or Canon PTZ cameras simultaneously. This centralized orchestration eliminates operational lag, streamlines multi-camera studio workflows, and allows a single operator to execute complex, multi-axis cinematic shots with absolute precision.
Beyond mechanical control, this update brings a game-changing feature for modern broadcasting and virtual production (VP/XR/AR). The integrated system can now aggregate and output high-precision FreeD tracking data (including camera position, orientation, and lens zoom/focus metrics).
By streaming accurate positioning data directly into real-time rendering engines like Unreal Engine, MJ ROBOT ensures that the virtual environment scales and moves flawlessly in perfect sync with the physical PTZ camera. This makes it an ideal, cost-effective, and highly efficient solution for virtual studios, augmented reality broadcasting, and live events.
"By bridging robotic motion control with top-tier PTZ cameras and advanced data output, we are offering creators a unified ecosystem," said the Product Director at MJ ROBOT. "The combination of Visca control and FreeD data tracking redefines what is possible for automated, data-driven studio environments."
