Tilta Nucleus-M II Wireless Lens Control System

The Nucleus-M II Wireless Lens Control System is the latest in the world of affordable wireless follow focus solutions. This system bridges the gap between budget-friendly options and premium performance.

One of the standout features is the fourth motor, which can be mounted to a Variable ND Filter for the Mirage Pro Matte Box. This allows for real-time exposure adjustments without touching the camera, making it perfect for complex shots gimbal setups Steadicams or handheld rigs where traditional physical lens adjustments aren’t ideal.

The Hand Wheel has been upgraded to include adjustable tension for fine-tuned focus pulls.  It also features built-in lens mapping for precise motor positioning and a clear display of focus distance iris and zoom information on up to four different displays.  The most impressive feature is the Electronic Focus Marking Disc, which shows focus information from a normal operating position.

The FIZ Hand Unit offers various wireless camera control options, allowing users to adjust settings like ISO white balance shutter speed and more.

The newly redesigned wireless motors boast a streamlined user interface, colour-coded LED indicators and a compact high-torque design.  This makes them ideal for gimbals drones and handheld rigs.  A major innovation in the Nucleus-M II is its ability to store and load mapped lens data. This allows a first assistant to quickly adjust focus to a specific distance, iris to a standard T-Stop or zoom to an exact focal length.  Filmmakers upgrading from older systems will find full compatibility with existing Nucleus-Series Wireless Controllers and Motors, offering a gradual upgrade path for those unable to upgrade everything at once.  As demand for vintage manual lenses and wireless filmmaking tools grows, the Nucleus-M II provides an accessible professional-grade solution.  Whether you’re an independent filmmaker, content creator or professional camera assistant, this system delivers industry-leading precision adaptability.