Rokoko Smartgloves are professional wireless hand and finger motion capture gloves. They use a proprietary combination of IMU (inertial measurement unit) and EMF (electro-magnetic field) sensor fusion technology - 7 sensors per glove - to capture precise, real-time movement data for every finger and the wrist, with no cameras or markers required.
Rokoko Smartgloves II
Rokoko Smartgloves are professional wireless hand and finger motion capture gloves. They use a proprietary combination of IMU (inertial measurement unit) and EMF (electro-magnetic field) sensor fusion technology - 7 sensors per glove - to capture precise, real-time movement data for every finger and the wrist, with no cameras or markers required.
Designed to be lightweight, wearable, and deployable in any environment, Smartgloves output high-fidelity hand pose data that can be streamed live or recorded and exported. Whether you're animating a character, training a robot, or operating machinery from a distance, Smartgloves give you accurate hand and finger data that you can act on immediately.
Smartgloves II are designed to integrate with both Rokoko's own ecosystem and third-party pipelines. For users who already use mocap tools from other optical mocap brands (like Optitrack, Qualisys, MOVIN), Rokoko Smartgloves can be added to their pipeline thanks to real-time native plugins for all major 3D tools and software.
Native plugins are available for Optitrack, Qualisys, MOVIN, Unreal Engine, Unity, Blender, Maya, MotionBuilder, and Houdini. Data can also be streamed via standard protocols or exported to CSV, FBX and BVH formats compatible with industry-standard skeleton presets including Human IK and Mixamo.
For robotics and teleoperation workflows, Smartgloves II outputs structured hand pose data that can be consumed by custom pipelines, ROS-based systems, and machine learning frameworks - making them a flexible input device beyond the traditional animation toolchain.
Professional Hand & Finger Data Capture
Motion data gloves built for precision hand tracking in animation, robotics, teleoperation, and machine learning. Smartgloves II delivers magnetometer-assisted calibration, and cleaner data than the previous generation - engineered for accurate finger tracking that requires minimal post-processing.
Hours of uninterrupted motion data
Pinpoint finger accuracy
Capture reliable, high-framerate finger and hand poses, without worrying about framedrops or occlusion.
Exceptionally clean data
Minimal noise and steady high streaming makes the unedited output of the gloves suited for everything from live animation to teleoperation.
Effortless setup & control
Get up and running fast with simple controls, and a reliable connection. Spend less time troubleshooting and more time capturing.
Robust & ready for action
Durable and battle-tested design made for frequent use and dynamic high-impact recordings.
Smartgloves II are designed to capture finger performance that that delivers high-quality raw data ready for streaming.
Dialogue scenes & acting
Object interaction (grabs, pointing, gestures)
First-person hands
Live virtual production & previs
Teleoperation & robotics manipulation demos
Smartgloves II
IMU capture rate: 250 Hz
Hand pose accuracy: Improved sensor fusion (more consistent poses)
Calibration accuracy: Consistent & accurate calibration
Connectivity: Instant & reliable connection (TCP)
Battery life: 50% longer runtime + less heat buildup
Pinpoint precision: Deeply improved sensor-fusion
Low latency: Responsive feel for real-time animation and teleoperation
Double the range: Twice the effective range with Coil Pro
Pose consistency: Cleaner hand poses across takes and devices
250 FPS/Hz capture: Capture fast finger motion with smoother, finer detail
Plug & Play: Connect to the Smartsuit Pro for simultaneous full body tracking
Unmatched tracking accuracy for teleoperations
Pair Smartgloves II with Coil Pro to unlock a larger, more reliable capture workspace with percise wrist tracking and less noise.
The result is smooth, more stable hand control - ideal for teleoperation, repeatable demonstrations, and precise manipulation tasks.
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