Hello from Stuttgart! 🇩🇪 While part of the MANUS team is in Japan this week, we’re also on the ground in Stuttgart for the Humanoid Robots Summit. 🤖 Come check out our latest demos, from high-fidelity teleoperation to precision hand data for embodied AI. 📍 Booth E9. Come say hi!

We’re in Japan this week for Factory Innovation Week. Come see us and say hi! 🇯🇵 While we’re here, here’s a quick look at MANUS teleoperating @Tesollo_Inc’s dexterous hand to stack paper cups, captured at @TechShare_Corp. A great demonstration of how high-precision human hand tracking can translate natural hand motion into dexterous robot control.

Something new is coming to MANUS at IROS 2026. At #IROS2026#, we’ll be introducing new capabilities designed to make it easier for robotics teams to build, integrate and deploy MANUS across a wider range of workflows and hardware platforms. If you’re working on teleoperation, dexterous manipulation or robot learning, come by the MANUS booth 408 and talk to our team about what’s coming next, and how MANUS can fit into your robotics stack. Come see what’s next at IROS 2026. @ieeeiros 📅September 27 - October 1, 2026 📍Pittsburg, PA, USA

Haptic feedback support for MANUS is now available in NVIDIA Isaac Teleop. In Isaac Lab teleoperation workflows, contact signals from the simulated robot hand can now be translated into per-finger vibrotactile feedback on the operator’s glove. The MANUS integration receives haptic commands through Isaac Teleop and drives the glove’s five finger vibration motors via the MANUS SDK. This adds haptic feedback to the existing high-fidelity hand tracking integration and provides operators with an additional feedback channel during teleoperation and demonstration recording. We appreciate the @NVIDIARobotics team’s continued work on the MANUS integration and the close collaboration that made this possible. Read the @nvidia documentation:

Supporting 50+ robotic hand models globally. MANUS Metagloves integrate with leading robotic-hand platforms via the MANUS Core SDK, with support for C++, Python and ROS 2. Learn more about MANUS for #Robotics# →

A teleop competition is a fascinating artifact of the times. Building a really good teleop stack is in fact worthy of competition, the robot is a product after all and this is the user experience. World humanoid robot games seem incredibly well thought out

Gold medals at the World Humanoid Robot Games! 🏆 Congratulations to our partner @AGIBOTofficial on winning 18 gold medals and topping the medal table at the 2nd World Humanoid Robot Games. Using @ManusMeta gloves for real-time teleoperation, the team's @AGILINKai OmniHand took first place in events including cable connection, unboxing, nail fixing, and bottle opening. An outstanding demonstration of dexterous manipulation. Across the competition in Beijing, many teams used MANUS Metagloves for real-time teleoperation. When every movement matters, MANUS delivers the precision, stability, and robustness teams need to perform at their best. #WorldHumanoidRobotGames# #Robotics# #Humanoids# #Teleoperation#

From World Robot Conference 2026 in Beijing: @BrainCo_Tech demonstrated bimanual robot teleoperation using @ManusMeta gloves, mapping the operator’s hand movements to the robot in real time for coordinated dexterous manipulation. #WRC2026# #robotics# #teleoperation# #DexterousManipulation# #PhysicalAI# #humanoids#

From World Robot Conference 2026 in Beijing: Xynova demonstrated dexterous hand teleoperation using @ManusMeta gloves, translating the operator’s hand movements into real-time robotic control with high-fidelity hand motion data. #WRC2026# #robotics# #teleoperation# #DexterousManipulation# #PhysicalAI#

Live from World Robot Conference 2026 in Beijing: @roboterax is showcasing teleoperation of the XHAND 1 Pro dexterous hand with @ManusMeta gloves. Video 1: a ROBOTERA operator demonstrates high-precision teleoperation. Video 2: a visitor tries the setup without first running a user-specific calibration, yet the teleoperation remains stable, smooth, and responsive. With 21 active degrees of freedom, fully direct-drive actuation, and integrated tactile sensing, XHAND 1 Pro is built for advanced robotic manipulation and embodied intelligence research. MANUS provides high-fidelity, low-latency hand motion data as real-time input for robot control. #WRC2026# #robotics# #humanoids# #teleoperation# #PhysicalAI#

.@LimX_Dynamics showcases its latest humanoid robotics capabilities powered by @ManusMeta's Metagloves. MANUS Metagloves map an operator's hand movements to a robot's dexterous hands in real time, enabling precise manipulation. See the technology in action at the World Robot Conference 2026: 📍 Booth C316 📅 August 19-23, 2026 🏢 Hall C, Beiren Etrong International Exhibition & Convention Center, Beijing Learn more about LimX Dynamics: More on MANUS Metagloves: #humanoids# #humanoidrobots# #humanoid# #humanoidrobotics#

Live from the World Robot Conference 2026 in Beijing, @LimX_Dynamics showcasing its latest humanoid robotics capabilities using @ManusMeta gloves for teleoperation, mapping the operator’s hand movements in real time to the robot’s dexterous hands for precise and agile manipulation. #WRC2026# #robotics# #teleoperation# #humanoids#

New study from @Stanford , @MIT , and @scale_AI , "Pre-training Visual Dexterity in Simulation," pre-trained a bimanual robot policy on 75 hours of simulated demonstrations, then fine-tuned it with just one to two hours of real data per task. For the fine-tuning stage, operators wore MANUS gloves for finger tracking paired with a Quest controller for wrist tracking, producing the smoother, more precise control needed to guide the robot through occlusions and at a distance. Read more:

MANUS will be at the Humanoid Robots Summit in Stuttgart, Germany, September 9–11. Visit us at Booth E9 and experience the standard for precision hand data in action: from high-fidelity teleoperation to data collection for embodied AI. Our Co-founder & CTO, Maarten Witteveen, will deliver a keynote on “Data Collection in the Wild: The Next Challenge for Physical AI.” We look forward to seeing you there! #Robotics# #Stuttgart# #Teleoperation# #PhysicalAI# #Robots#

MANUS Metagloves Pro Haptic: Modular Design for Multi-User Teleoperation The Metagloves Pro Haptic use a modular design that separates the top casing from the sensor glove. Each team member has their own dedicated glove, and the top casing moves between users in seconds when shifts change. No extended downtime, no interruption to the workflow. Curious about the other features of the Metagloves Pro Haptic? Check out our website to learn more.

Xynova demonstrated the teleoperation of its Flex 2 dexterous hand using MANUS Metagloves Pro Haptic. The demonstration showed how human hand motion, captured in real time, can be transferred to a robotic platform through a control pipeline grounded in continuous finger articulation data. Video Credit: @ManusMeta #engineering# #technology#

MANUS Metagloves Pro Haptic combines EMF-based fingertip tracking with a 25-DoF anatomical hand model to reproduce the complete hand pose in real time. Thumb and index fingertip pinch the lid and rotate in opposite directions to break the initial resistance, then continually shift contact points along the ridges to keep turning without ever losing grip. It is a precise two-finger negotiation. For robotics, teleoperation, and embodied AI research, this level of hand data helps capture the subtle finger movements that influence grasping, manipulation, and control. Integrated haptic feedback also provides operators with tactile cues during interaction. Learn more: