We come from research first and foremost and we want to give back to fellow researchers; robotics is being reimagined with AI and modern tools and approaches are pushing the industry forward unlocking unpredented reliability, precision, dexterity and ease of use. Again starting

Tactile Sensing based on MiniONE FT sensors with: - minimized creep, - temperature dependency, - degradation of the sensing element, - and a costless elastic touching surface made with 3d printers designed to your shape of preference

The @UnitreeRobotics G1 model is now equipped with an additional sense of touch, reaching unprecedented manipulation capabilities.

Many were asking if our force controllers and Kinova Gen 3 could go faster and match human speeds. It turns out that @Klajd_Lika couldn’t go faster, but the robot could.

1x speed + Superhuman dexterity We developed interaction intelligence based on physics, control theory, and force sensing. Closing the loop at 1 millisecond is more than enough for humanlike physical interaction experience. Now we can teach it by hand guidance some Primitive

Well... this sensing is coming to stay. For whole-body manipulation, for locomotion, for wrench estimation, and for any robot actuator that has strain-wave, planetary or any other speed reducer, our torque sensors will be a gold standard that will be produced at scale. It will

We’re excited to announce that our ecosystem supports the @FRANKAROBOTICS FR3, delivering full 6-DOF force feedback for advanced teleoperation and kinesthetic teaching through the SensONE Gen-A FT Sensor. Learn more in our product page: https://t.co/nSQcUVmurs

Giving PiPER the sense of touch! PiPER SensONE Gen A Kit! Integration kit for @AgilexRobotics robot with our SensONE Gen A 6-axis force torque sensor, including software, cabling, and everything needed for fast seamless deployment. Check it out here: https://t.co/fjP4sbLfV5

Delicate tasks

https://t.co/wzSa6Ujvsv

Pushing the Boundaries of Haptic Teleoperation. We now support the Haption 6D haptic device, delivering full 6-DOF force feedback for advanced teleoperation. New levels of precision for assembly, pick and place, polishing, grinding, and other demanding force-sensitive tasks

You all have watched the 1X Neo video. And you know that, when it comes to humanoids, the most difficult tasks are still teleoperated. Here is the future of teleoperation: High-fidelity haptics, paired with state-of-the-art robotics, making control feel natural and responsive!

Towards trillions of parameters and millions of training hours! Autonomy with AI requires that any data engine or platform should account for efficiency and quality. That is why full robot dynamics and kinematics should be included in any episode recording. With Force being the

Record & Replay with a couple of clicks in under one minute. A force-sensitive system to train a Robotic AI like never before! Bota’s Kinaesthetic Teaching system is one of a kind. No AI was used for the replay. If you train an AI like this you might be able to see astonishing

At Bota, we’re leveraging force sensing to empower the AI community with the next generation of robotic data collection methods. • Intuitiveness • Precision & reliability • Efficiency Discover how we’re enabling Physical AI: https://t.co/T3gLhJZSdg

Teleoperate with the Sensitivity of Human Sense of Touch <0.1N less than 10g Used our OEM FT sensors designed for Kinova Gen3. It is available also in 6D… You can find more info here: https://t.co/K2MIE5cc5K

Sneak peek for @IROS2025 demo.

🚀 Transforming a Universal Robot into a Fully Force-Aware System 🚀 In this video, we converted a Universal Robots into a fully force-aware robot—without adding any external skin sensors or internal torque sensors achieving 0.5cm contact point accuracy and 2.1N force! Instead,

If you are designing a humanoid these days: 1. In a Motor -> Transmission -> Load system the dynamics are very hard to model. That is why they need to be measured in real-time with force sensors. 2. The transmission dynamics besides the latency they induce, cannot be modeled

Standing out for good engineering. Making things simple not complicated.