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Quadrupedal Robots Can Now Climb Ladders

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Credit: Robotic Systems Lab: Legged Robotics at ETH Zürich

Robots climbing stairs is pretty standard these days. Most quadruped platforms support that. Things are a bit more complicated when it comes to climbing ladders. Researchers have now come up with a learning-based control approach for quadrupeds climbing ladders. They used a hooked end effector.

Robust Ladder Climbing with a Quadrupedal Robot

This robot had a 90% success rate at ladder angles from 70 to 90 degrees (zero-shot transfer). The above video from Robotic Systems Lab shows this system in action. As you can see, the robot can recover and continue climbing when being pulled by a human.

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PITBULL Anti-Drone System for Manned & Unmanned Platforms

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This is the PITBULL: a remote controlled weapon station for manned and unmanned platforms that can be used to take down unauthorized aerial vehicles. They have a lightweight design and can be controlled by humans from a protected vehicle or a remote location. It features point & shoot technology. The below video shows it taking on UAVs:

Rux ChatGPT Desktop Robot with Python Support

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This is the Rux Robot: an AI desktop robot designed to keep you company. It comes with ChatGPT integration. It is also Python programmable. This robot has various AI games for you to play. It also has a 115-degree HD wide-angle camera and gesture recognition. It also gives you feedback when you pick it up.

RB-VOGUI+ Mobile Manipulator Robot with Autonomous People Tracking

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Meet the RB-VOGUI+: a mobile manipulator robot designed for indoor and outdoor tasks. It can carry up to 125kg of weight and manipulate up to 5kg with its arm. It can be used for planting, harvesting, and crop monitoring. This robot has a modular design. It is based on ROS.

ERG: Expressive Robotic Guitarist

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Here is a clever robot that can play an acoustic guitar in a more expressive manner. The ERG is designed to play a commercial guitar with various techniques, including strumming, picking and overtones. It has a robotic arm for strumming and plucking as well as a 12-motor module for fret shifting. The below video shows the robot strumming with a pop music pattern, playing a reggae, and a lot more.

Fractal Suction-based Robotic Gripper for Complex Shapes

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Credit: Transformative Robotics Lab

Suction-based robotic grippers are used in various industries but struggling with complex shapes. Researchers have come up with a fractal structure that enables suction based grippers to get around these limitations. This gripper conforms and locks around objects. This approach also allows corner grasping.

Fourier GR-2 Humanoid Robot with 53DOF

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The Fourier GR-2 is finally here. It is a 53DOF humanoid robot with arms that can handle 3kg of load each. The GR-2 has 12DOF dexterous hands. It can sense force and identify object shapes with its 6 array-type tactile sensors. It can be programmed in a variety of ways, including VR, lead-through programming and direct command.

The GR-2 is ready for developers. Its SDK is compatible with popular programming languages. Here are the specs for the GR-2:

  • Height: 175cm
  • weight: 65kg
  • Speed: 5km/h
  • Joints: 53
  • Battery life: 2 hours

This robot supports NVIDIA Isaac Lab, ROS, and Mujoco.

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NOVABOT N2000 Wire-Free Vision Robot Lawn Mower with App

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NOVABOT Setup & Use Tutorial

Here is another AI assisted mapping robot mower that cuts your grass without you having to break a sweat. The NOVABOT N2000 Mower is a wire-free vision robotic mower with adjustable cutting height of .8 to 3.5 inches. It can overcome up to 45% slopes. It has a RTK-GPS system and Visual Inertial Odometry system to map your lawn with precision.

Robotic Pottery with Learning from Demonstrations

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Teaching robots pottery making tasks is easier said than done. This can be challenging for humans, doubly so for robots. Humans are capable of manipulating deformable objects in complex shapes because we can reason about material properties and figure things out in the presence of geometric occlusion. The RoPotter System explores a robotic pottery system that learns through demonstration.

neoDavid Wheeled Humanoid Robot with 52 DoF

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Credit: DLR RM

This is the neoDavid: a 52DoF wheeled humanoid robot with 95 brushless Dc motors, 3 force sensors, and 184 position sensors. Its finger joints can be controlled individually. It features variable stiffness actuators to handle hammering and other tasks that involve fast collisions and explosive motions.

neoDavid - A humanoid robot with variable stiffness actuation and dexterous manipulation skills

The neoDavid uses the M3T tracking framework for enhanced dexterous manipulation. The above video shows it in action.

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