Chris McKay’s Post

🤖 Most robotic arms go from coordinate systems of point X,Y,Z to point X,Y,Z. Pick up the cup, pour the coffee, place it on the counter, rinse and repeat. But what if that coffee cup was lying on its side? Could the robot understand its environment and make decisions accordingly? 🤔 Steven King, founder of Blue Sky Robotics, wanted to find out. ➡️ https://lnkd.in/epFjGtWY ✍️ Hannah Kaufman

Reach X is a robotic manipulation system designed for remote intervention in critical missions. It offers high performance and versatility, allowing operators to cut, grab, recover, and disarm using existing portable ROVs. Video source: Reach Robotics ----------------------- Wanna get your company on Wevolver too? Learn how: https://lnkd.in/eVFwiTSR

REACH X - Advanced Robotic Manipulation for Remote Intervention REACH X is a robotic system designed for remote interventions in mission-critical situations. It offers high performance and versatility, enabling operators to cut, grab, recover, and disarm using portable ROVs. Video source: Reach Robotics ----------------------- Wanna get your company on Wevolver too? Learn how: https://lnkd.in/drE_bxdU

Watch as LimX Dynamics’ cutting-edge humanoid robot showcases unbelievable precision and agility in a series of jaw-dropping movements. From executing flawless squats and 360° leg rotations to effortlessly lifting itself from the ground, this robot is rewriting the future of robotics. In the video: Controlled lying down Parallel squats Smooth waist rotations And so much more! https://lnkd.in/gsJF-znD

Ever wondered how robots know exactly where to move and how to get there? It all starts with DH Parameters! But here’s the catch: they’re not as intimidating as they sound—once you break them down, they’re key to understanding robotic motion. I’ve just released a step-by-step guide on how to calculate DH Parameters for robotic arms. Whether you're a beginner or looking to refresh your knowledge, this guide covers it all. What’s inside? ✅ Simplified explanation of each DH parameter ✅ Practical examples for easy understanding 🔗 Read the full blog here: [https://lnkd.in/gh-_2Bdj]

AI is driving breakthroughs in robotics and research. While popular culture might evoke images of multi-tasking robots, current advancements focus on perfecting everyday tasks—like making an omelette, hanging a T-shirt, or turning the pages of a book 🍳👕 👉 ft.com/ai-robots Our latest visual story at the Financial Times explores how this is happening and unveils the technology behind a robot’s movement 🤖 Done with this incredible team Lucy Rodgers, Michael Peel, Sam Learner, Ian Bott, Sam Joiner, Caroline Nevitt, Peter Andringa, Justine Williams and Daniel Clark #AI #Robotics #VisualStorytelling

NEW: Are the robots finally coming? 🤖 🦾 In our latest visual story, we explain how AI is powering a robotics revolution. The story features an augmented reality model of Boston Dynamics' dog-like robot Spot, which was recently seen patrolling the grounds of Mar-a-Lago... By Lucy Rodgers, Michael Peel, Sam Learner, Irene de la Torre Arenas, Ian Bott, Caroline Nevitt, Peter Andringa, Justine Williams and Daniel Clark 👉 ft.com/ai-robots

Watch as LimX Dynamics’ cutting-edge humanoid robot showcases unbelievable precision and agility in a series of jaw-dropping movements. From executing flawless squats and 360° leg rotations to effortlessly lifting itself from the ground, this robot is rewriting the future of robotics. In the video: Controlled lying down Parallel squats Smooth waist rotations And so much more! https://lnkd.in/dQYwS5_6

Here’s a quick look at the journey behind the development of the Tall Boy robot. Each iteration has been a step forward in our mission to build low-cost and versatile robots tailored for dark stores/micro-warehouses.

Ever wonder how robots spot obstacles at home? 🤖🏠Check out how our robots use smart detection to dodge everything in their way and keep your home running smoothly. Watch the demo now!