David Neal on LinkedIn: I am excited to be on a panel at MOVE: Mobility Re-imagined in Austin… (2025)

"Building pilot strategies within carefully researched and structured programs allows Orange Sparkle Ball, Inc. to easily build on pilot progress, always working toward a greater vision. This strategy also allows us to quickly adapt when pilots are unsuccessful or we have unexpected learnings. That way, pivots can happen without stopping overall program momentum."— Ashley TouchtonThis year we launched an investigation of an autonomous pickup platform to understand the logistics of multi use case pickup. With years of technology experience, Orange Sparkle Ball understands the critical importance of activatinginitiatives at the platform level. For success, pilots must ladder up to larger strategic initiatives, ideally with plans for long term viability. This allows for pilots to be iteratively tested, making improvements and pivots as needed, and incrementally understanding the requirements for sustainable programs. This strategy also allows for strategic wrap-around communication, allowing all voices to be heard and messaging to be tested and adapted in real world environments before full scale launch.For more information about our work, visit our 2023 Results page at https://lnkd.in/gAGnENEj#2023results #autonomy #autonomous #sustainability #pilotdesign #innovation #innovaitonpilot #technologypilot

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Come and learn more about how robotics are being used to improve the lives of Detroiters.

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🔥🚘 FROM WHEELS TO TRACKS WITH THE PUSH OF A BUTTON ☸🔥🚀 The reconfigurable wheel-track system in the Hummer represents a cutting-edge advancement in vehicle versatility and mobility.🎯 This innovative system allows the Hummer to transform its rear wheels into tracks, adapting seamlessly to a variety of terrains.🛠 Humvee with reconfigurable wheel-track DARPA GXV-T🦾 A team from Carnegie Mellon University National Robotics Engineering Center (CMU NREC) demonstrated shape-shifting wheel-track mechanisms that transition from a round wheel to a triangular track and back again while the vehicle is on the move.🏅 Thus providing improvements in tactical mobility and maneuverability in diverse terrains.🎬 Witness this impressive transformation of wheel to track.Credit : Tech Booster#hummer #wheels #tracks #invention #technology #intresting #cars👉 Follow me Levent Coskun to stay up to date on #robotics #AI #hightech and #innovation with my expertise.Please feel free to like 👍 my post when you view it.🙏 Believe me, I would never share anything that would not be liked.To get notifications about my posts please activate the notification bell 🔔 in my profile

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🚀 Introducing W1: The Revolutionary Four-Wheeled Robot from Limex Dynamics! 🤖✅ Meet W1, the groundbreaking innovation from Limex Dynamics that's setting a new standard in robotics!✅ Equipped with a unique blend of wheels and legs, W1 navigates complex terrains with unparalleled ease—be it curbs, stairs, or rugged paths.✅ Its state-of-the-art AI algorithms and sensors give it an exceptional understanding of its environment, allowing it to dodge obstacles, plan routes, and tackle tasks autonomously.✅ Whether it's for search and rescue missions, industrial surveillance, or enhancing logistics, W1's versatility and advanced capabilities make it a game-changer.✅ Get ready to explore new possibilities in robotics technology!🌍🔧 #LimexDynamics #W1Robot #InnovativeRobotics #AITechnology #FutureIsNow🚀Follow Ethen Laing for the Latest Insights in AI and Tech Innovations

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Whether zooming through the sky or racing on the ground, Lehigh celebrates #robotics in the newest issue of Resolve magazine. Explore the various projects from our Autonomous and Intelligent Robotics (AIR) Lab: @Lehigh University Mechanical Engineering @Computer Science and Engineering at Lehigh University #robots #autonomy #autonomousvehicles #AVs #mechanicalengineering #computerscience #computerengineering

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Trivia Thursday!LocoMan: Scientists unveil new quadruped robot with hand-like grippers!Quadrupedal robots, exemplified by Boston Dynamics’ SPOT, excel in various environments, yet their limited manipulation capabilities hinder their potential. Attempts to equip them with traditional robotic arms often compromised their mobility. Addressing this, researchers developed the LocoMan system, which transforms robot legs into multifunctional appendages. By adding lightweight manipulators to the calves, LocoMan enables precise tasks without sacrificing agility. This advancement holds promise for enhancing the versatility of quadrupedal robots, enabling them to tackle both locomotion and manipulation taskseffectively...#TriviaThursday #trivia #trivianight #facts #fact #knowledge #engineering #mechanicalengineering #engineer #technology #science #robotics

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Rice University researchers are pioneering 'necrobotics' by reanimating spider corpses to create eco-friendly robotic grippers! They've discovered that hydraulic pressure can be used to control a dead spider’s limbs, allowing these 'necrobots' to grasp delicate objects. This novel approach, blending biology and robotics, could lead to sustainable and cost-effective alternatives in soft robotics. It’s not just science fiction – it’s real science with potential environmental benefits. #Robotics #Innovation #Sustainability #Necrobotics

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New Achievement from Our Team! Discover the Warthog Robot in Action! 🤖✨We are proud to present our latest YouTube video featuring the Warthog fromClearpath Robotics by Rockwell Automation, an all-terrain robot designed to conquer the most challenging landscapes and extreme environmental tasks.This innovation represents a giant leap forward in the fields of exploration, environmental surveillance, and much more. If you're looking to push the boundaries of what terrestrial robotics can achieve, the Warthog is your ally.Watch the video to learn more about the Warthog🔗https://bit.ly/4adoy0i#Innovation#Technology#Robotics#WarthogRobot

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PAL Robotics Kangaroo free-walking PAL Robotics’ Kangaroo is a bipedal humanoid robot that is capable of free walking, thanks to the implementation of advanced software algorithms.The specific software advancements that enabled Kangaroo's free walking include the implementation of a Whole Body Inverse Dynamics Controller (WBID) algorithm and a Zero Moment Point (ZMP)-based position control algorithm. These algorithms allowed Kangaroo to solve challenges related to walking by adjusting the placement and trajectory of its feet, enabling smooth and stable movement. Additionally, the use of force control allows Kangaroo to adapt to external forces, which is useful for collaborative robotics and tasks requiring sensitivity to external forces.Video Credit: PAL Robotics#robotics #engineering #technology #robots #bipedals

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