Hexagon Manufacturing Intelligence - K A I’s Post

🔴#AMADEE24 Experiment Spotlight: Enhancing Rover Control with MEROP 🇵🇹 On today's #MarsMonday, explore the MEROP experiment by Institute for Systems and Robotics (ISR-Lisboa) . MEROP, or Towards More Effective Remote execution of exploration OPerations was part of the #AMADEE20 #simulateMars in Israel, and we are happy to have them on board again to improve human-robot interaction. 🔆 Experiment Highlights: ➡️ robot control system equipped with problem-solving toolbox ➡️ switch between semi-autonomous and direct control ➡️ Enhancing remote rover control and human-robot interaction 🔗 Watch the video to discover the technology behind this innovative rover control system: https://lnkd.in/e5_2xxMJ #Merop #experiment #ISR

🚀 Defying Gravity: The Jetpack Revolution 🚀 Innovation takes flight with the latest in personal aviation: a jetpack designed by British inventor Richard Browning. This isn’t just a leap towards futuristic transportation; it’s a demonstration of advanced aerodynamics, control systems, and propulsion technology converging to realize the dream of individual flight. Browning’s jetpack, powered by multiple miniature jet engines, is a testament to rapid prototyping and iterative design, showcasing how far personal mobility tech has come. With its ability to hover, maneuver, and land with precision, the jetpack is not only a spectacle of human achievement but also hints at new horizons in search and rescue, military, and recreational activities. As we witness Browning soar, we’re reminded that the limits of innovation are bound only by our imagination. The jetpack era is upon us, heralding a future where the sky is not a limit but a playground. #Innovation #Jetpack #AerospaceEngineering #FutureOfTransport #TechBreakthrough

🚀 ILA Berlin - Pioneering Aerospace is in full swing, representing the entire value chain of the #AerospaceIndustry, including us: #AdvancedAirMobility! 🌍🛫 This year's theme is #VerticalMobility – Taking off into the Third Dimension. 🚁 EFT Mobility is honored to participate and address crucial questions like: *How are #ElectricPowertrains shaping the #FutureofMobility? *How can we transport people and goods sustainably, safely, and efficiently over short distances? *What potential do drone-based services offer across different industries? Curious to see how it went? Dive into our #CEOInsights from #ILABerlin2024 and get a deeper look at the innovations and discussions shaping the future of mobility. https://bit.ly/45kn2Ik Do not forget to #FollowUs on our LinkedIn page for more updates and insights!🔋 🌱 #SustainableTransportation #SustainableMobility #GreenTech #CEOTalks #eVTOLs #AerospaceEngineering #MobilitySolutions #DroneTechnology #TechForGood #SmartMobility #ElectricAviation #ElectricMobility

🚀 A dynamic team from ETH Zürich is making remarkable progress in constructing a groundbreaking flying wing, steering it through continuous deformation rather than traditional control surfaces. With six servos for main wing deformation and two for winglet yaw control, the team has successfully found the optimal balance between stiffness and flexibility using carbon fiber composites. Project Goals: -> Demonstrate the feasibility of morphing concepts in aerospace applications. ->Achieve a wingspan of 3 meters, a cruise speed of 108 km/h, and a max speed of 144 km/h. -> Implement controlled and targeted deformation of wing structures as a replacement for discrete control surfaces. Vision for the Future: -> Envision reduced energy consumption and minimized noise through the drag-efficient design of the flying wing. ->Anticipate improved maneuverability through innovative flight control concepts. ->Commit to testing new flight control and construction concepts in aviation. Ready for takeoff? 🛫 The pilot will skillfully navigate using a live feed from an onboard camera, backed by a safety pilot prepared to take control if necessary. The recent testing phase in Dübendorf has provided invaluable practical insights, transforming theoretical concepts into a striking reality. 🌐 The project's success is a testament to the seamless integration of technology, functionality, and design—a remarkable demonstration of dedication and enthusiasm yielding extraordinary outcomes. 🌟 Credits to Bionic Flying Wing. Visit their official website : https://lnkd.in/evYzHZWd #Innovation #AviationTech #CarbonFiber #drones #innovation #aviation #aviationnews #drone #swissstartups #uav #startups #futuremobility #advancedairmobility

JetZero, a California-based company, is gearing up for scaled demo flight tests of its groundbreaking blended wing body (BWB) design. JetZero's BWB concept promises to revolutionize air travel by enhancing fuel efficiency and reducing environmental impact. The scaled demo is a great iteration to learn more about the technology as it progresses in development. JetZero aims to pave the way for a greener, more sustainable future in aviation leveraging existing engine architecture's like Pratt & Whitney's GTF. However, transitioning to this concept does come with its challenges, including technological complexities, regulatory considerations, and industry-wide adoption hurdles. Despite these obstacles, JetZero remains committed to overcoming them and leading the charge towards a more eco-friendly aviation industry. #AviationSustainability #Innovation #JetZero #BWB #FutureOfFlight #ChallengesAndOpportunities

🚀 Introducing the world's first flying motorcycle: the Lazareth LMV 496, also known as "La Moto Volante." Designed by the renowned French bike creator Ludovic Lazareth, this groundbreaking innovation is a testament to cutting-edge engineering. With the simple flip of a switch, the LMV 496 transitions from road to air, achieving liftoff in about 60 seconds. Each wheel houses a 96,000-rpm JetCat jet turbine, providing a combined thrust of 1,300 horsepower and approximately 10 minutes of flight time. While the prototype currently hovers around one meter off the ground, ongoing engineering efforts are focused on optimizing jet thrust balance. Safety is paramount, with each wheel equipped with parachutes for any in-flight contingencies. Additionally, the LMV 496 is street-legal, offering a range of about 60 miles per electric charge. #innovation #engineering #FlyingMotorcycle #technology #lazareth #LaMotoVolante #automotive #aerospace