Feston S.E.V’s Post

How urban mobility gyroscopic technology is transforming urban mobility and transportation: The Future of Urban Mobility: Gyroscopic Technology Takes Center Stage As cities continue to grow and evolve, urban mobility solutions must adapt to keep up with the ever-changing landscape. Enter gyroscopic technology: An innovative approach to transportation that promises to revolutionize the way we move around our urban environments. Enhanced Energy Efficiency: Gyroscopic vehicles offer improved energy efficiency, thanks to their ability to reduce friction and energy consumption. This makes them a greener alternative to traditional transportation methods. Seamless Integration: With the ability to incorporate hybrid or electric propulsion systems, gyroscopic vehicles can easily integrate into existing urban mobility networks, creating a more sustainable and interconnected transportation ecosystem. Improved Urban Design: Gyroscopic technology encourages the development of pedestrian-friendly neighborhoods, green spaces, and safer roadways, promoting greater social interactions and community engagement. Future-Proof Solutions: As urban mobility continues to evolve, gyroscopic technology is poised to play an integral role in shaping the future of transportation. By investing in this innovative approach, cities can unlock a world of possibilities for their residents and create a brighter, more sustainable future. 💭 What are your thoughts on gyroscopic technology and its potential to transform urban mobility? Let us know in the comments!

Gyroscopic transport is set to revolutionize urban mobility with its innovative design and efficiency. These futuristic vehicles utilize gyroscopic stabilization to maintain balance, allowing them to navigate narrow streets and tight spaces with ease. Elevated on single or dual wheels, gyroscopic vehicles can travel above regular traffic, reducing congestion and optimizing road usage. Their compact size and agility make them ideal for densely populated cities, offering a sustainable and efficient alternative to traditional cars and buses. Powered by electric or hybrid engines, they contribute to reduced emissions and a cleaner urban environment. By integrating advanced technology and design, gyroscopic transport promises to transform how we navigate cities, enhancing both mobility and sustainability. Explore More: https://lnkd.in/dmY8Fvfa #Innovation #UrbanMobility #FutureTransport #SustainableTech #SmartCities Chat With US : https://bit.ly/4a8LXA3

🚀 Pausefika format war: are you team hydrogen or team electric for the Future of Aviation? 🌍✈️ Exciting advancements in hydrogen-powered aviation are making headlines! A recent study from Chalmers University of Technology reveals that nearly all air travel within a 750-mile radius could be made with hydrogen-powered aircraft by 2045. With a new heat exchanger under development, this range could extend even further, revolutionizing the aviation industry (see: https://lnkd.in/dyWyDwTR ) Join Pausefika to be part of these groundbreaking discussions and innovations! Here's how Pausefika can help you connect and collaborate with the brightest minds in the industry: 🔍 Filter by Interest: Use Pausefika's advanced filtering options to connect with professionals in specific areas like hydrogen technology, renewable energy, and aviation. Find experts from domains such as @Chalmers.se or @gknaerospace.com effortlessly. 🌐 Collaborate with Industry Leaders: Engage in discussions about the latest technological advancements, like the hydrogen-powered flights projected to take off in Sweden by 2028 or electric airplanes from Heart Aerospace. Share insights and strategies for overcoming market challenges and driving innovation. 🤝 Build a Strong Network: Leverage Pausefika’s exclusive network of verified professionals. Connect with innovators, entrepreneurs, and investors who are passionate about sustainable aviation and other cutting-edge fields. 💡 Learn from Success Stories: Take inspiration from Chalmers University of Technology's journey in hydrogen aviation. Discuss with peers how similar technologies can be applied to your projects and drive your industry forward. 🌟 Exclusive Access: Only professional or official emails (like @chalmers.se or @heartaerospace.com) are used for login, ensuring a network of serious and dedicated professionals. This exclusivity guarantees meaningful connections and fruitful collaborations. 📈 Drive Innovation and Growth: By connecting with the right people on Pausefika, you can accelerate your innovation efforts and drive growth in your industry. Share ideas, gain insights, and turn your vision into reality. Don’t miss out on the opportunity to be part of a dynamic community that’s shaping the future of various industries. Join Pausefika today and start connecting with the brightest minds in your field! 👉 Join Pausefika now: https://lnkd.in/dgWfXWG2 Together, let's innovate and create a sustainable future for aviation and beyond! 🚀🌍✈️ PS: I am more team "Siemens night Transrapids" - if you read these lines ÖBB - to solve most of aviation pollution issues within Eurasia.

Hydrogen powered hypersonic hybrid could travel anywhere in the world within 2hrs - testing in next 12 months https://lnkd.in/ejRbWTVN #emergingtech #technology #futuretech #technologies #informationtechnologies #it #informationtechnology #tech

By 2045, nearly all short-range flights could be hydrogen-powered, with significant advancements in technology driving efficiency and range. Sweden may start hydrogen flights by 2028, aiming for major global adoption by 2050. Hydrogen-powered flight would offer new opportunities for fossil-free travel, and technological advancements in the field are moving fast. New studies from Chalmers University of Technology in Sweden indicate that by 2045, almost all air travel within a 750-mile radius could be made with hydrogen-powered aircraft. Additionally, with a novel heat exchanger currently in development, this range could be even further. These technological advances can be seen inside the Chalmers wind tunnels, where researchers test airflow conditions in cutting-edge facilities. Here, more energy-efficient engines are being developed that pave the way for safe and efficient hydrogen flight for heavy-duty vehicles. Short and medium-range hydrogen-powered flights are the closest to being realised. A recently published study from Chalmers shows that hydrogen-powered flights have the potential to meet the needs of 97 percent of all intra-Nordic flight routes and 58 percent of the Nordic passenger volume by 2045. For this study, the researchers assumed a maximum flight distance of 750 miles and the use of an existing aircraft model adapted for hydrogen power. The study, led by doctoral student Christian Svensson in Grönstedt’s research group, also showcased a new fuel tank that could hold enough fuel, was insulated enough to hold the super-cold liquid hydrogen, and at the same time was lighter than today’s fossil-based fuel tank systems... #aviation #flight #green #hydrogen #technology #tech #innovation #nature #sustainability #aircraft

Great podium discusson at last week's #EnergyIreland's Energy In Transport Forum 2024. What I enjoyed was that there was different opinions among tha panelists and others in the room so it was a good discussion rather than everybody agreeing to each other. While EVs will be the dominant technology for road transport we need to look at the Heavy Goods Vehicles (HGVs) on a case by case basis. Range limitations, profile of operation but also grid constraints in high demand areas will require other technologies such as fuel cell operated vehicles using green hydrogen. I believe that #diversification of technologies for the road mobility sector is key to develop a robust and resilient mobility system. For the maritime and aviation industry electrification will be more than challenging and it is clear that we will need to kickstart e-fuel production projects as soon as possible to achieve the targets set as part of #RefuelEU. #EnergyInTransportForum2024 #SAF #SustainableAviationFuels #roadmobility #greenhydrogen #netzero2050

🌍 ✈︎ A laboratory in the skies: the world’s first hydrogen-powered flight marks a pivotal step towards a sustainable future in aviation. At Climate Impulse, we believe that innovation is the key to tackling global climate challenges. This pioneering project, in collaboration with our main partner Syensqo, not only proves the feasibility of clean technologies in aviation but also paves the way for a more environmentally friendly industry. 💡Discover how this historic flight could transform the future of air travel. #EnergyTransition #SustainableAviation #Innovation #Hydrogen #ClimateAction Syensqo⏐UM6P - Mohammed VI Polytechnic University⏐OCP Group

Imagine stepping 50 years into the future and finding smart cities designed to be totally sustainable. Renewable energy is our primary power source, space-based solar power provides energy 24 hours a day, everything is recycled, and you have your own pod that runs on maglev trains using little or no energy. You can also ride an electric flying vehicle! Traffic jams are a thing of the past. This isn’t science fiction. Engineers are making plans for a sustainable world right now. And it’s coming to the giant screen! #ASCE #citiesofthefuture #engineer4tomorrow Cities of the Future Movie – Reimagining Our World (citiesofthefuturefilm.com)

With an ever expanding global population, and an economy that needs to grow to provide jobs, and industries to ensure that income will be derived, food will be on the table, and other necessary goods and services available for various needs, “fuel” is critical, but those “non-renewable” & “non-environment” friendly need to be curbed much faster. Otherwise, the world will not be sustainable as a “home” for man. We need to accelerate the transition with more innovation, but more so with more urgent implementation….

🌍 We're super proud of our collaboration with Climate Connection, led by the visionary Marjon Castelijns 🌍 🌱. Marjon's journey across East Africa isn’t just a travel adventure - it's a mission to deepen climate awareness in the continent. The centerpiece of this mission? A Land Rover Defender 110, ingeniously converted into an electric vehicle by EV Europe, showcasing the art of transforming fuel cars into clean, powerful electric vehicles. This conversion process involved removing the old engine and fuel tank to make way for a cutting-edge electric motor, paired with a robust set of batteries housed within the engine compartment and undercarriage for extended range. EV Europe also installed a retractable solar panel system on the roof, ensuring Marjon can charge the Defender even in remote areas without access to charging stations. 👉 Want to learn how to partner with us and support transformative projects like this? Connect with us for expert eMobility marketing strategies that amplify your brand and drive the industry forward: nexxtindustry.com/services #NexxtIndustry #ClimateConnection #EastAfricaTour