FUTURE OF WATER TRANSPORT JUST GOT REVEALED — THESE NEXT GEN WATER VEHICLES ARE INCREDIBLE!

[00:00:00]The Quarter Horse Mark1 by Hermus is changing the future of flight. This sleek, uncrrewed aircraft is built to test hypersonic speeds, and it's already making big moves. Powered by a GE J85 turbo jet engine, the Mark1 took off for the first time in May 2025 at Edwards Air Force Base, just 204 days after the project began. Its main goal is to test how planes can take off and land at extremely high speeds. A key step toward the dream of hypersonic travel. Think about flying from New York to London in just 90 minutes. That's what Hermes is aiming for. And they're not stopping here. The next version, the Mark I is expected to reach speeds up to Mach 2.5 by the end of this year. But it's not just about flying faster. It's also about building faster. The quarter horse program is proving that we can bring hypersonic technology to life quickly and efficiently. This isn't just another test aircraft. The Mark1 is paving the way for a future where long-d distanceance travel is faster, smarter, and more connected than ever before.

[00:01:10]The Martin Jetpack by Martin Aircraft Company is an exciting personal flying device that lets people experience the thrill of flight. This compact singleperson jetpack uses a gasoline engine to reach speeds of up to 120 kmh and can fly as high as 3,000 ft. It offers a flight time of up to 30 minutes on a full tank depending on factors like weight and weather conditions. Weighing about 113 kg, the Jetpack is powered by a 200 horsepower engine and has a simple control system with handlebars to help with stability.

[00:01:48]While the Jetpack is mainly designed for fun and recreational use, it is also being explored for practical applications such as emergency rescues, search operations, and transporting people or supplies to hard-to-reach areas.

[00:02:03]Although it's still in the testing phase for commercial use, the Martin Jetpack represents a significant leap forward in personal aviation, bringing us closer to a future where flying can be as accessible as driving.

[00:02:20]Arales is bringing a fresh approach to military aviation with a jet that's built to adapt. Instead of creating separate aircraft for different roles, Arales uses a single core design that can be changed to fit a variety of missions. Need it for pilot training, surveillance, or light combat? Just swap out the wings, engines, or onboard systems. The entire aircraft can be reconfigured in less than 24 hours, making it incredibly fast to adjust to changing needs. This jet also features modern tech like a digital cockpit, advanced flight controls, and high performance avionics. It's designed to be easy to fly, maintain, and upgrade.

[00:03:00]By using one base model for multiple purposes, it helps cut down on costs and simplifies logistics for air forces.

[00:03:07]Whether for domestic use or international partners, Alice offers a flexible, efficient solution without sacrificing capability. It's a smart way forward for modern air power.

[00:03:25]Bell Nexus. The Bell Nexus is a hybrid electric aircraft that can take off and land vertically, revealed at CES 2019.

[00:03:34]It has six large fans, three on each side of the aircraft, that allow it to fly both vertically and forward. The fans can tilt, which helps it transition from vertical takeoff to smooth forward flight. There are two versions of the Nexus, one for a pilot and a passenger, and another for six passengers. The current version fits a pilot and four passengers. With a top speed of 155 knots, 288 km/h, and a range of 130 nautical miles, 241 km, the Nexus offers impressive performance. It's lightweight, weighing just 6,000 lb, and fits into a 40tx4t space. The Bell Nexus is designed to change the future of travel, offering a faster, more efficient way to get around urban areas.

[00:04:21]It's a gamecher for urban air mobility, bringing us closer to a new way of flying in the city.

[00:04:31]The Orion drone developed by the Kronstat Group in Russia is a medium alitude long endurance unmanned aerial vehicle UAV designed for military operations known as the Orion E. This drone specializes in reconnaissance patrolling and air strike missions. With an impressive wingspan of 16 m 52 feet and a length of 8 m 26 ft, the Orion can stay airborne for up to 24 hours and reach altitudes of 8,000 m 26,247 ft. It's equipped with a range of advanced sensors, including electrooptical cameras for clear visual data, infrared cameras for heat detection, and synthetic aperture radar for detailed mapping and surveillance.

[00:05:15]The Orion is also capable of carrying various weapons such as air-to-surface missiles, air-to-air missiles, and bombs, making it a versatile asset in combat situations. This drone has already been deployed by the Russian military in missions in Syria, showcasing its capabilities in real world operations.

[00:05:34]The Orion represents a significant advancement in drone technology, combining endurance, advanced sensors, and offensive capabilities in a single platform.

[00:05:49]Fixar launches long range autonomous drone Fixarr025.

[00:05:53]European drone company Fixar has introduced its newest innovation, the Fixar Hero 25, a fully electric autonomous drone designed for large-scale industrial and commercial use. This nextg drone can carry up to 10 kg, 22 lb, and cover distances of up to 300 km, 186 mi, on a single battery charge.

[00:06:15]Powered by Fixarr's own smart autopilot system, it flies entirely on its own, offering a reliable and efficient solution for tough missions.

[00:06:24]What really sets the Fix025 apart is its flexibility. It can be quickly equipped with a variety of professional tools and sensors, making it ideal for everything from mapping and aerial photography to remote sensing, surveillance, live monitoring, and even package delivery.

[00:06:43]The Cirrus SR series G7 Plus is changing the game in personal aviation, blending luxury, safety, and cuttingedge technology. It's the world's first single engine piston plane with safe return autoland, a life-saving system that can land the aircraft on its own if the pilot is unable to. On top of that, the G7 Plus comes packed with smart features like automatic updates, runway occupancy alerts, and intelligent climate control to keep every flight smooth and safe.

[00:07:13]Step inside and you'll find a sleek, modern cockpit with big 14-inch Garmin screens, crystalclear synthetic vision, and a comfortable cabin that seats up to five people.

[00:07:23]More than just a plane, the SR series G7 Plus represents the future of private flying, making air travel safer, smarter, and more accessible for everyone who dreams of taking to the skies.

[00:07:40]The Glenn rocket marked a major milestone with its first flight on January 16th, 2025.

[00:07:46]Named after astronaut John Glenn, this powerful heavy lift vehicle is designed to carry up to 45,000 kg to low Earth orbit and features a partially reusable system. Its first stage is powered by seven B4 engines, while the second stage relies on two B3U engines.

[00:08:05]Although the initial attempt to land the first stage on a drone ship was unsuccessful, the second stage successfully reached orbit, delivering the Blue Ring payload. This achievement highlights Blue Origin's dedication to advancing space technology and making access to space more efficient and reliable.

[00:08:24]With its impressive lifting capacity and reusability features, the Glenn rocket is poised to play a key role in future space missions. From commercial satellite launches to deep space exploration as Blue Origin continues refining its technology, this rocket will be a crucial player in expanding humanity's reach beyond Earth, shaping the next chapter of space travel.

[00:08:52]Space tourism.

[00:08:55]The RSS first step is Blue Origin's reusable space capsule created to take people on trips to space. It's the third New Shepard capsule to fly the very first one designed for passengers. Its debut mission called NS-14 launched on January 14th, 2021, reaching a height of 107 km, 66 mi above Earth. This milestone brings us one step closer to space tourism becoming a reality. Thanks to the RSS First Step, it's no longer just astronauts who can experience space. Soon, everyday people may get the chance to float in zero gravity and admire Earth from above. Blue Origin's vision is to make space more accessible and inspire a new generation of space travelers. With this breakthrough, the dream of flying beyond our planet is moving from science fiction to something we could actually experience in our lifetime.

[00:09:52]The Boeing MQ25 Stingray is a groundbreaking drone for the US Navy, marking the world's first operational carrier-based aircraft designed specifically for aerial refueling.

[00:10:04]Nicknamed the Stingray, this unmanned drone plays a crucial role by extending the range and capabilities of carrierbased fighter jets like the FA18 Super Hornet and the F-35C Lightning 2.

[00:10:16]Developed by Boeing, the Stingray took its first flight in 2019 and is currently undergoing testing. Its design focuses on functionality rather than stealth. Featuring a turboan engine for efficient flight and a specialized refueling boom for mid-air fuel transfers. By refueling jets in the sky, the MQ25 Stingray allows aircraft to stay airborne longer, covering greater distances and providing more flexibility during operations. This drone represents a significant leap in naval aviation, promising to enhance the effectiveness of US Navy carrier strike groups by improving their reach and operational capabilities in future missions.

[00:11:03]Kittyhawk Heide.

[00:11:05]The Heide is Kittyhawk's third aircraft following the Flyer, a fun single-seater, and the Kora, an autonomous two passenger air taxi for city travel. Named after physicist and electrical engineer Oliver Heide, this small electric aircraft, ETL, is designed for quick takeoffs and landings almost anywhere. Its biggest advantage, it's incredibly quiet, making it ideal for use in cities and busy neighborhoods. Kittyhawk claims the heside is about 100 times quieter than a traditional helicopter.

[00:11:36]Once it's flying, it blends into the background sounds of the city or suburbs, barely noticeable to people on the ground.

[00:11:44]This sleek, quiet design could make personal air travel more practical and less disruptive, bringing us closer to a future where flying vehicles are part of everyday life.

[00:12:02]The Northrup YB49 was an amazing flying wing bomber that looked like it came straight out of a sci-fi movie. Built in the late 1940s, it had no tail and a huge 172 ft wingspan. With eight turbo jet engines, it could zoom close to 500 mph and fly as high as 50,000 ft. Its sleek, futuristic design promised faster speeds and better air flow, but it had trouble staying steady in the sky, making accurate bombing tough. Sadly, in 1948, one prototype broke apart during a flight, and all five crew members lost their lives. Even though the project was cancelled, the YB49's daring design was a major leap for aviation. It paved the way for future planes and inspired the stealthy B2 Spirit bomber we know today.

[00:12:50]The YB49 was a bold trailblazer that pushed aviation boundaries and helped shape the future of flight.

[00:13:04]Autoflight Carry All deserves some serious praise. They've created the world's first electric flying vehicle, EVOL, that weighs over a ton. It can carry up to 500 kg of cargo and has over 3 cubic meters of space, making it perfect for deliveries and emergency rescue missions. This flying vehicle can travel up to 250 km on a single charge, giving it a solid range. There's also a passenger version called Prosperity, which has already completed successful test flights over the same distance.

[00:13:36]What's really exciting is the plan to link these EVOLs with one of China's highspeed rail stations. This connection could make both travel and shipping much faster and smoother than ever before.

[00:13:48]It's a big step towards smarter, more efficient transportation.

[00:13:56]The Autoflight Prosperity Air Taxi is changing the way we think about getting around in big cities. It's a sleek all-electric flying vehicle that can carry up to five people and takes off straight up into the air just like a helicopter. Instead of sitting in traffic, you could be flying above it.

[00:14:12]In fact, the Prosperity recently made a 50 km flight from Shenzhen to Juhai in only 20 minutes. That same trip by car would take around 3 hours.

[00:14:22]It's made from lightweight carbon materials and powered by electric motors. With 10 rotors to lift off and three propellers to fly forward, it's both powerful and smooth in the air. The aircraft can fly as far as 250 km and cruise at speeds of 200 kmh.

[00:14:40]Over 1,100 people have already pre-ordered it, and it's on track to be ready for commercial use by 2027. The Prosperity Air Taxi isn't just futuristic, it's practical. It could make daily commutes faster, reduce traffic, and help cut down on pollution.

[00:14:56]This is a big step toward making air travel part of everyday city life.

[00:15:06]Samson Sky Switchblade. Flying cars, taxis, and even trucks. It's not science fiction anymore. This is the future we're stepping into. What once felt like a crazy dream is now becoming reality.

[00:15:18]In cities like Shanghai and New York, flying vehicles are already being tested. The sky isn't just for planes anymore. It could soon be your next road. Now, picture this. You're cruising down the highway at 200 kmph.

[00:15:33]You reach a small airport. Stop for a moment and your car unfolds its wings.

[00:15:38]In just minutes, you're flying through the air at 305 kmh.

[00:15:43]This isn't just an idea. It's the Switchblade. It's a real flying car with more than 2,000 pre-orders. It can drive like a regular car and fly like a small plane with a flight range of 724 km. The expected price around $170,000 and it could hit the market as soon as next year. The future of travel is getting a serious upgrade and it might just be parked in your garage soon.

[00:16:16]The Kia Atmos is an innovative solar powered drone developed by Kia Aerospace in New Zealand. It's designed to fly extremely high between 50,000 and 65,000 ft, well above commercial airplanes and weather disturbances. Despite having a large wingspan of 12.5 m, the drone weighs less than 40 kg, making it lightweight and efficient.

[00:16:40]What makes Kia Atmos really special is its ability to stay in the air for a very long time. With future versions aiming for continuous flights lasting several months, this drone is perfect for capturing highresolution aerial images to monitor the environment, support disaster relief efforts, track maritime activity, and enhance communication networks. Because it flies so high and can stay up for long periods, Kia Atmos offers a cost-effective alternative to satellites and traditional aircraft. By combining solar power with advanced drone technology, Kia Atmos opens up exciting new possibilities for gathering vital information from the sky, helping us better understand and protect our planet, all while keeping costs low and operations sustainable.

[00:17:31]The FD1, short formula drone 1, is a futuristic hybrid flying vehicle designed to take off and land vertically, known as VTOL.

[00:17:41]It has six electric motors arranged in a triangle, each with duct fans powered by a gasoline engine at the front and supported by three battery packs. What makes the FD1 special is its ability to fly using power from the gas engine, the batteries, or both together. This hybrid setup gives it great flexibility and efficiency during flight. The design also has a cool retro vibe with exhaust pipes that angle backward, adding a classic touch to this modern aircraft.

[00:18:09]The FD1 can reach impressive speeds of up to 311 mph, 500 kmph, and can stay airborne for about 3 hours on a single flight. This mix of speed, power, and smart hybrid technology makes the FD1 a peak into the future of flying vehicles.

[00:18:27]Combining the best of electric and gas power for fast, efficient, and versatile air travel, the BMW electrified wings suit is a game-changing innovation that combines electric power with human flight. Developed by Austrian skydiver Peter Salsman alongside BMWI and Design Works, this wings suit has two chest mounted carbon impellers that each produce 7.5 kW of power totaling 15 kW.

[00:18:53]Powered by a 50volt lithium battery, the wings suit can provide up to 5 minutes of thrust, allowing the pilot to reach speeds of over 300 kilometers per hour, 186 mph and even gain altitude mid-flight.

[00:19:07]After 3 years of development, including wind tunnel testing and over 30 test jumps, this wings suit is a major step forward in aerial mobility. It demonstrates the potential of sustainable high-performance flight technology for the future.

[00:19:26]Paren 2 hybrid electric HEV STOL A2. The N2 is a cuttingedge hybrid electric HEV stall aircraft which means it can take off and land vertically making it perfect for tight spaces or short air strips. Despite its compact design, it has a higher payload capacity allowing it to carry more. Powered by a hybrid propulsion system, the N2 offers longer endurance and an extended range.

[00:19:53]Its airplane-like design provides faster speeds, better climbing ability, and superior maneuverability, ensuring a safe flying experience. Built with a carbon fiber structure, the N2 is both strong and lightweight. It has four comfortable seats, ideal for personal travel, business trips, or transportation operations.

[00:20:15]There's also a high-performance drone version that can be remotely controlled or operate autonomously.

[00:20:22]Thanks to its advanced hybrid electric technology, the N2 excels in range, speed, and climb performance. This versatile, efficient, and safe aircraft is a glimpse into the future of air travel, offering a practical solution for various flying needs.

[00:20:42]The Viper Jet, created in the 1990s, was an exciting light jet made for private aviation enthusiasts who craved high performance. With a price tag of $182,000, often doubling with extra costs, it was a dream for many, even if sales were limited. This impressive jet could cruise at a thrilling speed of 603 kmh and had a range of [music] 1,480 km.

[00:21:06]Perfect for those eager to explore the skies. Designed to seat two passengers, the Viper Jet wasn't just about speed.

[00:21:13]It also inspired military and unmanned versions, showcasing its versatility and innovation.

[00:21:21]>> While flying cars weren't available back then, the Viper Jet gave adventure seekers [music] a taste of what it's like to fly and the freedom that comes with it. Though it [music] didn't achieve massive sales, the Viper Jet remains an iconic part of aviation history.

[00:21:34]>> A little bit more in the land. It sparked the imagination of anyone who [music] dreamt of soaring through the clouds, paving the way for future advancements in personal and military aircraft.

[00:21:44]The spirit of the Viper jet lives on, inspiring those who want to take to the skies.

[00:21:51][music] The Proteus technology demonstrator is an advanced unmanned aircraft created by Leonardo in partnership with the UK Ministry of Defense and the Royal Navy.

[00:22:07]Designed to shape the future of naval aviation, Proteius uses AI, smart autonomy, and a modular system that lets it switch between missions with ease.

[00:22:17]Weighing around three tons, this versatile aircraft can take on tasks like hunting submarines or delivering supplies at sea, all without a pilot on board. Built with over 40 parts made from state-of-the-art composite materials, it's both tough and lightweight.

[00:22:33]Proteius also comes with a digital twin, allowing engineers to run virtual tests and fine-tune its performance before it even leaves the ground.

[00:22:42]Set for its first flight in 2025, Proteius is ready to revolutionize air operations for the Royal Navy. Blending cuttingedge tech, flexibility, and precise unmanned power into a game-changing platform.

[00:23:00]The Jetson 1 is a thrilling personal aircraft that makes flying easy and fun for anyone. Weighing just 115 kg, this compact aircraft can transform you into a pilot in just minutes. With its eight electric engines, it can reach speeds of up to 102 kmh and fly for about 20 minutes on a single charge.

[00:23:21]Safety is a major focus of the Jetson 1.

[00:23:24]It has automatic landing features and a lightweight design inspired by race cars, ensuring a smooth and safe flying experience. Plus, if one engine happens to fail, you can still fly safely, so there's no need to worry. This incredible aircraft has already sold out for 2024 and 2025, which shows just how popular it is. The Jetson 1 is priced at $128,000, but you can make a pre-order starting at $88,000.

[00:23:51]Get ready to soar through the skies and enjoy the excitement of flying with the Jetson 1. It's your ticket to a whole new adventure in personal aviation.

[00:24:04]The Truck Surf Hotel is a super cool mobile hotel designed for surfers and adventure seekers. It's actually a big truck turned into a cozy moving home, so you can enjoy comfort while exploring the best surf spots. Inside, it has everything you need for a great stay.

[00:24:21]Comfy bedrooms, a shared lounge area, a small kitchen, clean bathrooms, and even a rooftop terrace where you can chill and watch the sunset. The space is used really smartly, so it feels open and welcoming. But the best part, it moves.

[00:24:37]You don't have to worry about booking hotels or finding rides to the beach.

[00:24:41]The Truck Surf Hotel travels with you.

[00:24:44]Experienced guides drive the truck and take you to amazing surf spots and hidden coastal gems. Whether you're a prourfer or just love the beach lifestyle, this hotel on wheels gives you the freedom to explore, meet new people, and live the adventure, all without giving up the comfort of home.

[00:25:07]Node Air and Jet X join forces to create a next-gen aircraft. Two US startups, Node Air and Jedex, are teaming up to build an innovative aircraft designed for flexibility and efficiency. They're combining Node Air's modular transportation system with Jedex's cuttingedge vector thrust propulsion to create a new kind of plane that can adapt to different needs.

[00:25:30]Modular aircraft are like high-tech building blocks. You can swap out parts to change the seating, add more cargo space, or even alter the shape of the plane depending on the mission.

[00:25:41]This means one aircraft can handle many different tasks instead of needing separate planes for each job. Node Air's modular technology has already been successful in ground vehicles and boats.

[00:25:54]Now they're bringing that smart design to aviation. This partnership aims to make flying more adaptable and affordable by reducing the costs of maintaining multiple specialized aircraft.

[00:26:07]Day Solar is a French company breaking new ground with solarp powered airship.

[00:26:12]Their mission is to create a clean, green way to travel with zero carbon emissions. These airships are covered in large solar panels that soak up sunlight during the day, powering electric motors and charging batteries for night flights. Running entirely on solar energy, Day Solar's airship produce no pollution, making them a super eco-friendly option for travel. Their smart design and solar power allow them to stay in the air for long periods, perfect for long-d distanceance journeys.

[00:26:43]This exciting technology could transform the future of sustainable air travel and help protect our planet.

[00:26:52]Yining prototype plane. The future of supersonic travel.

[00:26:57]The Yaning prototype developed by Chinese company Space Transportation is a supersonic aircraft designed to fly at speeds up to Mach 4, twice the speed of the retired Concord.

[00:27:08]After a successful test flight in October 2024, which proved its aerodynamics, control systems, and material strength, the company plans to introduce a larger commercially ready version by 2027.

[00:27:21]The Yuning is designed for vertical takeoff and landing, which means it could change the way we travel across continents. Imagine flying from Beijing to New York in just 2 hours. This breakthrough in supersonic technology is a huge step toward making ultraast commercial air travel a reality once again.

[00:27:41]SE is a next generation airship that looks like a giant high-tech balloon, but it's so much more. Floating 60,000 ft above the Earth in the stratosphere, it can hover over one location for long periods instead of drifting like a regular balloon.

[00:27:56]This makes it perfect for delivering internet to remote places, tracking environmental changes, and monitoring natural disasters in real time. With its tough gas-tight shell and solar powered system, SE can stay in the sky day and night without needing to land.

[00:28:13]What makes it even more exciting is the strong support behind it. NASA and other major agencies are backing SAI to help bring better communication and environmental protection around the world. SAI isn't just flying, it's changing the game by combining advanced technology with sustainable energy. It's opening up new ways to connect people and protect the planet from above.

[00:28:43]Gakove. The Gak Gove isn't just another flying car. It's something truly different. This futuristic vehicle can actually split in two. The bottom half looks like a compact city car, while the top half transforms into a large drone.

[00:28:58]It sounds like something out of a movie, but it's real. If all goes according to plan, the Gove could be picking people up and flying over cities by 2027.

[00:29:08]It has already received commercial flight approval in China and the company plans to use it to connect major cities in a faster, more efficient way. The Gove runs on fully electric power and has a flight range of around 200 km with a cruising speed of 80 kmh.

[00:29:24]One of its biggest advantages is its vertical takeoff and landing capability, which means it doesn't need a runway.

[00:29:30]It's built to handle tight city spaces and make flying as easy as driving. The Gove is all about turning everyday travel into something smarter and more flexible. So, what do you think? Would you hop in the Gove for a quick flight across town, or would you rather go with something like the Switchblade? Let us know what you'd choose.

[00:29:55]Zapata Flyboard Air. Frankie Zapata, a former jet ski champion and inventor from France, turned the dream of personal flight into reality with his amazing creation, the Flyboard Air.

[00:30:07]Built by his company, Zapata Racing, this jet powered hoverboard lets you fly like never before. Powered by gas turbines, the Flyboard Air can climb as high as 3,000 m, 9,800 ft, and reach speeds of up to 150 kmh, 93 mph. It can fly for about 10 minutes and carry a weight of up to 102 kg, 225 lb.

[00:30:32]This futuristic flying machine isn't just fast and powerful. It's also designed to be safe, lightweight, easy to control, and super maneuverable. Many call it the most advanced personal flying device ever made, bringing us one step closer to real life jetacks.

[00:30:52]The Verylift airship is a futuristic flying machine that could totally change the way we transport goods and people.

[00:31:00]Its most exciting feature is the use of variable buoyancy units, which allow it to go up or down without needing engines. That means it can lift off and land straight up, no runway required, and it can hover in one spot without burning any fuel.

[00:31:15]This airship is still in development, but it holds huge potential. It could be used for moving cargo, search and rescue, or even surveillance, all while being more eco-friendly than airplanes or trucks. Because it doesn't rely on traditional engines for lift, it offers a cleaner, quieter, and more efficient way to fly.

[00:31:34]The Varift airship could be the future of air travel, especially for areas without airports or where sustainable transport is needed.