Video wird geladen...

Video konnte nicht geladen werden

Zur Startseite

SHAPE-SHIFTING WING COULD REWRITE FLIGHT EFFICIENCY This prototype wing isn’t fixed in place, it’s alive in the air. Its surface can twist, stretch, and adjust camber on the fly, reacting instantly to shifting aerodynamic conditions. Each micro-adjustment trims drag and boosts lift, squeezing every drop of efficiency from takeoff...

MarioNawfal's profile picture

Mario Nawfal

2,334,450 subscribers

200,283 Aufrufe • vor 10 Monaten •via X (Twitter)

Wissenschaft & Technologie
LIVE

Anya Rossi• Live Now

Private livecam show

0 Kommentare

Keine Kommentare verfügbar

Kommentare vom Original-Post werden hier angezeigt

Ähnliche Videos

🇺🇸 The U.S. Marines are closely watching the progress of the Regent Squire, a new wing in ground effect drone that recently completed its first test flight as a scale model. The Squire is designed to operate on water and in the air for missions including ISR, logistics, and combat search and rescue. It uses hydrofoils to lift off and then flies just above the surface for better efficiency. Source: TWZ
1:11

🇺🇸 The U.S. Marines are closely watching the progress of the Regent Squire, a new wing in ground effect drone that recently completed its first test flight as a scale model. The Squire is designed to operate on water and in the air for missions including ISR, logistics, and combat search and rescue. It uses hydrofoils to lift off and then flies just above the surface for better efficiency. Source: TWZ

Mario Nawfal

37,589 Aufrufe • vor 2 Monaten

The A-10 is near the top of the list when it comes to turn radius of attack aircraft. Its large, straight wing design and slow flight speeds help it to generate high lift and fly at a high angle of attack without stalling. Perfect for rapid re-attacks on the ground.
0:22

The A-10 is near the top of the list when it comes to turn radius of attack aircraft. Its large, straight wing design and slow flight speeds help it to generate high lift and fly at a high angle of attack without stalling. Perfect for rapid re-attacks on the ground.

A-10 Thunderbolt II "Warthog"

12,420 Aufrufe • vor 1 Monat

A mobile robot that can fly! 🐝 DoubleBee is a new robot developed at Nanyang Technological University Singapore that can both fly and move on the ground, using two tilting propellers and two wheels. In the air, it flies efficiently like a bicopter, and on the ground, it balances like a two-wheeled robot, saving energy. On the ground, the propellers help control its balance while the wheels handle movement, making control easier. The robot is built with off-the-shelf parts and tested in real-world experiments to prove its efficiency and performance. DoubleBee can navigate tough environments, fly over obstacles, crawl under barriers, and climb rough slopes.
1:36

A mobile robot that can fly! 🐝 DoubleBee is a new robot developed at Nanyang Technological University Singapore that can both fly and move on the ground, using two tilting propellers and two wheels. In the air, it flies efficiently like a bicopter, and on the ground, it balances like a two-wheeled robot, saving energy. On the ground, the propellers help control its balance while the wheels handle movement, making control easier. The robot is built with off-the-shelf parts and tested in real-world experiments to prove its efficiency and performance. DoubleBee can navigate tough environments, fly over obstacles, crawl under barriers, and climb rough slopes.

Lukas Ziegler

17,259 Aufrufe • vor 1 Jahr

NEXT-GEN DRONE TECH JUST GOT REAL - AND IT FLIES LIKE A TRANSFORMER A new drone called Transwing folds its wings midair - lifting off like a helicopter, soaring like a plane, and making traditional runways look prehistoric. This isn’t sci-fi. It’s a blueprint for drones that can launch from almost anywhere and cover serious ground with high efficiency. No runway? No problem. Vertical lift, winged flight, and real range. It’s not just a tech flex - it could reshape how we deliver packages, respond to disasters, and move through the world faster, safer, and smarter. Source: Innovative_tech
0:24

NEXT-GEN DRONE TECH JUST GOT REAL - AND IT FLIES LIKE A TRANSFORMER A new drone called Transwing folds its wings midair - lifting off like a helicopter, soaring like a plane, and making traditional runways look prehistoric. This isn’t sci-fi. It’s a blueprint for drones that can launch from almost anywhere and cover serious ground with high efficiency. No runway? No problem. Vertical lift, winged flight, and real range. It’s not just a tech flex - it could reshape how we deliver packages, respond to disasters, and move through the world faster, safer, and smarter. Source: Innovative_tech

Mario Nawfal

140,237 Aufrufe • vor 11 Monaten

🇺🇸 THIS FLYING ROBOT TRANSFORMS MID-AIR LIKE IT’S AUDITIONING FOR AUTOBOTS Scientists at Caltech built a shape-shifting robot that can fly like a drone, then switch midair to roll on the ground like it’s no big deal. It’s called ATMO and it pulls off this stunt using just one motor and some seriously smart code. The real flex? It can transform without crashing or flopping like a busted toy, even when airflow gets messy near the ground. Source: Caltech, Interesting Engineering
1:19

🇺🇸 THIS FLYING ROBOT TRANSFORMS MID-AIR LIKE IT’S AUDITIONING FOR AUTOBOTS Scientists at Caltech built a shape-shifting robot that can fly like a drone, then switch midair to roll on the ground like it’s no big deal. It’s called ATMO and it pulls off this stunt using just one motor and some seriously smart code. The real flex? It can transform without crashing or flopping like a busted toy, even when airflow gets messy near the ground. Source: Caltech, Interesting Engineering

Mario Nawfal

30,253 Aufrufe • vor 1 Jahr

Meet the ALT-2 - The Aircraft That's Redefining Experimental Aviation! The ALT-2 isn't your typical airplane - it's a cutting-edge experimental aircraft designed to test new aerodynamic concepts and lightweight materials. Built for high efficiency and agility, the ALT-2 explores how smaller airframes can achieve maximum lift with minimum drag, all while pushing the limits of what's possible in general aviation. Key Features: Ultra-light composite structure Advanced aerodynamic wing design for extreme stability Experimental propulsion system focused on energy efficiency The goal? To create a new generation of eco-friendly, high-performance aircraft - blending innovation, sustainability, and raw flight performance.
1:03

Meet the ALT-2 - The Aircraft That's Redefining Experimental Aviation! The ALT-2 isn't your typical airplane - it's a cutting-edge experimental aircraft designed to test new aerodynamic concepts and lightweight materials. Built for high efficiency and agility, the ALT-2 explores how smaller airframes can achieve maximum lift with minimum drag, all while pushing the limits of what's possible in general aviation. Key Features: Ultra-light composite structure Advanced aerodynamic wing design for extreme stability Experimental propulsion system focused on energy efficiency The goal? To create a new generation of eco-friendly, high-performance aircraft - blending innovation, sustainability, and raw flight performance.

Mechanical Knowledge

104,365 Aufrufe • vor 2 Monaten

This prototype of a wing that has undergone a change in form enhances the dynamics of flight in real-time and decreases the amount of fuel needed. Credit: German Aerospace Center (DLR)
0:35

This prototype of a wing that has undergone a change in form enhances the dynamics of flight in real-time and decreases the amount of fuel needed. Credit: German Aerospace Center (DLR)

Tech Burrito

276,893 Aufrufe • vor 3 Jahren

This is Delta, a deformable multirotor robot developed by scientists at the University of Tokyo that can both fly and roll using its flexible body design. It uses a thrust control system to move efficiently in the air and on the ground, allowing it to adapt to different environments. This capability makes it useful for tasks like disaster response and long-duration operations, introduced in 2024.
0:26

This is Delta, a deformable multirotor robot developed by scientists at the University of Tokyo that can both fly and roll using its flexible body design. It uses a thrust control system to move efficiently in the air and on the ground, allowing it to adapt to different environments. This capability makes it useful for tasks like disaster response and long-duration operations, introduced in 2024.

Space and Technology

26,325 Aufrufe • vor 2 Monaten

The ultimate Engineering flex is making almost any shape fly.😁 AUREOLE - PVRA TriDisc is our experimental drone concept that replaces spinning propellers with Perimetric Vectoring Ring Arrays (PVRA). We place micro-nozzle belts around tri-lobed ring. These tiny jets push air to generate lift, lateral motion, and rotational control for the craft. This scene is a proof-of-concept rigid body dynamics demo rather than a full CFD. We juste wanted to see if the shape can fly. But everything is still grounded in the language of flight...control systems, aerodynamics, physics and mathematics.
1:00

The ultimate Engineering flex is making almost any shape fly.😁 AUREOLE - PVRA TriDisc is our experimental drone concept that replaces spinning propellers with Perimetric Vectoring Ring Arrays (PVRA). We place micro-nozzle belts around tri-lobed ring. These tiny jets push air to generate lift, lateral motion, and rotational control for the craft. This scene is a proof-of-concept rigid body dynamics demo rather than a full CFD. We juste wanted to see if the shape can fly. But everything is still grounded in the language of flight...control systems, aerodynamics, physics and mathematics.

Mathelirium

44,691 Aufrufe • vor 3 Monaten

We just completed a successful flight for our tech demonstrator, Lat One v0.2. Lat Aerospace is building ultra-short takeoff and landing aircraft using blown wing technology. Think fixed-wing performance with near-helicopter access. A couple of months ago, v0.1 achieved uSTOL but crashed shortly after. That was expected. v0.2 was about completing the full mission, and it did. The blown wing concept worked in reality. Closed-loop control got validated. We'd predicted a cruise speed of 30-32 m/s and cruised comfortably at 33. No thermal issues despite a burning afternoon. The quick-detach wings held through aggressive turns. Was in the air for over 6 minutes. Smooth touchdown, and ready to fly again. But the thing that makes me the happiest isn't any of that. It's that our CFD studies, aerodynamic models, SIL simulations, and flight logs all match, almost perfectly. That's what real engineering looks like. I am so proud of our team. A long way to go, and we are getting there. LAT Aerospace Surobhi
0:45

We just completed a successful flight for our tech demonstrator, Lat One v0.2. Lat Aerospace is building ultra-short takeoff and landing aircraft using blown wing technology. Think fixed-wing performance with near-helicopter access. A couple of months ago, v0.1 achieved uSTOL but crashed shortly after. That was expected. v0.2 was about completing the full mission, and it did. The blown wing concept worked in reality. Closed-loop control got validated. We'd predicted a cruise speed of 30-32 m/s and cruised comfortably at 33. No thermal issues despite a burning afternoon. The quick-detach wings held through aggressive turns. Was in the air for over 6 minutes. Smooth touchdown, and ready to fly again. But the thing that makes me the happiest isn't any of that. It's that our CFD studies, aerodynamic models, SIL simulations, and flight logs all match, almost perfectly. That's what real engineering looks like. I am so proud of our team. A long way to go, and we are getting there. LAT Aerospace Surobhi

Deepinder Goyal

578,083 Aufrufe • vor 2 Monaten

HOW TO MAKE A BALLOON FLY First, passengers lie sideways in the basket while giant fans blow cold air to puff up the balloon. Then the pilot blasts powerful flames inside, heating the air until the deflated fabric slowly starts to rise and expand. Once it’s full of hot air, the basket flips upright, and everyone gets ready for takeoff like a giant flying elevator. That’s how a giant piece of fabric and fire teamwork together to lift humans into the sky. Source: Interesting Engineering
0:24

HOW TO MAKE A BALLOON FLY First, passengers lie sideways in the basket while giant fans blow cold air to puff up the balloon. Then the pilot blasts powerful flames inside, heating the air until the deflated fabric slowly starts to rise and expand. Once it’s full of hot air, the basket flips upright, and everyone gets ready for takeoff like a giant flying elevator. That’s how a giant piece of fabric and fire teamwork together to lift humans into the sky. Source: Interesting Engineering

Mario Nawfal

37,794 Aufrufe • vor 9 Monaten

.GregGutfeld : New York City isn’t prosperous because it’s left-wing, it’s left-wing because it’s prosperous. “93% of the vote in New York went Democrat. That is a one-party monopoly. It’s a choice therefore between the left and the looniest of left because there’s no legitimate opposition provided by a counter point against this madness… It’s not good for Republicans, but it ain’t good for Democrats either because this is gonna be around your neck in terms of an albatross… Young liberal voters are never up to speed on consequences and incentives. New York City isn’t prosperous because it’s left-wing, it’s left-wing because it’s prosperous.”
2:59

.GregGutfeld : New York City isn’t prosperous because it’s left-wing, it’s left-wing because it’s prosperous. “93% of the vote in New York went Democrat. That is a one-party monopoly. It’s a choice therefore between the left and the looniest of left because there’s no legitimate opposition provided by a counter point against this madness… It’s not good for Republicans, but it ain’t good for Democrats either because this is gonna be around your neck in terms of an albatross… Young liberal voters are never up to speed on consequences and incentives. New York City isn’t prosperous because it’s left-wing, it’s left-wing because it’s prosperous.”

The Five

163,832 Aufrufe • vor 7 Monaten

Flywing has developed the X-WING, a compact VTOL FPV aircraft that combines vertical takeoff with fast fixed-wing flight. It can take off vertically, hover, and switch to forward flight with a single command for smooth and stable performance. With long flight time and a foldable design, it blends the advantages of both drones and airplanes.
0:31

Flywing has developed the X-WING, a compact VTOL FPV aircraft that combines vertical takeoff with fast fixed-wing flight. It can take off vertically, hover, and switch to forward flight with a single command for smooth and stable performance. With long flight time and a foldable design, it blends the advantages of both drones and airplanes.

Space and Technology

275,308 Aufrufe • vor 1 Monat

The Nemeth Parasol was a 1934 prototype with a 15-ft circular wing, reaching 135 mph and offering stall-proof STOL performance. Nicknamed the "Flying Umbrella," it could land in backyards and you could learn to fly in 30 minutes.👀
0:35

The Nemeth Parasol was a 1934 prototype with a 15-ft circular wing, reaching 135 mph and offering stall-proof STOL performance. Nicknamed the "Flying Umbrella," it could land in backyards and you could learn to fly in 30 minutes.👀

Aviation Archive - Tim Farmer

230,460 Aufrufe • vor 4 Monaten

Right-wing Israeli groups are planning to sacrifice a red cow in the hope of fulfilling a Jewish prophecy, which could strengthen calls for the demolition of Al Aqsa Mosque and the building of a Third Temple in its place. But could this trigger a world war?
2:53

Right-wing Israeli groups are planning to sacrifice a red cow in the hope of fulfilling a Jewish prophecy, which could strengthen calls for the demolition of Al Aqsa Mosque and the building of a Third Temple in its place. But could this trigger a world war?

TRT World

403,746 Aufrufe • vor 2 Jahren

Energy efficient morphing drones inspired by birds. A new control system for avian-inspired drones developed at EPFL is taking adaptive flight to the next level. Designed with morphing wings and tails, these drones offer exceptional agility and energy efficiency, mimicking the dynamics of bird flight. The system leverages all available actuators to maintain stability—even in turbulent air or with partial system failures—making it incredibly resilient. Using in-flight optimization, the drones improve energy efficiency by up to 11.5% at speeds of 8, 10, and 12 m/s. This tech could reshape autonomous drone operations, from navigating diverse wind conditions to maximizing energy conservation.
1:04

Energy efficient morphing drones inspired by birds. A new control system for avian-inspired drones developed at EPFL is taking adaptive flight to the next level. Designed with morphing wings and tails, these drones offer exceptional agility and energy efficiency, mimicking the dynamics of bird flight. The system leverages all available actuators to maintain stability—even in turbulent air or with partial system failures—making it incredibly resilient. Using in-flight optimization, the drones improve energy efficiency by up to 11.5% at speeds of 8, 10, and 12 m/s. This tech could reshape autonomous drone operations, from navigating diverse wind conditions to maximizing energy conservation.

Circuit

25,671 Aufrufe • vor 1 Jahr

Maybe Department of Government Efficiency and Elon Musk can reroute all the social security money going to dead people over to #memecoins. Base is the place. Do good, feel good.
0:53

Maybe Department of Government Efficiency and Elon Musk can reroute all the social security money going to dead people over to #memecoins. Base is the place. Do good, feel good.

Peezy 🟦

76,017 Aufrufe • vor 1 Jahr