Eddy | Hunter | Fisher

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[Green Zone 33 @MKH1AI1]

What If Your Plane Cabin Could Land Without the Wings? 🤯✈️

[Eddy | Hunter | Fisher @memeP1anet]

@MKH1AI1 it would be cool to train there.

[Green Zone 33 @MKH1AI1]

The Gym That Floats on the Ocean? 🚢💪

Imagine a luxury fitness yacht designed for workouts on the open ocean. This futuristic concept combines panoramic glass walls, breathtaking sea views, cardio machines, strength equipment, and premium amenities to create a unique experience where travel and fitness come together.

While this floating gym yacht exists only as a concept, it raises an interesting question: would you trade a traditional gym for a workout with an endless ocean view?🤔

[Green Zone 33 @MKH1AI1]

Ever wondered what’s hidden inside a ship’s massive anchor system? ⚓🚢

That giant anchor is just the beginning. Deep inside the ship’s hull, a powerful mechanism of heavy chains, storage compartments, and massive machinery works together to lower, control, and safely secure the anchor.
Watch as the ship turns transparent and reveals the incredible engineering hidden behind one of the most essential systems on any vessel.

[Arcfunmi @Arcfunmi]

Coastal engineering in miniature form. Incredible.

[Green Zone 33 @MKH1AI1]

This Drone Looks Still… 👀But It’s Flying at 100 km/h. How?🤔

[Green Zone 33 @MKH1AI1]

Could This V-Shaped Plane Change Air Travel?
🚀
Meet the Flying-V, an experimental aircraft concept developed by Delft University of Technology with support from KLM. Instead of a traditional fuselage, the cabin, cargo, and fuel tanks are integrated into a V-shaped wing. Computer studies suggest the design could reduce fuel consumption by about 20% compared with today's most efficient long-haul aircraft, but it has not yet been built as a full-size passenger airplane.🤓

[Eddy | Hunter | Fisher @memeP1anet]

@MKH1AI1 wonderful and sad news😑

[Green Zone 33 @MKH1AI1]

Why Did They Put Jet Engines on a Train?🚀

In 1966, the New York Central Railroad tested an unusual idea: mounting two surplus jet engines on a self-propelled railcar. Known as the M-497 "Black Beetle," the experiment reached 183.68 mph (295.6 km/h) and demonstrated the potential for high-speed rail on conventional tracks.😱

[Green Zone 33 @MKH1AI1]

The Airliner That Replaced Wings with a Giant Ring✈️

Meet the Lockheed Ring Wing, a conceptual aircraft studied by Lockheed engineers in the 1980s. Instead of conventional wings, it featured a closed-loop "ring wing" designed to reduce wingtip vortices, lower drag, and improve aerodynamic efficiency. Although it was never built, the concept remains one of aviation's most unusual designs.🤯

[Eddy | Hunter | Fisher @memeP1anet]

@MKH1AI1 I need to go there.101%

[Eddy | Hunter | Fisher @memeP1anet]

I need to go there.

[Green Zone 33 @MKH1AI1]

Would You Swim 35 Meters Above the Ground?
🤯
Meet London's Sky Pool, the world's first fully transparent swimming pool suspended between two residential buildings. Stretching 25 meters (82 feet) and holding nearly 148 tonnes of water, it's built from massive acrylic panels strong enough to support the load while flexing slightly as the buildings naturally move in the wind. Looking straight down through the crystal-clear floor is an experience few pools can match.

[Eddy | Hunter | Fisher @memeP1anet]

❤️

[Eddy | Hunter | Fisher @memeP1anet]

👍🏻🙌🏼

[Green Zone 33 @MKH1AI1]

At 50 km/h, Air Becomes Your Biggest Enemy 💨

Once a cyclist reaches around 40–50 km/h (25–31 mph), air resistance becomes the biggest obstacle, accounting for roughly 80–90% of the effort required to keep moving. That's why professional riders obsess over every detail—from aerodynamic helmets and skinsuits to deep-section wheels and an ultra-low riding position.

In elite time trials, cyclists often average 45–55 km/h (28–34 mph) over long distances, while top speeds on fast sections can exceed 70 km/h (43 mph). Small aerodynamic improvements can save 30–60 watts, which is often enough to gain precious seconds and decide the outcome of a race.

[Green Zone 33 @MKH1AI1]

At 50 km/h, Air Becomes Your Biggest Enemy 💨

Once a cyclist reaches around 40–50 km/h (25–31 mph), air resistance becomes the biggest obstacle, accounting for roughly 80–90% of the effort required to keep moving. That's why professional riders obsess over every detail—from aerodynamic helmets and skinsuits to deep-section wheels and an ultra-low riding position.

In elite time trials, cyclists often average 45–55 km/h (28–34 mph) over long distances, while top speeds on fast sections can exceed 70 km/h (43 mph). Small aerodynamic improvements can save 30–60 watts, which is often enough to gain precious seconds and decide the outcome of a race.

[Green Zone 33 @MKH1AI1]

🐊😱

[Green Zone 33 @MKH1AI1]

This is why men never live long ?!😰

[Green Zone 33 @MKH1AI1]

When Everyday Objects Become Art ✨

Dutch artist Toon Zwierver creates what he calls “sculptural situations” — temporary performances where everyday objects, sculpture, and his own body come together in a single, carefully balanced composition. Using ordinary materials, he builds fragile, surreal, and often humorous scenes that exist for only a fleeting moment before they disappear.

What makes his work truly fascinating is its impermanence. These sculptures are never meant to last — they survive only through photographs and videos, turning time itself into part of the artwork. In Zwierver's world, the beauty isn't just in what you see, but in knowing it existed only once. 🎭✨

[Green Zone 33 @MKH1AI1]

Flying Above the Avatar Mountains 🌄

The Zhangjiajie Grand Canyon high-altitude zipline offers an unforgettable experience — letting you soar above one of China’s most breathtaking landscapes. Suspended high above the canyon, you glide through the air with endless views of towering cliffs, deep valleys, and the legendary peaks that inspired the world of Avatar.

A ride where adrenaline meets nature’s masterpiece. Would you dare to fly above the mountains? 🪂✨

[Green Zone 33 @MKH1AI1]

Where courage meets gravity.