@rileyrems: Smoking is not good for you lol 😂 on some merlinnn shiii#sosu #merlinnn #ALLINONE @!〽️Whitemadeit🇬🇭🇰🇷🎉 @𒆜 𝐉𝐀𝐘𝐁𝐋𝐀𝐍 𒆜

𝐒𝐎𝐒𝐔 ✨

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Region: GH

Sunday 11 October 2026 13:19:38 GMT

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Comments

💫🧸Nonchalant gyal💕🥺 :

On some marlinnn ❤️‍🩹

2026-10-11 13:22:28

8

Silence 🤫 :

Sosu takes it very serious

2026-10-11 13:39:40

1

💸 𝕊ℙ𝔼ℕ𝔻𝕀ℕ𝔾 💸 :

You get the video

2026-10-11 13:33:25

4

Biggest lil kay😎😜 :

Just now biggest with this Merlinn shii😉😏

2026-10-11 14:00:15

2

αšκ ⊕ƒ αηηïε💕 :

on some merlinn shiiii

2026-10-11 13:25:48

1

🦦𝘾𝘼𝙉𝙉✭✰🇩🇪 :

Sosu✨ do u how to play football

2026-10-11 14:05:24

1

AJOWA SPONSOR :

Daddy 💕

2026-10-11 14:25:27

1

𝓓𝓪𝓽 𝓖𝓾𝓻𝓵 𝓔𝓵𝓵𝓲𝓮💕🥹 :

My favorite

2026-10-11 13:25:08

2

Ephiyah cash Lyfe 789 :

m! celeb ♥️

2026-10-11 13:33:01

1

Mz 💐🎀Ph🎈💎🎧 :

2026-10-11 13:29:40

1

GENTLE KING 👑 👑👑 :

2026-10-11 13:21:35

1

~||•Afia💍~||~Foreign√💕🧸📿💋 :

merlin shiiii

2026-10-11 14:15:14

0

Y Square🌴 :

Ma Celeb anaa😏

2026-10-11 13:37:40

0

Jazzy 🦅✨ :

ma king

2026-10-11 13:22:33

0

🎀𝑴𝒛 🦋𝑳𝒂𝒘𝒓𝒆𝒏𝒄𝒊𝒂💚 :

Sup

2026-10-11 13:26:49

0

😅HOMELESS 💔 :

Marlin boys

2026-10-11 13:32:05

0

𝑲𝑨𝒀✰ :

2026-10-11 13:38:18

1

Mz 💐🎀Ph🎈💎🎧 :

2026-10-11 13:29:14

1

✰ᗰᖇ-Øɧмιє✰🛍️ :

2026-10-11 13:24:11

0

𝘽𝙄𝙂𝙂𝙀𝙓𝙏 𝙏𝙀𝙍𝙍𝙊𝙍🍀 :

celeb

2026-10-11 13:24:17

0

𝓙𝓐𝓨 𝓥𝓨𝓑𝓩🧃🧃 :

Y watti Dey do u

2026-10-11 14:30:31

0

Maverick :

😅

2026-10-11 13:24:50

0

🧌𝙱𝙻𝙾𝙾𝙳𝚈 𝚂𝚃𝙴𝙿𝚂🧟⛄️ :

Mmerlin

2026-10-11 13:24:58

0

Phreaky🌹 :

Eyy father jxt nw no u don post it wow ❤️❤️

2026-10-11 13:25:47

0

°❈ 🎀 𝒜𝓌𝓊𝓇𝒶𝓂𝒶 🎀 ❈° :

2026-10-11 13:22:27

0

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BELLIE〰👏🏻♥ #KISSOFLIFE #키스오브라이프 #KIOF #JULIE #쥴리 #BELLE #벨 #러블키오프

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Instead of designing another traditional wheel, researchers studied the sandfish lizard (Scincus scincus), a small reptile that lives in the Sahara Desert. When danger appears, this lizard dives beneath the sand and “swims” through it by creating wave-like movements with its body. This allows it to move quickly through loose sand without relying on normal walking. Engineers at the University of Würzburg, together with researchers from the University of Bremen and the German Research Center for Artificial Intelligence (DFKI), used this natural movement as inspiration for a new Mars rover prototype. Unlike normal rover wheels that simply roll, these new wheels move in a way that mimics the sandfish’s interaction with loose sand. The motion creates both forward and sideways forces, helping the rover travel more smoothly across soft terrain. During testing, the rover even left wave-shaped tracks in the sand, showing that the swimming-inspired movement was working as intended. This matters because loose sand has been one of the biggest challenges for Mars rovers. Traditional wheels can slip, sink, or lose traction on soft ground. The research team found that making the wheels lighter and wider reduced ground pressure, improved stability, and reduced slipping during their experiments. The prototype is still being improved and is not planned for an upcoming Mars mission yet. However, the technology is part of Germany’s VaMEx (Valles Marineris Explorer) research program, which develops new technologies for exploring some of the most difficult landscapes on Mars. Sometimes the best engineering ideas don’t come from machines—they come from millions of years of evolution. Nature has already solved problems that engineers are only beginning to understand.

Instead of designing another traditional wheel, researchers studied the sandfish lizard (Scincus scincus), a small reptile that lives in the Sahara Desert. When danger appears, this lizard dives beneath the sand and “swims” through it by creating wave-like movements with its body. This allows it to move quickly through loose sand without relying on normal walking. Engineers at the University of Würzburg, together with researchers from the University of Bremen and the German Research Center for Artificial Intelligence (DFKI), used this natural movement as inspiration for a new Mars rover prototype. Unlike normal rover wheels that simply roll, these new wheels move in a way that mimics the sandfish’s interaction with loose sand. The motion creates both forward and sideways forces, helping the rover travel more smoothly across soft terrain. During testing, the rover even left wave-shaped tracks in the sand, showing that the swimming-inspired movement was working as intended. This matters because loose sand has been one of the biggest challenges for Mars rovers. Traditional wheels can slip, sink, or lose traction on soft ground. The research team found that making the wheels lighter and wider reduced ground pressure, improved stability, and reduced slipping during their experiments. The prototype is still being improved and is not planned for an upcoming Mars mission yet. However, the technology is part of Germany’s VaMEx (Valles Marineris Explorer) research program, which develops new technologies for exploring some of the most difficult landscapes on Mars. Sometimes the best engineering ideas don’t come from machines—they come from millions of years of evolution. Nature has already solved problems that engineers are only beginning to understand.

زعله مر#ستوريات #fyp #fpyシ

زعله مر#ستوريات #fyp #fpyシ

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