@5.0reaux: 🖤🐺#S650 #mustang#s550 #mustanggt #fyp @byro ✞

reaux ✞

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Monday 14 September 2026 21:17:17 GMT

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Comments

Dark911 :

The s650 really growing on meee

2026-09-14 22:45:59

11

mikey. :

What wheels u got?

2026-09-17 19:35:21

2

￴ ￴ ￴ ￴ ￴ ￴ ￴ ￴ ￴￴ ￴ ￴ ￴ ￴ :

how much hp u running

2026-09-15 22:22:42

0

nevinechh :

2026-09-16 15:11:19

1

byro ✞ :

2026-09-14 21:19:00

4

Rxaa :

How much 😬

2026-09-17 02:27:22

1

Vj20X :

So peak

2026-09-15 02:21:41

1

Olger leon :

2026-09-14 23:35:17

3

Shorty :

🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥

2026-09-17 19:52:24

0

pewpew5.0 :

2026-09-17 14:01:16

0

⚓️⚓️SAILOR⚓️⚓️ :

❤️

2026-09-14 21:24:38

0

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Other Videos

A robot dog this size turns every step into a full-body balance problem. This massive quadruped moves across the platform of a truck while carrying a wide, heavy frame above four oversized robotic legs. The scale changes everything. A smaller robot dog can correct a bad step with limited momentum. A machine this large has far more mass moving through its hips, knees and feet. When one leg lifts, the other three must support the entire structure while keeping the body level and away from the edge of the platform. ➝ Wide stance increases lateral stability ➝ Large leg actuators support the heavy chassis ➝ Four contact points distribute the machine’s weight ➝ Slow foot placement reduces sudden balance errors ➝ Independent joints adjust the body after every step ➝ Low body movement helps keep the center of mass controlled Watch how the frame shifts before each foot leaves the surface. The robot must transfer its weight onto the supporting legs, move one foot forward, confirm stable contact and only then begin the next step. A small positioning error could tilt the entire machine because the upper structure creates significant leverage over the legs. The truck platform makes the demonstration harder. The available walking area is narrow. The robot cannot make unlimited sideways corrections and the elevated surface leaves little room for a failed step. Each foot must land inside a limited area while the body remains centered between all four legs. The oversized joints are one of the most visible parts of the machine. These actuators must generate enough torque to raise the legs, support the chassis and resist the forces created when a foot touches the platform. This type of quadruped hardware requires coordination between: • Hip rotation • Knee movement • Foot placement • Body orientation • Load distribution • Joint torque control • Contact detection • Balance correction A quadruped does not simply move four legs in sequence. Its control system must decide which legs can move without reducing the support area too far. It must monitor the body angle and correct any roll, pitch or unwanted rotation while the machine continues forward. Large quadruped robots could eventually be studied for heavy equipment transport, industrial inspection, emergency response and operation in environments that are unsafe for people. This video alone does not prove those capabilities. It also does not confirm autonomous navigation. There is no verified autonomy claim here. The machine may be teleoperated, assisted or following a predefined movement sequence. What the footage clearly shows is a large physical robot coordinating four powerful legs while moving across a restricted platform. No cinematic edit can hide the engineering challenge. The frame is heavy. The platform is narrow. The joints are carrying real load. Every step has to remain controlled. This is not a small robot dog scaled up for appearance. Increasing the size changes the torque requirements, impact forces, structural stress and recovery difficulty. The bigger the robot becomes, the more expensive every balance mistake becomes. Would you trust this giant quadruped to carry equipment through a construction site or disaster zone? #Robotics #RobotDog #QuadrupedRobot #PhysicalAI #QuadrupedRobotics

A robot dog this size turns every step into a full-body balance problem. This massive quadruped moves across the platform of a truck while carrying a wide, heavy frame above four oversized robotic legs. The scale changes everything. A smaller robot dog can correct a bad step with limited momentum. A machine this large has far more mass moving through its hips, knees and feet. When one leg lifts, the other three must support the entire structure while keeping the body level and away from the edge of the platform. ➝ Wide stance increases lateral stability ➝ Large leg actuators support the heavy chassis ➝ Four contact points distribute the machine’s weight ➝ Slow foot placement reduces sudden balance errors ➝ Independent joints adjust the body after every step ➝ Low body movement helps keep the center of mass controlled Watch how the frame shifts before each foot leaves the surface. The robot must transfer its weight onto the supporting legs, move one foot forward, confirm stable contact and only then begin the next step. A small positioning error could tilt the entire machine because the upper structure creates significant leverage over the legs. The truck platform makes the demonstration harder. The available walking area is narrow. The robot cannot make unlimited sideways corrections and the elevated surface leaves little room for a failed step. Each foot must land inside a limited area while the body remains centered between all four legs. The oversized joints are one of the most visible parts of the machine. These actuators must generate enough torque to raise the legs, support the chassis and resist the forces created when a foot touches the platform. This type of quadruped hardware requires coordination between: • Hip rotation • Knee movement • Foot placement • Body orientation • Load distribution • Joint torque control • Contact detection • Balance correction A quadruped does not simply move four legs in sequence. Its control system must decide which legs can move without reducing the support area too far. It must monitor the body angle and correct any roll, pitch or unwanted rotation while the machine continues forward. Large quadruped robots could eventually be studied for heavy equipment transport, industrial inspection, emergency response and operation in environments that are unsafe for people. This video alone does not prove those capabilities. It also does not confirm autonomous navigation. There is no verified autonomy claim here. The machine may be teleoperated, assisted or following a predefined movement sequence. What the footage clearly shows is a large physical robot coordinating four powerful legs while moving across a restricted platform. No cinematic edit can hide the engineering challenge. The frame is heavy. The platform is narrow. The joints are carrying real load. Every step has to remain controlled. This is not a small robot dog scaled up for appearance. Increasing the size changes the torque requirements, impact forces, structural stress and recovery difficulty. The bigger the robot becomes, the more expensive every balance mistake becomes. Would you trust this giant quadruped to carry equipment through a construction site or disaster zone? #Robotics #RobotDog #QuadrupedRobot #PhysicalAI #QuadrupedRobotics

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