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Can a Strap Move a Parking Lot Stone Barrier !

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A Little Wisdom Helps You Become Smarter !
In the video, a woman uses a wide strap to pull an unanchored stone boulder barricade placed in a yellow-lined parking spot. Her goal is to move the boulder away to park her car in the space. The boulder sits freely on the ground without any fixed attachments like bolts or concrete, making it a removable barrier typically used for temporary parking control.
Is this method feasible? Short-distance movement is possible for lighter, unanchored boulders (usually 50–100 kg, 30–40 cm in diameter), especially on smooth surfaces like tiles or epoxy floors where friction is lower. A 100 kg boulder on such ground might require around 30–50 kg of pulling force—manageable for someone using proper technique, like leaning back to use body weight for leverage. However, on rough asphalt or concrete, friction increases, needing 60–80 kg of force, which is harder for one person. Heavier boulders (over 150 kg) are nearly impossible to move this way without tools.
Important notes: Always check if the boulder is fixed to the ground first—many barriers in public areas are anchored and cannot be moved safely by hand. Moving unanchored ones risks injury if the boulder slips or tilts, and it may violate parking or property rules. This video shows a practical attempt to solve a common problem, but safety and compliance should always come first.
In the video, a woman uses a wide strap to pull an unanchored stone boulder barricade placed in a yellow-lined parking spot. Her goal is to move the boulder away to park her car in the space. The boulder sits freely on the ground without any fixed attachments like bolts or concrete, making it a removable barrier typically used for temporary parking control.
Is this method feasible? Short-distance movement is possible for lighter, unanchored boulders (usually 50–100 kg, 30–40 cm in diameter), especially on smooth surfaces like tiles or epoxy floors where friction is lower. A 100 kg boulder on such ground might require around 30–50 kg of pulling force—manageable for someone using proper technique, like leaning back to use body weight for leverage. However, on rough asphalt or concrete, friction increases, needing 60–80 kg of force, which is harder for one person. Heavier boulders (over 150 kg) are nearly impossible to move this way without tools.
Important notes: Always check if the boulder is fixed to the ground first—many barriers in public areas are anchored and cannot be moved safely by hand. Moving unanchored ones risks injury if the boulder slips or tilts, and it may violate parking or property rules. This video shows a practical attempt to solve a common problem, but safety and compliance should always come first.
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