Thingiverse
Boxing bar
by franmega
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This project is a rotating device designed to practice boxing slips.
It consists of several 3D-printed PLA parts:
-Base
Dimensions: 90 mm in diameter and 90 mm in height.
The rotating piece is mounted on top of it.
The sturdier and heavier the supporting pole, the less the whole structure wobbles.
-Rotating piece (recommended version with two holes)
Dimensions: 70 mm in diameter and 70 mm in height.
It rotates on the base through a screw connection.
It has two sockets with an inner diameter of 21.50 mm and a depth of 10 mm, designed to fit wooden broom handles. These handles act as the rotating arms for training.
-Upper piece (with a single hole at the base)
Same socket dimensions as the rotating piece (21.50 mm diameter × 10 mm depth).
A broom handle can be screwed into this socket to act as the vertical support pole, holding the entire structure upright.
When assembled, the device functions as a rotor with wooden arms that spin freely, allowing the user to practice boxin
It consists of several 3D-printed PLA parts:
-Base
Dimensions: 90 mm in diameter and 90 mm in height.
The rotating piece is mounted on top of it.
The sturdier and heavier the supporting pole, the less the whole structure wobbles.
-Rotating piece (recommended version with two holes)
Dimensions: 70 mm in diameter and 70 mm in height.
It rotates on the base through a screw connection.
It has two sockets with an inner diameter of 21.50 mm and a depth of 10 mm, designed to fit wooden broom handles. These handles act as the rotating arms for training.
-Upper piece (with a single hole at the base)
Same socket dimensions as the rotating piece (21.50 mm diameter × 10 mm depth).
A broom handle can be screwed into this socket to act as the vertical support pole, holding the entire structure upright.
When assembled, the device functions as a rotor with wooden arms that spin freely, allowing the user to practice boxin
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