Photo credits: Tohoku Gakuin University

Ballip Research Robot Tohoku Gakuin University




PAYMENT & SECURITY

DESCRIPTION

The Ballip robot is designed by Dr. Masaaki Kumagai, director of the Robotics Development Laboratory at Tohoku Gakuin University in Japan, and one of his students Takaya Ochiai.


This robot, in addition to balancing perfectly on a ball, is capable of holding loads of up to 10 kg, such as a concrete block.



It has several operating modes:



  • Pure equilibrium: All external constraints are countered, and it tends to return to its initial position while remaining in equilibrium.
  • Navigation: Using a remote control, it is possible to steer it.
  • Le Exemplary autonomous: he accepts constraints to follow a direction while maintaining balance.

3 robots with balls for bases, one with two legs and one with wheels.

The “autonomous tracking” mode is very interesting because this robot becomes an aid for moving bulky objects while maintaining its balance.

TECHNICAL SPECIFICATIONS

Colours: White, Blue, Grey

Number of axes: 3

Sensors: accelerometer, Gyroscope, Attitude sensors

Payload (kg): 10

Depth (mm): 260

Navigation type: Travel autonomy

Condition / Production: In development

Width (mm): 260

Height (mm): 650

Last Page Update: 14/09/2023

Weight (kg): 12\.5

Max speed (km/h): 3.6

Engines & Transmissions: 3x omnidirectional wheels directly coupled to 3x stepper motors.

Photo credit : Tohoku Gakuin University

Batteries (V / mAh): 3x 7V 2mAh nickel-metal hydride batteries

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