Media Summary: See also: Yusuke Sugahara, Guangcan Chen, Nanato Atsumi, Daisuke Matsuura, Yukio Takeda, Ryo Mizutani and Ryuta ... In this video you can see our third prototype: A redundant, Time-optimal trajectory scaling of a laboratory-developed cable-driven parallel robot

Tksc78 A Suspended Cable Driven - Detailed Analysis & Overview

See also: Yusuke Sugahara, Guangcan Chen, Nanato Atsumi, Daisuke Matsuura, Yukio Takeda, Ryo Mizutani and Ryuta ... In this video you can see our third prototype: A redundant, Time-optimal trajectory scaling of a laboratory-developed cable-driven parallel robot This is the second prototype of the project RopeBot. The main control loop is implemented in C++ and runs on a Raspberry Pi 3B. A video showing the relationship between the available wrench set of a flying Reconfigurable Cable Driven Parallel Robot Test 1

Video companion (1/2) of the paper: "Design, Control, and Experiments of a Low-Cost Open-Source Planar

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TKSC78: A Suspended Cable-Driven Parallel Robot for Human-Cooperative Object Transportation
TKSC78: Workspace departure prevention
Suspended Cable-Driven Robot Force Mode
RopeBot - Prototype 3: A simple redundant cable-driven robot with all degrees of freedom
Time-optimal trajectory scaling of a laboratory-developed cable-driven parallel robot
RopeBot - Prototype 2: A cable-driven robot with 3 degrees of freedom
Wrench Analysis Experiments of a Cable-Suspended Parallel Robot Actuated by Quadrotor AUVs
Reconfigurable Cable Driven Parallel Robot Test 1
Cable Driven Robot Art Bricks
Cable driven ROBOT
KNTU - ARAS Lab - RoboCab: Parallel Cable Driven Robot
Suspended Manipulator for farming applications
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TKSC78: A Suspended Cable-Driven Parallel Robot for Human-Cooperative Object Transportation

TKSC78: A Suspended Cable-Driven Parallel Robot for Human-Cooperative Object Transportation

See also: Yusuke Sugahara, Guangcan Chen, Nanato Atsumi, Daisuke Matsuura, Yukio Takeda, Ryo Mizutani and Ryuta ...

TKSC78: Workspace departure prevention

TKSC78: Workspace departure prevention

A

Suspended Cable-Driven Robot Force Mode

Suspended Cable-Driven Robot Force Mode

Suspended Cable-Driven Robot Force Mode

RopeBot - Prototype 3: A simple redundant cable-driven robot with all degrees of freedom

RopeBot - Prototype 3: A simple redundant cable-driven robot with all degrees of freedom

In this video you can see our third prototype: A redundant,

Time-optimal trajectory scaling of a laboratory-developed cable-driven parallel robot

Time-optimal trajectory scaling of a laboratory-developed cable-driven parallel robot

Time-optimal trajectory scaling of a laboratory-developed cable-driven parallel robot

RopeBot - Prototype 2: A cable-driven robot with 3 degrees of freedom

RopeBot - Prototype 2: A cable-driven robot with 3 degrees of freedom

This is the second prototype of the project RopeBot. The main control loop is implemented in C++ and runs on a Raspberry Pi 3B.

Wrench Analysis Experiments of a Cable-Suspended Parallel Robot Actuated by Quadrotor AUVs

Wrench Analysis Experiments of a Cable-Suspended Parallel Robot Actuated by Quadrotor AUVs

A video showing the relationship between the available wrench set of a flying

Reconfigurable Cable Driven Parallel Robot Test 1

Reconfigurable Cable Driven Parallel Robot Test 1

Reconfigurable Cable Driven Parallel Robot Test 1

Cable Driven Robot Art Bricks

Cable Driven Robot Art Bricks

Cable Driven Robot Art Bricks

Cable driven ROBOT

Cable driven ROBOT

Cable driven ROBOT

KNTU - ARAS Lab - RoboCab: Parallel Cable Driven Robot

KNTU - ARAS Lab - RoboCab: Parallel Cable Driven Robot

This is the trailer of our parallel

Suspended Manipulator for farming applications

Suspended Manipulator for farming applications

This

Open-Source Planar Cable-Driven Parallel Robot: Interpolated Trajectory

Open-Source Planar Cable-Driven Parallel Robot: Interpolated Trajectory

Video companion (1/2) of the paper: "Design, Control, and Experiments of a Low-Cost Open-Source Planar