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Cart Robot Product List and Ranking from 4 Manufacturers, Suppliers and Companies

Cart Robot Product List

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4-Wheel ROS-Compatible Cart Robot 4WDS Rover Ver2.1

4-Wheel ROS-Compatible Cart Robot 4WDS Rover Ver2.1

Research and development cart robot / AGV - 4-wheel independent steering drive type, ROS compatible cart robot.

*The product image shows the state with the full surround bumper option attached.* The 4WDS Rover Ver2.1 is a mobile cart robot equipped with independently driven wheels on all four corners, allowing for smooth movement in all directions by steering each wheel. It can be utilized for a wide range of applications, including as a base robot for research and development, as well as for transport carts. This time, we have updated from the already released 4WDS Rover Ver2.0 to Ver2.1, incorporating user feedback and further improving reliability. It maintains the advantages of existing products, such as ROS compatibility and a variety of options, while achieving an even better and more stable user experience. **Features** - Accurate omnidirectional movement and high load capacity with independently driven wheels - Control via wired/wireless connection - Control through ROS message communication - Programmable with Arduino IDE - Easy operation with a dedicated wireless controller **Changes from 4WDS Rover Ver2.0** - Addition of current control circuit - Improved noise performance of communication path *For more details, please refer to the PDF document or feel free to contact us.*

  • Other industrial robots
  • Trolley
  • Other conveying machines

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Cart robot JetBot Mega with a load capacity of approximately 40kg.

Cart robot JetBot Mega with a load capacity of approximately 40kg.

[Research and Development Cart Robot / AGV] It is a two-wheeled drive cart robot that applies the JetBot project proposed by NVIDIA.

JetBot Mega is a two-wheeled drive cart robot based on the research and development cart robot "Mega Rover," which has a load capacity of approximately 40kg, and applies the JetBot project proposed by NVIDIA. It can combine the chassis of the 40kg Mega Rover with the powerful GPU processing capabilities of the Jetson Nano module. With advanced processing capabilities that can handle tasks such as object recognition using deep learning, it retains the advanced nature of the JetBot project while adding the mobility and load-carrying performance of a large cart robot, which can be utilized through Jupyter Notebook, a web browser-based development and analysis tool. By using JetBot Mega, the JetBot project can be elevated from a simple learning tool to a research and development project aimed at specific applications. 【Features】 ■ Easily develop projects utilizing powerful GPUs ■ A large two-wheeled drive cart robot that supports practical development ■ Simple operation with a dedicated wireless controller *For more details, please feel free to contact us.

  • Other industrial robots
  • Trolley
  • Other conveying machines

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JetBot Mecanum equipped with Jetson Nano

JetBot Mecanum equipped with Jetson Nano

Research and development cart robot/AGV: This is a four-wheel drive cart robot based on the JetBot project proposed by NVIDIA.

Development on the Jetson Nano can be conducted using Jupyter Notebook, a web browser-based development and analysis tool. It can be utilized in a wide range of fields as a learning tool for GPU computing, as well as a base platform for research, development, and implementation that combines information processing with the driving performance of large cart robots. This product features mecanum wheels as the driving wheels. In addition to moving forward and backward and turning left and right, it is also capable of lateral movement, making it particularly well-suited for body control using object recognition. Its ability to handle delicate control, such as slight position adjustments and precise approaches to targets, is a notable characteristic. By enabling modern information processing technologies, such as object recognition using machine learning, to be output immediately to practical large cart robots rather than being confined within a computer, it serves as an effective tool for rapid research and development with implementation in mind.

  • Other industrial robots
  • Trolley
  • Other conveying machines

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ROS-compatible large cart robot Mecanum Rover G120A

ROS-compatible large cart robot Mecanum Rover G120A

[Research and Development Transport Robot / AGV] With a load capacity of approximately 120 kg, it adopts a direct drive motor, achieving further noise reduction.

The Mecanum Rover G120A is the successor to our research and development cart robot, the Mecanum Rover G120. It inherits numerous features such as an aluminum frame that makes additional processing and customization easy, compatibility with Arduino IDE for easier software development, and support for ROS1 to achieve flexible and advanced control. Despite being a super-large unit, it can be widely utilized according to various applications. By equipping four mecanum wheels, it allows for highly flexible movement that combines forward, backward, left, right, and rotation. It is particularly suitable for research and development projects that require precise position control, such as transportation and autonomous movement, and it can be expanded and customized to meet the needs of research and development purposes through a rich array of options. 【Features】 ■ Achieves a load capacity of approximately 120 kg ■ Silent structure using direct drive motors ■ Equipped with four mecanum wheels for omnidirectional movement ■ Control possible via wired or wireless connection ■ Programmable with Arduino IDE ■ Standard equipped with an emergency stop switch ■ Compatible with control via ROS1 ■ Adopts an easily expandable aluminum frame ■ Supports a variety of optional components

  • Other industrial robots
  • Trolley
  • Transport and handling robots

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Research and Development / Academic Purpose: Trolley Robot

Research and Development / Academic Purpose: Trolley Robot

Can be used outdoors; anything can be placed on top. As a robot chassis, it can be utilized for various applications such as AGV, AMR, and UGV. Autonomous driving functionality can also be added.

Our company plans to apply the technology of electric wheelchairs, which we have cultivated for about 50 years, to develop a base unit (electric mobility base unit, electric cart) that utilizes the know-how of electric wheelchairs. This base unit is intended to serve as the mobility platform for robots that can be used in various applications such as agriculture, delivery, and civil engineering assistance. It can be utilized in various applications as a robot chassis, including AGVs, AMRs, and UGVs. So far, it has been used as a base for collaborative robots, transport robots, autonomous delivery robots, snow removal robots, and agricultural robots. For example, it is possible to equip it with the autonomous driving functions developed by your company and operate it. What applications would you like to use this mobility platform for? 【Features】 ■ Independent motors for left and right rear wheels ■ Suspension in all four directions ■ Front wheel steering with power steering ■ Rust-proof, waterproof, and dust-proof ■ Low center of gravity for high driving stability ■ Capable of climbing and descending slopes of 8° with a load of 100 kg ▼ Many use cases are currently available on the special website! For more details, please refer to the PDF materials or feel free to contact us.

  • Trolley
  • Transport and handling robots
  • Other industrial robots

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Autonomous Mobile Cart Robot "DANDY AUTO-PILOT"

Autonomous Mobile Cart Robot "DANDY AUTO-PILOT"

A self-driving AGV that is strong against step differences and slopes! Since there is no need for any installation on the floor, such as magnetic tape, flexible automation of transportation is possible!

In the past, AGVs that utilized magnetic tapes faced significant challenges when layout changes occurred, as replacing the tapes became a major hassle. The 'DANDY AUTO-PILOT' requires no installation on the floor, allowing for flexible automation of transportation. The touch panel mounted on the main unit features an easy-to-understand interface, enabling free route setting, making it simple for beginners to perform automatic transport. 【Features】 ■ No need for magnetic tapes and no installation on the floor. A guide-less unmanned transport vehicle. ■ Intuitive UI design using a touch panel allows for free route setting. ■ Compared to AGVs currently in widespread use, it is a self-driving AGV that is strong against steps and inclines. ■ Adopts "ReFRO" (Haloworld Inc.) autonomous robot technology, with upgrades planned as needed. *For more details, please refer to the PDF document or feel free to contact us.

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  • Trolley

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3WD 48mm Omni Wheel Robot [Trolley Robot]

3WD 48mm Omni Wheel Robot [Trolley Robot]

[Research and Development Robot] A small cart-type robot equipped with three-wheel drive and omni-wheels using infinite rotation servos.

This product is equipped with omni-wheels, which eliminates the need for complex steering mechanism control, allowing for omnidirectional movement by simply controlling the rotation direction of each wheel. The drive for the wheels uses infinite rotation servos, which are configured with fewer pins than motors using encoders, making it easier to expand compared to other Nexus robots. 【Features】 ■ Equipped with an Arduino-compatible board and IO expansion board ■ Development environment available for free using "Arduino IDE" ■ Three ultrasonic sensors installed around the unit ■ Japanese manual available *Please feel free to contact us for more details.

  • Other industrial robots
  • Trolley
  • Other conveying machines

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ROS-Compatible Two-Wheel Drive Cart Robot Megarover Ver. 3.0

ROS-Compatible Two-Wheel Drive Cart Robot Megarover Ver. 3.0

[Research and Development Transport Robot / AGV] Achieves a load capacity of approximately 40 kg, a two-wheeled drive cart robot with a quiet structure that employs in-wheel motors.

The "Megalover Ver.3.0" is the successor to the research and development cart robot "Megalover Ver.2.1." It inherits numerous features such as a large body with a load capacity of approximately 40kg, an aluminum chassis that is easy to modify and customize, compatibility with Arduino IDE for easier software development, and support for ROS1 to achieve flexible and advanced control. Additionally, by adopting a direct drive type in-wheel motor for the drive wheels, it has achieved a significant noise reduction of about 20dB compared to the previous model. While fully meeting the advanced functionality and durability required in various automated transport and delivery scenarios, it is also suitable for applications that demand high quietness, such as those involving voice recognition. ◆ ROS 2 compatible firmware has been released! 【Features】 ■ Quiet structure using in-wheel motors ■ Two-wheeled drive cart robot with a load capacity of approximately 40kg ■ Control via wired/wireless connection is possible ■ Programmable with Arduino IDE ■ Easy to expand aluminum frame ■ Compatible with control via ROS1 and ROS2 ■ Standard equipped with an emergency stop switch, with adjustable installation position

  • Other industrial robots
  • Trolley
  • Other conveying machines

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ROS-Compatible Omnidirectional Mobile Robot Mecanum Rover Ver3.0

ROS-Compatible Omnidirectional Mobile Robot Mecanum Rover Ver3.0

Research and development transport robot/AGV: A omnidirectional moving robot featuring a quiet structure with in-wheel motors, high mobility performance, and a large payload capacity.

The Mecanum Rover Ver.3.0 is the successor to the research and development cart robot "Mecanum Rover Ver.2.1." It inherits numerous features such as a large chassis with a load capacity of approximately 40 kg, an aluminum construction that facilitates additional processing and customization, compatibility with the Arduino IDE for easier software development, and support for ROS1 to achieve flexible and advanced control. Additionally, it adopts a direct drive type in-wheel motor for the drive wheels, successfully reducing operational noise compared to previous models. ◆ ROS 2 compatible firmware has been released! 【Features】 ■ Quiet structure utilizing in-wheel motors ■ Four-wheel Mecanum wheel structure achieving a load capacity of approximately 40 kg ■ Control possible via wired/wireless connection ■ Programmable with Arduino IDE ■ Easy to expand aluminum frame ■ Standard emergency stop switch included ■ Compatible with control via ROS1 and ROS2 *For more details, please refer to the PDF document or feel free to contact us.

  • Other industrial robots
  • Trolley
  • Other conveying machines

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ROS-compatible two-wheel drive large platform robot Megarover F120A

ROS-compatible two-wheel drive large platform robot Megarover F120A

"Research and development transport robot/AGV" - a large transport robot that achieves a load capacity of 120 kg, known as the monster machine.

The Megarover F120A is the successor model to the large research and development cart robot "Megarover F120." It maintains features such as a body that achieves a load capacity of approximately 120 kg and compatibility with Arduino IDE and ROS, while adopting direct drive in-wheel motors to further enhance quiet operation compared to previous models. Users can select wheel structures and load-bearing performance tailored to various research and development projects, enabling serious development and implementation with practical applications in fields such as automated transport, autonomous control of robots, and foundational research in automation. 【Features】 ■ Achieves a load capacity of approximately 120 kg ■ Large cart robot with two-wheel drive ■ Quiet structure using direct drive motors ■ Control possible via wired/wireless connections ■ Programmable with Arduino IDE ■ Features an easily expandable aluminum frame ■ Standard equipped with an emergency stop switch ■ Compatible with control via ROS 1 and ROS 2 ■ Supports a variety of optional components *For more details, please feel free to contact us.

  • Other industrial robots
  • Trolley
  • Other conveying machines

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Large-capacity battery-equipped cart robot Mecanum Rover G40A-LB

Large-capacity battery-equipped cart robot Mecanum Rover G40A-LB

"Research and development transport robot/AGV" maintains a load capacity of approximately 40 kg while achieving about four times the operating time.

This product is a derivative model of the "Mecanum Rover Ver. 3.0" equipped with a large-capacity battery. It maintains a portable weight of approximately 40 kg while achieving about four times the operating time (based on experiments and calculations conducted in our company). It inherits excellent features such as an aluminum chassis that makes additional modifications and customizations easy, compatibility with the Arduino IDE for software development, support for ROS 1 and ROS 2 for flexible and advanced control, and a direct drive type in-wheel motor that enables quiet operation. By equipping it with a large-capacity battery, it can operate for extended periods even when carrying power-hungry expansion devices, further expanding the range of applications for the cart robot. 【Features】 - Equipped with a large-capacity Li-Fe battery to extend operating time - Four-wheel Mecanum wheel structure achieving a portable weight of approximately 40 kg - Control possible via wired/wireless connection - Programmable with Arduino IDE - Adopts an easily expandable aluminum frame - Standard equipped with an emergency stop switch - Compatible with control via ROS (ROS 1, ROS 2) - Supports a variety of optional accessories

  • Other industrial robots
  • Trolley
  • Other conveying machines

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Large-capacity battery-equipped cart robot Megarover S40A-LB

Large-capacity battery-equipped cart robot Megarover S40A-LB

[Research and Development Transport Robot / AGV] Equipped with two drive wheels mounted at the front and rear center of the body, capable of pivoting in place around the center of the body.

This is a derivative model of the already released "Megalover Ver.3.0," equipped with a battery that has approximately five times the capacity compared to previous models. Additionally, by placing two drive wheels at the front and rear center of the body, it enables pivot turns around the center of the body. This product balances stable operational performance provided by the large-capacity battery with a body structure that allows for stable and reliable turning even when carrying many devices, making it suitable for serious demonstration experiments aimed at practical application and research and development purposes that require long operational times. 【Features】 ■ Drive wheels are positioned at the center of the body, enabling zero-radius turning ■ Equipped with a large-capacity Li-Fe battery, extending operating time ■ Control via wired/wireless connection is possible ■ Programmable with Arduino IDE ■ Features an easily expandable aluminum frame ■ Standard equipped with an emergency stop switch ■ Compatible with control via ROS (ROS 1, ROS 2) ■ Supports a variety of optional accessories

  • Other industrial robots
  • Trolley
  • Other conveying machines

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Development of Automated Transport System

Development of Automated Transport System

Introduction to joint research with Shikoku Vocational Ability Development University.

We are engaged in joint research with Shikoku University of Occupational and Environmental Health on the development of an "automated transport device system." Our goal is to complete a system that controls the movement of a cart robot via a tablet device. Currently, we have achieved movement control through route specification using touch operations, and the basic system for movement control using sensors and cameras has been completed. In the future, we plan to integrate the entire system and enhance its completeness as a product. [Overview] - As an automated transport device system, we are developing a cart robot using mecanum wheels and an operation terminal to be mounted on it (the cart robot uses a commercially available product). - The cart robot is being developed with the goal of autonomous movement by specifying routes based on a map and using sensor position measurement. - The operation terminal is implemented primarily with cart robot control functions. - We aim to enable communication between the cart robot and the operation terminal via Bluetooth for remote operation. *For more details, please refer to the external link page or feel free to contact us.

  • Trolley

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