"Research and development transport robot/AGV" - A large transport robot that achieves a carrying weight of 120 kg, a 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 ROS1, while adopting direct drive in-wheel motors to further enhance quiet operation compared to previous models. Users can select wheel structures and load-bearing capabilities 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 utilizing direct drive motors ■ 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 ROS1 ■ Supports a variety of optional accessories *For more details, please feel free to contact us.
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basic information
【Product Specifications】 ■Size: W481.8×D468×H190.5(mm) ■Weight: Approximately 33kg ■Maximum Speed (measured value): 1.6m/s ■Load Capacity: 120kg ■Body Material: Aluminum ■Battery: 24V sealed lead battery 624Wh ■Drive System: 2-wheel drive, 1 rear caster ■Wheel Diameter: 170mm ■Motor: BLDC motor 105W×2 ■Control Board: VS-WRC058 ■ROS Compatibility: Compatible with ROS1 ■SDK: Arduino library for VS-WRC058, ROS package ■Interface: USB serial, Wi-Fi (IEEE802.11b/11g/11n) ■Included Samples: - Arduino Library Wheel control Various communication functions, etc. - Sample Code for ROS Control from gamepad Control from mouse (touchpad) SLAM (gmapping) SLAM (cartographer) Navigation *Please prepare the development environment and ROS environment on your own.
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We support the installation of various optional equipment, allowing for flexible customization tailored to a wide range of operational scenarios. You can quickly obtain a unit with the necessary customizations by simply selecting from the menu of optional equipment when placing your order. 【List of Purchase Options】 By requesting at the time of order, we will ship the unit with various options installed. - LRF Option TG30 - Bumper Option - Power Supply Board for Expansion Devices VS-WRC054 Option - Installation of Raspberry Pi 4B 4GB Version - Wireless Charging Option - ROS PC Option - Camera Mount Option - Depth Camera Option - Remote Control Option (without PC) - Remote Control Option (with PC) - Pan-Tilt Device Option (without camera) - Pan-Tilt Device Option (with camera) - Robot Arm AMIR 740 【Use Cases】 Research and development robots, cart robots, transport robots, AGVs, and more. *For more details, please feel free to contact us.
Detailed information
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The Megarover F120A achieves a portable weight of approximately 120 kg, similar to previous models, by equipping large wheels and motors. It can comfortably carry a variety of sensors and devices. *This product is not designed for passenger use. Additionally, due to its large size, please exercise sufficient caution during development and operation. The Megarover F120A features a wheel configuration that combines two-wheel drive with rear casters. Since it operates with standard wheel control, its movements, such as forward and backward motion and left and right turns, are easily understood by those around it, providing advantages in durability and quietness. Despite its large size, it has achieved a maximum speed of 1.6 m/s in actual measurements, making it suitable for various research and development applications. It is also characterized by its stability in practical use, as it is less prone to wheel slip. By adopting a direct drive motor for wheel propulsion, the operational noise has been reduced compared to previous products.
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The control board "VS-WRC058" equipped in this product features the ESP32-WROOM-32 microcontroller, allowing users to create control programs using the Arduino IDE. Sample code is provided with the product in the form of an Arduino library, enabling users to customize the firmware themselves. *Note: When programming the VS-WRC058 using the Arduino IDE, an environment with Arduino IDE version 1.8.13 or higher is required.*
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This product comes standard with an "emergency stop switch," which was previously an optional accessory in conventional models. Additionally, whether the side with the emergency stop switch is designated as the "front" or "back" of the cart robot can be switched by changing the wiring or programming. It is assumed that users will interchange this based on actual operational conditions and the configuration of any additional expansion devices.
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The Mecanum Rover Ver. 3.0 supports ROS (ROS1) message communication, allowing for ROS1 message communication using the rosserial package by connecting to a device running ROS via Wi-Fi or USB cable. With the standard firmware, it is possible to send movement speed command values to the Mecanum Rover using the geometry_msgs/Twist type, as well as to obtain the current speed and battery voltage from the Mecanum Rover. Additionally, by modifying the firmware, users can send and receive arbitrary messages beyond those mentioned above. Please note that you will need to prepare a separate device to run ROS. The recommended operating environment for the devices we suggest is as follows (additional setup of libraries not included with this product may be required).
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The Mecanum Rover Ver. 3.0, like its predecessor, supports a wide range of optional components. It is possible to add sensors and other components according to the application, allowing for the full utilization of the capabilities of large research and development cart robots in various research and development fields.
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Hardware configuration
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Outline dimension drawing
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Company information
Vstone Co., Ltd. is a manufacturer that develops and produces communication robots, bipedal robots, research and development robots, and robot sensors. In addition to launching the world's first home-use bipedal robot kit "Robi M," the company has achieved five consecutive victories at the RoboCup World Championship, demonstrating its solid technological capabilities. In recent years, Vstone has also developed comprehensive technologies for building not only the hardware of communication robots but also software and cloud infrastructure, continuously releasing various products aimed at realizing a society where humans and robots coexist.