Which robot arms are suitable for STEM education?

WLKATA Mirobot, MT4, Haro380 and MiroMax are widely used in schools, universities and STEM labs for robotics and automation teaching.

Do WLKATA robot arms support Python programming?

Yes. All WLKATA educational robot arms support Python programming, making them ideal for STEM, AI, and robotics courses.

Can WLKATA robots be used in university engineering labs?

Yes. WLKATA MT4, Haro380 and MiroMax are widely used in university engineering labs for automation, mechatronics, robotics, and control system teaching.

Do WLKATA robot arms support ROS or ROS2?

Yes. WLKATA robot arms support ROS and ROS2, enabling advanced robotics research and university-level engineering experiments.

Are WLKATA robots suitable for vocational school automation training?

Yes. WLKATA MT4 and Haro380 are widely used in vocational schools for industrial automation, PLC integration, and robotics operation training.

Can WLKATA robots be integrated with machine vision?

Yes. WLKATA provides an AI Vision Kit that supports machine vision experiments, object detection, and automation workflows.

Do WLKATA robot arms support block-based programming for beginners?

Yes. WLKATA Mirobot supports block-based programming, making it suitable for K12 and beginner-level robotics education.

Can WLKATA robots be used for robotics competitions?

Yes. WLKATA robot arms are used in STEM competitions and robotics innovation challenges for training and hands-on practice.

Do WLKATA robots support PLC or industrial automation teaching?

Yes. WLKATA MT4 and Haro380 support PLC integration and industrial automation workflows, making them suitable for engineering and vocational training.

Are WLKATA robots suitable for hands-on AI and robotics courses?

Yes. WLKATA robot arms support Python, ROS, machine vision, and automation experiments, making them ideal for hands-on AI and robotics education.

Order Info

Order will be shipped out from US warehouse in 1-3 business days once being processed.

WLKATA AGV Rover Set

SKU: WL-AC-Mac-55MM

$910.00 USD

Shipping calculated at checkout.

Available in stock

Product Features

Omnidirectional Mecanum Chassis
360° movement for flexible and precise navigation
No-Code Graphic Programming via WLKATA BlockFactory for easy drag-and-drop control
AI VisionGrip
Enables functions tracking and object and face recognition
Smart Navigation Functions
Supports line tracking and obstacle avoidance
Wireless & Remote Control
Bluetooth, Wi-Fi, and handheld controller support
Robotic Arm Integration
Compatible with all WLKATA robotic arms (Mirobot, MT4, MiroMax, Haro380)
Compact Design & Battery Powered
6000 mAh rechargeable battery, 290 × 220 × 85 mm size
Flexible Connectivity
Seamless integration via Bluetooth and Wi-Fi

Order Info

Order will be shipped out from US warehouse in 1-3 business days once being processed.

WLKATA AGV Rover Set

What's in the Box

Shipping List:

AGV Rover X1
VisionGrip Endeffector (Compatible with Mirobot, MT4, Haro380, MiroMax) X1
Rechargeable Battery (6000 mAh) X1
Remote Controller X1
Charging Cable / Power Adapter X1
Mounting Brackets for Robotic Arm
Hardware Pack (screws, tools, connectors) X1
User Manual X1

Package:

Package Size: 350 × 300 × 250 mm (13.78 × 11.81 × 9.84 inches)
Total Weight: 4.5kg (10 lbs)
Brand: WLKATA

No-Code Mobile Manipulation Platform

	Mirobot	MT4	Haro380	VisionGrip	All Arduino-Compatible Products
Support for Graphical Programming (via WLKATA BlockFactory)	✅Yes	✅Yes	✅Yes	✅Yes	✅Yes
Support for Arduino IDE Programming	✅Yes	✅Yes	✅Yes	✅Yes	✅Yes

Joystick

Joystick Remote Control + Bluetooth & Wi-Fi

Use the joystick for precise real-time operation, or connect via Bluetooth and Wi-Fi for remote integration into larger systems.

No-Code Programming

Easily build and control your robot using drag-and-drop blocks—no coding required. Perfect for educators and rapid prototyping, while still supporting advanced logic and customization.

Display + RGB Lighting

OLED Real-Time Display & RGB Lighting

Stay informed with live data directly on the rover. Monitor status, modes, and key parameters instantly. Built-in RGB lighting dynamically reflects the rover’s behavior.

Collision-Avoidance

Auto Obstacle Avoidance

Detects and responds to obstacles in real time, ensuring smoother and safer autonomous movement.

Smart Tracking

Smart Line Tracking

Integrated sensors allow the rover to follow predefined paths with high precision—ideal for automation demos and navigation experiments.

WLKATA BlockFactory

Graphic Programming

The AGV is powered by WLKATA AI-HUB, the system’s central controller. It is programmed using WLKATA BlockFactory, allowing you to control every function with drag-and-drop blocks—no coding required: