WLKATA AGV Rover Set

Name: WLKATA AGV Rover Set
Brand: Wlkata
SKU: WL-AC-Mac-55MM
Price: 910.00 USD
Availability: InStock

Authorized Dealer

SKU WL-AC-Mac-55MM

$910.00 - $910.00

$910.00

$910.00 - $910.00

$910.00

Availability:

in stock

Free U.S. Shipping No minimums, no fees
14-Day Returns No-hassle money-back guarantee
1-Year Warranty Backed by the manufacturer
Secure Checkout Your payment data is always protected

Price Match Guarantee

At RoboticsSelect, you should never have to choose between the right product and the right price. We match competitor pricing on every product in our catalog, and for orders over $2,000, we will beat the lowest verified price by $50.

To request a price match, send a screenshot or link to support@roboticsselect.com showing the lower price at any authorized online retailer. We respond within one business day.

A few requirements: the competitor must be an authorized dealer, the product must be in stock on their site, and the comparison includes shipping but excludes sales tax. Auction sites, marketplace third-party sellers, and one-day holiday promotions (Black Friday, Cyber Monday) are excluded.

Full Price Match Policy

Returns & Refunds

Most products can be returned within 30 days of delivery in original, unused condition with all packaging, accessories, and documentation included. Certain manufacturers impose stricter return terms on specialty robotics hardware; the specific policy for each product is listed on its product page.

To start a return, email support@roboticsselect.com with your order number and the reason. We issue a Return Authorization (RA) number within one business day. Unauthorized returns may be refused at our discretion.

Damaged-on-arrival and defective units qualify for free return shipping and full refunds. Elective returns (changed your mind, wrong model) are subject to manufacturer restocking fees ranging from 0% to 25% and customer-paid return shipping. Refunds are processed to the original payment method within 5-10 business days of receiving the returned item.

Full Refund Policy

Shipping & Delivery

Every product ships free to the 48 contiguous United States with no order minimum, including oversized and heavy items.

Smaller items (robotic kits, accessories, pool skimmers) ship via FedEx, UPS, or USPS with email tracking sent at dispatch.

Larger items (robotic lawn mowers, humanoid and quadruped robots) ship via LTL freight on pallets. The freight carrier calls 24-48 hours before delivery to schedule a 4-hour window, Monday through Friday. Freight shipments are curbside delivery only; drivers will not move the product into your home, garage, or yard.

Inspect every shipment within 48 hours of delivery. For freight shipments, note any visible damage on the delivery receipt before signing: this is critical for processing freight claims if needed.

International shipping, Alaska, Hawaii, and Puerto Rico are not included in standard free shipping. Email support@roboticsselect.com for a custom quote to these destinations.

Full Shipping Policy

Financing Options

Spread the cost of your purchase across flexible installments at 0% APR through Shop Pay Installments, available at checkout on most orders.

Plans available:

4 interest-free biweekly payments (0% APR) on qualifying orders.
Longer-term monthly plans (3, 6, 12, 24, or 36 months) at 0-36% APR depending on order size and credit eligibility, powered by Affirm.
PayPal Pay Later (Pay in 4) on eligible purchases.

Checking your eligibility uses a soft credit check that does not impact your credit score. There are no late fees, no hidden fees, and no early-payment penalties. Approval decisions are made in seconds at checkout.

To use Shop Pay Installments you need a U.S. billing address and a U.S. mobile phone number that can receive SMS verification.

Full Financing Details

WLKATA AGV Rover Set

Overview

The WLKATA AGV Rover Set is a mobile robotics platform that combines an omnidirectional mecanum-wheel autonomous guided vehicle (AGV) with mounting compatibility for WLKATA's robotic arms, designed for K-12 and university robotics curriculum. The platform converts a stationary WLKATA arm (typically the Mirobot) into a mobile manipulator, enabling students to study autonomous navigation, mobile pick-and-place, multi-robot coordination, and warehouse logistics simulation on a single integrated platform.

The rover uses a 4-wheel mecanum drive system enabling full omnidirectional motion: forward, backward, lateral translation, and rotation in place. A 12V 6000 mAh onboard battery powers both the vehicle drivetrain and an integrated extender box that supplies the mounted robotic arm. The 500 x 400 mm vehicle deck accommodates the Mirobot's footprint along with sensors, end effectors, and student-designed payloads up to 10 kg. Three control modes are supported: PC-tethered control, mobile app, and direct Mirobot coordination, allowing curriculum to scale from introductory motion control to integrated robotic system programming.

The Rover Set is positioned for STEM educators teaching mobile robotics, computer science programs introducing path planning and navigation, and university teams competing in robotics competitions. It complements WLKATA's stationary robotic arm catalog by adding the mobile manipulation dimension typically reserved for higher-cost research platforms.

WLKATA AGV Rover Set mobile robotics platform with Mirobot mounted

Specifications

Product Type: Omnidirectional AGV mobile platform with robotic arm mounting compatibility
Vehicle Deck Size: 500 x 400 mm
Robotic Arm Mounting Footprint: 290 x 220 x 85 mm (Mirobot-compatible)
Drive System: 4-wheel mecanum omnidirectional drive
Maximum Payload: 10 kg (including mounted robotic arm and accessories)
Battery: 12V 6000 mAh rechargeable lithium pack (1 included)
Control Modes: PC tether, mobile app, Mirobot-integrated control
Extender Box: 1 unit included (provides power and signal interfaces for the mounted arm)
Compatible Arms: WLKATA Mirobot (primary), other WLKATA arms via custom mounting
Programming Interfaces: Python SDK, Arduino library, micro:bit, Blockly
Construction: Aluminum frame with mounting hole patterns for sensor and accessory expansion
Connectivity: USB and serial communication to host PC and mounted arm
Charging: Standard wall adapter (included)
Target Audience: K-12 STEM, university robotics courses, competitive robotics teams
Curriculum Support: Free WLKATA education resources and tutorials

Key Features

Omnidirectional Mobility: Mecanum wheels enable lateral translation, diagonal motion, and rotation in place without the orientation constraints of differential-drive robots. Students learn the mathematics of holonomic motion and mecanum kinematics directly.
Modular Arm Integration: The rover deck and extender box are designed to host a WLKATA Mirobot, converting it from a stationary arm into a mobile manipulator. Students program coordinated base motion and end-effector control as a single integrated system.
Multiple Control Interfaces: PC-tethered control teaches direct serial command programming. Mobile app control teaches gesture-driven and remote operation. Mirobot-integrated mode synchronizes vehicle and arm motion for pick-and-place across the workspace.
10 kg Payload Capacity: Supports the mounted Mirobot plus student-added sensors, additional batteries, end effectors, and competition payloads. Enables real-world logistics simulation rather than toy-scale demos.
Expandable Hole Pattern: The 500 x 400 mm deck includes mounting holes for cameras, ultrasonic sensors, LiDAR units, additional microcontrollers, and student-fabricated brackets.
Curriculum-Ready: WLKATA publishes free education resources including the Mirobot Resources for Education and the Python SDK, supporting structured course delivery and student self-paced study.
Hardware-Software Bundle: Single purchase includes vehicle, battery, extender box, and charging adapter. Schools deploy the platform without procuring components separately.
Mobile Pick-and-Place: Combined with the Mirobot's 6-axis arm, the rover supports navigation to a target location, autonomous arm-based pickup, transport, and placement at a destination. This sequence underlies most warehouse and logistics automation in industry.
Competition-Ready: Suitable for FIRST-style competitions, university robotics challenges, and WLKATA-hosted educational events where mobile manipulation tasks are scored.
Multi-Robot Coordination Capability: Multiple AGV Rover units can be programmed to coordinate, teaching swarm robotics and multi-agent coordination concepts.

WLKATA AGV Rover Set in mobile pick-and-place classroom demonstration

Applications

WLKATA AGV Rover Set in K-12 robotics classroom scenario

K-12 STEM classrooms use the AGV Rover Set to teach autonomous navigation, mecanum kinematics, and mobile manipulation in a single course unit. Students program the rover to navigate a marked classroom course, then add the Mirobot to perform pick-and-place at waypoints. The platform's three control interfaces (PC, app, Mirobot-integrated) let teachers scale difficulty across grade levels.

University robotics courses use the platform for SLAM, path planning, and mobile manipulation coursework. The omnidirectional drive supports more advanced kinematic teaching than differential-drive platforms, and the 10 kg payload capacity allows students to mount research-grade sensors (LiDAR, depth cameras, IMUs) for sensor fusion projects. Computer science programs use the rover for AI navigation experiments and reinforcement learning research.

Competitive robotics teams deploy the platform for school-level and regional competitions where mobile manipulation tasks are scored. Mini-warehouse simulation, autonomous parts delivery, and collaborative multi-robot challenges all benefit from the omnidirectional drive and integrated arm. Industrial training programs simulating warehouse AGVs, automotive plant logistics, and manufacturing intralogistics also use the rover as an affordable training platform versus full-scale commercial AGVs.

Setup and Getting Started

Estimated Setup Time: 30-45 minutes for unboxing, battery charging verification, software installation, and first motion test.

Step 1 - Unbox and Inventory: Verify the vehicle chassis, 12V 6000 mAh battery, extender box, charging adapter, and mounting hardware against the included packing list. Inspect for shipping damage.
Step 2 - Charge the Battery: Connect the included adapter to the battery and charge to full before first use. Initial charge time is approximately 4-6 hours depending on shipped state.
Step 3 - Install Control Software: Download WLKATA Studio and the AGV control package from the WLKATA Download Center. Install on a Windows or macOS host PC.
Step 4 - Mount the Robotic Arm (Optional): If using with a Mirobot, position the arm on the rover deck using the mounting plate, secure with the included hardware, and connect the extender box to the arm's power and signal ports.
Step 5 - First Motion Test: With the rover on a flat open surface, power on the battery and connect via USB or wireless to the host PC. Run the included demo program to verify forward, lateral, and rotational motion.
Step 6 - Test Integrated Arm Control: With the Mirobot mounted and powered, run a coordinated motion program: drive to a position, then execute an arm pick-and-place sequence.
Step 7 - Explore Programming Interfaces: Begin with Blockly for visual programming, advance to Python SDK for text-based programming, and progress to micro:bit or Arduino integration for custom sensor projects.

WLKATA AGV Rover Set setup and getting started guide

What's Included

Mobile Vehicle Chassis: Aluminum frame AGV with 4 mecanum wheels (500 x 400 mm deck)
Battery Pack: 12V 6000 mAh rechargeable lithium battery (1 unit)
Charging Adapter: Wall-plug charger compatible with the included battery
Extender Box: 1 unit for arm power and signal integration
Mounting Hardware: Plates and fasteners for mounting a WLKATA Mirobot to the vehicle deck
USB Communication Cable: For tethered PC control during initial setup
User Manual: Setup and operation handbook
Quick-Start Guide: Printed introductory tutorial

Note: The WLKATA Mirobot robotic arm is sold separately unless specified as a bundle. ---

Documentation and Resources

Warranty Information

The WLKATA AGV Rover Set is covered by WLKATA's 1-year (12-month) standard warranty against manufacturing defects under normal classroom and educational use. Spare parts carry 3-month to 1-year coverage depending on component category. Paid warranty extension is available.

Covered:

Vehicle Chassis and Mecanum Drive System: 12 Months Warranty
Drive Motors and Electronics: 12 Months Warranty
Extender Box: 12 Months Warranty
Battery Pack: 6 Months Warranty (under normal charge/discharge cycles)

Not Covered:

Damage from operation outside specified environmental conditions (water, dust, extreme temperature)
Physical damage from drops, collisions, or impacts beyond intended classroom use
Wear on consumable components including wheels and tires from heavy long-term use
Battery capacity degradation from improper charging or storage practices
Damage from third-party modifications, accessories, or software not approved by WLKATA
Damage from connecting non-WLKATA arms or accessories beyond stated payload ratings

A valid proof of purchase from WLKATA or an authorized dealer is required for all warranty claims.

Frequently Asked Questions

Does the AGV Rover Set come with a Mirobot, or is the arm sold separately?

The Rover Set includes the vehicle, battery, extender box, and mounting hardware, but the Mirobot robotic arm is sold separately unless explicitly listed as a bundle. The extender box and deck are designed to integrate with the Mirobot's 290 x 220 x 85 mm footprint; pricing and SKU configuration vary by retailer.

Can the rover move with the Mirobot fully assembled on top?

Yes. The 10 kg maximum payload accommodates the Mirobot (approximately 2-3 kg with end effector and pedestal) plus additional sensors and student-added accessories. The omnidirectional mecanum drive provides stable motion under typical educational payloads on indoor flat surfaces.

What surfaces does the rover work on?

The mecanum wheels are designed for hard indoor floors: vinyl, polished concrete, hardwood, low-pile carpet, and tile. Carpeting reduces lateral translation efficiency; thick rugs or outdoor surfaces (gravel, grass) are not supported. For classroom and lab deployment, a marked floor area of at least 3 x 3 meters is recommended for full motion exercises.

Can multiple AGV Rover units coordinate for swarm projects?

Yes. Multiple units can be controlled from a host PC running coordination scripts, enabling multi-agent and swarm robotics curriculum. WLKATA does not publish a built-in multi-agent protocol; students implement coordination logic in Python or Arduino using the rover's standard communication interfaces.

How long does the battery last per charge?

Battery runtime is not formally published by WLKATA. Empirical reports from educational deployments suggest 1-3 hours of continuous mixed-use (motion plus arm operation) depending on payload weight and motion frequency. Verify with WLKATA prior to defining classroom session lengths.

Does the rover include LiDAR or other navigation sensors?

No. The base Rover Set is a chassis platform; sensors are added by educators or students as part of project work. The deck includes mounting holes designed for common sensors including ultrasonic rangefinders, IR sensors, RGB cameras, and small LiDAR units. This modular approach lets curriculum scale from beginner (no sensors) to advanced (SLAM with LiDAR).

Can the rover navigate autonomously without a tethered PC?

Yes, with appropriate programming. The extender box and onboard microcontroller can execute uploaded Python or Arduino programs for autonomous behavior. For closed-loop sensor-based navigation, students add sensors and implement perception logic. For predetermined path execution, programs can be uploaded and run untethered using the onboard battery.

Is the rover compatible with ROS or ROS2?

WLKATA publishes ROS2 packages for its robotic arms. For the rover platform specifically, ROS integration is community-supported rather than officially packaged; advanced users typically write custom ROS nodes that wrap the rover's serial command interface. University labs commonly extend the platform with custom ROS drivers as part of coursework.

How does the AGV Rover Set compare to commercial industrial AGVs?

Commercial industrial AGVs (KUKA, MiR, Otto Motors) cost $20,000 to $100,000+ and carry hundreds of kilograms, but their kinematic principles (mecanum or differential drive, sensor fusion, SLAM-based localization) are identical to the WLKATA platform. The Rover Set teaches the same fundamentals at a price point appropriate for educational settings, making it a stepping stone toward industrial mobile robotics careers.

What protection do I get buying through RoboticsSelect as an authorized WLKATA dealer?

RoboticsSelect is an authorized WLKATA dealer, so the full 12-month manufacturer warranty applies to all AGV Rover Set purchases. Authorized dealer status ensures warranty claims are processed through verified channels and provides access to WLKATA's paid warranty extension program. Schools and universities ordering multiple units can place institutional purchase orders through RoboticsSelect.

WLKATA AGV Rover Set

WLKATA AGV Rover Set

Overview

Specifications

Key Features

Applications

Setup and Getting Started

What's Included

Documentation and Resources

Warranty Information

Covered:

Not Covered:

Frequently Asked Questions

Customer Reviews

WLKATA AGV Rover Set

Added to your cart: