According to industrial automation market research, more than 65% of manufacturing plants, power facilities, and chemical factories in China feature mixed-terrain environments, where wide main roads coexist with cable trenches, containment berms, sloped surfaces, and scattered obstacles.

For years, different inspection robots have each served their own niche: rail-mounted robots for fixed corridors, wheeled robots for flat surfaces, and quadruped robots for highly rugged terrain. However, no single solution has been capable of covering every inspection point across an industrial facility. Deploying multiple robot types significantly increases procurement and maintenance costs, creating a major obstacle to factory-wide unmanned inspection.

Driven by the real operational challenges faced across industrial sites, ATOMROBOT proudly introduces the SkyRoam AR-W1 Wheeled Inspection Intelligent Robot. Featuring an innovative dual-mode wheel-leg hybrid architecture, the AR-W1 is specifically designed to handle mixed industrial environments, providing manufacturers with a more versatile and cost-effective inspection solution.

1. Proprietary Wheel-Leg Hybrid Design Combining High-Speed Mobility with Flexible Obstacle Traversal

At the core of the SkyRoam AR-W1 is ATOMROBOT’s proprietary 6-degree-of-freedom articulated leg mechanism combined with large-diameter symmetrical wheel modules, enabling two intelligent operating modes to adapt to diverse industrial environments.

High-Speed Wheeled Mode

In wheel-driven mode, the robot reaches speeds of nearly 2 m/s, allowing rapid patrols across factory roadways. ATOMROBOT’s proprietary dynamic balancing algorithm ensures smooth and stable operation even at high speeds, making it ideal for inspecting large industrial sites efficiently.

Adaptive Obstacle-Crossing Mode

Using its multi-degree-of-freedom articulated legs, the robot can actively adjust its posture to step over floor-mounted cables, traverse small obstacles, and climb slopes of up to 8°, allowing it to reach inspection points beyond standard access roads with ease.

Proprietary High-Power Wheel Hub Drive System

Unlike most wheel-leg robots on the market, which are assembled using off-the-shelf actuators, compact drive motors, and open-source motion control algorithms, the SkyRoam AR-W1 is built entirely on ATOMROBOT’s self-developed technologies, including:

• Joint drive system
• Wheel-leg coordinated balancing algorithms
• High-power wheel hub drive units

The innovative large wheel hub motor offers three major advantages:

• Higher instantaneous torque for obstacle negotiation
• Greater power reserve to support various inspection payloads
• Higher energy conversion efficiency, extending operating time with the same battery capacity

The robot has also been specifically optimized for the frequent start-stop cycles and continuous day-and-night operation typical of industrial facilities. Motion stability, vibration suppression, long-term reliability, and energy efficiency have all been engineered to meet 24/7 industrial operation requirements.

This hybrid mobility system enables a single robot to combine high-speed travel with light obstacle-crossing capability, perfectly matching the mixed environments found in most factories—rapid movement along main roads while freely navigating secondary inspection routes.

2. Lightweight Integrated Design for Plug-and-Play Deployment

Compact Integrated Structure

Constructed from lightweight aluminum alloy and high-strength engineering plastics, the SkyRoam AR-W1 weighs no more than 30 kg.

Dual carrying handles allow operators to transport the robot manually without specialized lifting equipment.

The robot is ready for operation immediately after unpacking, requiring no parameter tuning or complicated installation, making deployment straightforward even for small and medium-sized factories.

Modular Expansion Platform

Standardized expansion interfaces allow users to integrate a wide variety of inspection equipment, including:

• Environmental monitoring instruments
• High-definition imaging modules
• Small robotic manipulators
• Sampling devices

This enables a single robot to perform multiple inspection tasks, including:

• Meter reading recognition
• Temperature and humidity monitoring
• Gas leak detection
• Surface defect inspection

With a standard payload capacity of 8 kg, the robot supports mainstream inspection sensors such as gas detectors, infrared thermal cameras, and high-resolution imaging systems.

3. Long-Endurance Operation with Intelligent Vision for 24/7 Autonomous Inspection

Intelligent Power Management

Powered by an industrial-grade ternary lithium battery, the robot delivers up to four hours of continuous operation.

When paired with an automatic charging dock, it autonomously returns for recharging whenever battery levels become low, enabling uninterrupted inspection in power plants, chemical facilities, and other industrial environments.

Thanks to its highly efficient large wheel hub motors, the AR-W1 achieves longer operating time than conventional wheel-leg robots using smaller motors under the same battery capacity.

Native Vision-Based Perception

The robot comes equipped with an onboard vision system capable of:

• Autonomous mapping
• Intelligent obstacle avoidance
• Equipment status recognition

A high-intensity front-mounted illumination system ensures clear image acquisition even in dark electrical rooms or nighttime industrial environments, providing reliable perception for autonomous inspection and anomaly detection.

4. Open Development Platform for Industrial and Research Applications

The SkyRoam AR-W1 features an open secondary development platform supporting both conventional control algorithms and reinforcement learning workflows.

Complete SDKs and APIs are provided.

For Industrial Enterprises

Users can develop customized applications based on open interfaces.

Standardized data output allows seamless integration with existing MES and maintenance management systems, enabling centralized inspection data management and automatic alarm notifications.

For Universities and Research Institutions

The AR-W1 also serves as an ideal embodied AI research platform for studies in:

• Motion control
• Autonomous navigation
• Intelligent decision-making

It combines practical commercial value with outstanding research flexibility.

5. Designed for Diverse Industrial Inspection Scenarios

The SkyRoam AR-W1 is particularly well suited for facilities combining wide roadways with obstacle-filled inspection paths.

Power Distribution Rooms & Substations

Rapidly patrols main corridors before switching posture to navigate cable trenches while inspecting switchgear indicators and detecting abnormal heat generation.

Chemical Plants

Inspects pipelines and valve conditions while entering containment berms and confined areas to identify potential leaks.

Smart Industrial Parks & Warehouses

Performs autonomous security patrols and systematic fire safety inspections throughout large facilities.

Smart Agriculture

Navigates uneven greenhouse pathways to monitor crop conditions and irrigation equipment.

Lower Total Cost of Ownership

Industry data shows that deploying multiple specialized inspection robots for mixed industrial environments can increase overall investment—including hardware procurement, maintenance, and facility modifications—by more than 40%.

With its ability to cover nearly all factory inspection routes using a single platform, the SkyRoam AR-W1 significantly reduces the overall cost of implementing intelligent inspection systems.

Frequently Asked Questions

Q1. Does deployment require modifying factory floors or installing guide rails?

A: No. The SkyRoam AR-W1 features rail-free autonomous navigation and can create maps immediately after deployment without facility modifications. For applications requiring extremely high positioning precision at fixed locations, rail-mounted robots may still be the preferred option.

Q2. Can it integrate our existing inspection sensors?

A: Yes. Standard expansion interfaces support third-party inspection modules, and complete secondary development documentation is provided.

Q3. How stable is the robot on uneven terrain?

A: The combination of ATOMROBOT’s proprietary dynamic balancing algorithm, multi-degree-of-freedom articulated suspension, and high-torque wheel hub motors enables stable operation across common industrial obstacles.

Q4. What environments can the robot operate in?

A: The robot features a dust-resistant sealed structure suitable for indoor industrial environments such as electrical rooms, production workshops, and warehouses. Customized environmental protection packages are available for outdoor applications and extreme temperature conditions.

Q5. What are the delivery time and warranty?

A: Standard models are available for rapid delivery, while customized configurations typically require 7–15 business days. The robot includes a standard warranty together with lifetime software and algorithm upgrades.

Q6. Can inspection data be integrated with our existing MES or maintenance management systems?

A: Yes. The robot provides standardized data output interfaces that enable seamless integration with enterprise MES and maintenance management platforms for centralized inspection data management and automated alarm notifications.

The SkyRoam AR-W1 is now available for pre-order.

For more information, please contact ATOMROBOT.

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