Growth of Autonomous Mobile Robots (AMRs): Market Size, Key Trends & Power Innovations

Autonomous Mobile Robots (AMRs) have become one of the fastest-growing application within industrial automation, reshaping workflows across logistics, manufacturing, healthcare, retail, automotive, and semiconductor production. As industries worldwide push toward greater efficiency, flexibility, increasing productivity, and operational resilience, AMRs are emerging as essential tools that reduce dependency on manual labour, optimise throughput, and support 24/7 operations.

Based on WAWT’s latest comprehensive report on wireless power technology market, while the AGV/AMR market is expected to grow at a volume CAGR of around 25% in the next five years, the adoption of wireless power technology for such application are expected to grow at double the pace. This segment is also expect to see some new formats and designs of AGV/AMR in next few years. This application market is expected to see development and adoption of some cool innovative wireless charging solutions, which are well integrated with other technologies.

While advancements in artificial intelligence, navigation systems, and sensor technologies often dominate discussions around AMR innovation, power electronics including power supplies, batteries, and charging infrastructure are equally critical. They directly influence uptime, performance, and operational cost, ultimately determining the overall return on investment for AMR deployments. This insight explores the current market growth of AMRs, the most influential trends shaping the sector, and the power innovations enabling the next generation of autonomous mobile robotics.

Market Growth: AMRs Enter Rapid Expansion Phase

The AMR market is experiencing strong upward momentum due to several global shifts:

• e-commerce expansion: As online retail demand grows, warehouses require automation to meet rapid order fulfilment expectations.
• Labour shortages: Many industrial facilities face difficulty in hiring and retaining workers for repetitive or for physically demanding roles. Downtimes are not affordable.
• Need for scalability: AMRs offer flexible automation that can be rapidly scaled without massive infrastructure changes.
• Industry 4.0 adoption: Smart factories require autonomous systems capable of data-driven decision-making and seamless machine-to-machine communication.

Due to these factors, AMRs are replacing or complementing traditional Automated Guided Vehicles (AGVs), which rely on fixed tracks or markers. AMRs provide much greater autonomy, adaptability, and intelligence, making them more suitable for dynamic environments.

Adoption of AMRs is particularly strong in sectors such as warehousing, automotive components, medical logistics, pharmaceuticals, semiconductor fabrication, food & beverage processing, and consumer goods manufacturing.

Key AMR Technology Trends

1. Advanced AI-Based Navigation and Perception

Modern AMRs use a combination of technologies including LiDAR, depth cameras, radar, ultrasonic sensors, and machine learning-based perception systems to navigate safely and efficiently. AI enables them to understand complex environments, avoid obstacles, adapt routes in real time, and operate collaboratively alongside humans.

These capabilities make AMRs far more versatile and scalable than earlier robotics solutions.

2. Increasing Use in Heavy-Duty and High-Load Applications

While earlier AMRs were designed primarily for lightweight material handling, today’s models carry heavy pallets, tow large loads, and participate directly in production workflows. Industries are deploying AMRs for:

• Pallet transport
• Work-in-progress (WIP) movement
• Raw materials delivery
• Finished goods handling
• Quality inspection routes

These demanding applications require robust motors, efficient power electronics, and high-capacity batteries.

3. Expansion of Cloud Robotics and Fleet Management Systems

AMR fleets are increasingly managed via centralised cloud platforms that coordinate traffic, assign tasks, track maintenance requirements, and optimise charging schedules. These platforms analyse large volumes of performance and energy data, enabling predictive maintenance and improved productivity.

The shift toward cloud-based fleet management accelerates scalability, allowing companies to manage hundreds or even thousands of AMRs simultaneously.

4. Opportunity Charging, Fast Charging & Next-Gen Power Infrastructure

AMR operations rely heavily on efficient charging strategies. Companies are adopting innovative approaches such as:

• Opportunity charging: Quick top-ups during idle (or loading and unloading) moments
• Automated docking stations: Robots autonomously connect to chargers
• High-power fast charging: Minimising downtime and boosting utilisation, with faster charging mechanism.

However, many of these methods still involve mechanical connectors that wear over time or require precise alignment. This transition has opened the door to a transformative new trend: wireless charging technology for AMRs.

Power Innovations Enabling the Future of AMRs

1. High-Density, High-Efficiency Power Supplies

Power supply units (PSUs) are central to an AMR’s performance. They maintain stable power for motors, sensors, processors, cameras, and communication modules. Manufacturers are now adopting:

• High-efficiency DC-DC converters
• Compact and thermally optimised PSUs
• Rugged designs suitable for industrial conditions

Efficient power electronics reduce heat, extend lifespan, and improve overall AMR reliability.

2. Battery Technology Advancements

Battery performance directly impacts AMR runtime, charging cycles, and maintenance costs. Current trends include:

• Shift to LFP and NMC lithium-ion chemistries for safety, longevity, and stability
• Larger capacity battery packs to support longer shifts
• BMS enhancements for predictive health monitoring
• Early exploration of solid-state technologies for next-gen AMRs

These developments enable longer operational hours and reduce charging interruptions.

3. Wireless Charging Technology: A Breakthrough for Autonomous Operations

Wireless charging is emerging as one of the most disruptive innovations in AMR power systems. Unlike plug-in or conductive charging, wireless power enables:

• Automatic charging without human intervention
• Charging during short breaks (true opportunity charging especially during loading and unloading moments)
• Elimination of mechanical connectors that degrade over time
• Greater reliability in harsh or dusty environments
• Move towards having low-capacity batteries on AMRs, lowering the payload, leading to higher efficiencies

With inductive, resonant, or hybrid wireless charging systems integrated into warehouse/factory floors and docking zones, AMRs can charge seamlessly throughout the day without any downtime. This supports near 100% uptime and significantly improves fleet economics.

Wireless charging also aligns with long-term visions for fully autonomous factories where robots operate continuously with minimal human touch, and possibly for 24 hours (3 shifts) non-stop..

4. Smart Charging Infrastructure for Large AMR Fleets

Companies are investing in:

• Centralised (wireless) charging hubs
• Integrated energy management systems (EMS)
• Real-time battery analytics
• Scheduled charging algorithms

These systems ensure the entire AMR fleet is optimally charged and distributed across tasks without creating bottlenecks.

Strategic Implications for the Robotics Ecosystem

• Power efficiency is becoming a key differentiator for AMR manufacturers as well as Operators.
• Wireless charging adoption will increase rapidly, especially in high-throughput and 24/7 operations.
• Battery and PSU innovation will continue driving improvements in runtime, safety, and sustainability.
• Companies investing early in advanced power technologies will gain a strategic advantage through higher uptime and lower total cost of ownership.

About WAWT

Wired and Wireless Technologies (WAWT) is a strategic technology analyst and consulting firm specialising in wireless power technology and power supply market. Through our flagship Wireless Power Intelligence Service, we deliver market size estimates and next 10-year forecast, along with market intelligence and insights on wireless charging solutions across various wireless power technology types – inductive, resonance, NFC, RF, infrared as well as multi-frequency solutions.

We track technology adoption across more than 30 application markets, across automotive, smartphone, other consumer electronics, wearables, healthcare/medical, industrial, retail, smart home, robotics, infrastructure, and more. Reach our Subject Matter Experts (SMEs) at analyst@wawt.tech to learn more about this comprehensive research on the technology markets and for latest market trends and insights. No one covers these markets in that width and dept as WAWT does. Follow us on LinkedIn (WAWT) for the latest trends, forecasts, and insights.