AMR & AGV Automation Solutions
Intelligent Automation for Every Operational Environment
AMR & AGV Automation Solutions
Defend Autonomous Robotics Trading LLC provides a broad portfolio of industrial-grade Autonomous Mobile Robots (AMRs) and Automated Guided Vehicles (AGVs) for factories, warehouses, logistics centres, hospitals, airports and commercial facilities. Our solutions are selected from established global manufacturers and are suitable for projects across the UAE, GCC, Europe, Asia and international markets
How the technology Works
Transform your warehouse with intelligent autonomous solutions designed to improve efficiency, accuracy, safety, and scalability.
From autonomous mobile robots to smart inventory systems, we help businesses automate repetitive warehouse tasks and create a connected, future-ready operation.
Warehouse operations are becoming faster, more complex, and increasingly data-driven. Our autonomous warehouse solutions combine robotics, intelligent software, sensors, and real-time data to automate material movement, inventory handling, picking, and internal logistics.
The result is a more productive warehouse with fewer manual processes, improved accuracy, and greater operational visibility
- 200+ Suppliers Worldwide — and Continuously Expanding
- Global Supplier & Manufacturer Network
- Robotics & Autonomous Technology Partners
- Sourcing Across Asia, Europe, Middle East & Beyond
- Access to Specialized & Customized Robotic Solutions
- New Global Partnerships Added Continuously
24/7 OPERATION
Continuous Productivity
HIGH PERFORMANCE
Maximum Efficiency
IMPROVED QUALITY
Consistent & Reliable
LOWER COST
Better ROIous Productivity
SAFETY FIRST
People & Process
FUTURE READY
Industry 4.0 Enabled
Industries we serve
Delivering intelligent autonomous solutions for industrial automation, warehouse logistics, marine robotics, robot dogs, AI systems, and next-generation robotic technologies.
- MANUFACTURING
- OIL & GAS
- HEALTHCARE
- LOGISTICS
- MARINE & OFFSHORE
- HOSPITALITY
Where AMR and AGV systems are used
- Pallet and rack transportation
- Production-line replenishment
- Raw-material and work-in-progress movement
- Finished-goods transfer
- Goods-to-person picking
- Hospital medicine, linen and supply delivery
- Airport cargo and baggage support
- Trolley towing and heavy-load movement Industries
Rapid, software-led deployment
Supported AMR models generally do not require magnetic tape, embedded rails or major civil modifications. Routes, stations and tasks can be configured digitally, making layout changes easier and reducing infrastructure cost. Industrial deployment still includes site assessment, mapping, safety validation, commissioning and operator training
- Map
- Create the digital operating map
- Configure
- Define stations, routes and priorities
- Validate
- Test safety zones, traffic and workflows
- Operate
- Assign missions and monitor the fleet
Typical Portfolio-Level Technical Characteristics
- Navigation
- LiDAR / laser SLAM, QR, magnetic or hybrid guidance
- Payload range
- Approx. 100 kg to 1,500+ kg, model dependent
- Travel speed
- Typically up to 1.0–2.0 m/s, application dependent
- Positioning accuracy
- Commonly around ±10–20 mm for supported models
- Battery
- Industrial lithium battery with automatic battery monitoring
- Operating strategy
- Single shift, multi-shift or 24/7 fleet operation
- Charging
- Automatic docking, scheduled or opportunity charging
- Safety
- Laser scanners, obstacle detection, emergency stop and alerts
- Connectivity
- Wi-Fi / industrial network; WMS, MES, ERP or API integration
- Fleet control
- Task allocation, route planning, traffic and charging management
Advanced navigation technology
- LiDAR based Laser SLAM navigation
- 360° obstacle detection
- Real-time mapping & localization
- Dynamic path planning
- No magnetic tape / No rails / No reflectors
- Adapts easily to layout changes
- Multi-robot traffic management
Operational Efficiency and Business Impact
How to read the chart: manual operation is normalized to 100 where applicable. The AMR-supported values are illustrative planning values intended to show the direction of improvement, not guaranteed project results.
- Reduced labour dependency
- Automates repetitive transport work and reallocates employees to higher-value activities.
- Faster material flow
- Reduces waiting between storage, production and dispatch locations.
- Higher productivity
- Improves consistency of line supply and reduces workflow interruptions.
- Improved safety
- Supports controlled speed, obstacle detection and safer pedestrian interaction.
- Better traceability
- Digitally assigned and recorded missions improve visibility and delivery accuracy.
- Scalable automation
- Additional robots and routes can be introduced as operational demand grows.
Key variables that determine actual ROI
Travel distance, number of daily missions, labour cost, number of shifts, current forklift usage, waiting time, load type, aisle width, charging strategy, integration requirements and future fleet size all influence the final result.
Operational Efficiency and Business Impact
Illustrative opportunity-charging profile. Actual runtime and recharge time depend on model, payload, route, speed, floor condition, battery size and duty cycle
Smart charging capabilities
- Automatic return to charging station when the battery reaches a configured level
- Scheduled charging during breaks, shift changes or low-demand periods
- Opportunity charging to increase fleet availability
- Fleet-level charging coordination so multiple robots do not charge simultaneously
- Battery status alerts and mission planning based on remaining charge
- Optional fast-charging or battery-swap strategies on supported models
- Load
- Payload, dimensions, pallet type, trolley or rack interface
- Movement
- Pickup points, delivery points, route length and mission frequency
- Facility
- Aisle width, floor condition, slopes, doors and traffic
- Operation
- Shifts, uptime requirement, charging windows and peak demand
- Integration
- WMS, MES, ERP, PLC, conveyors, lifts and automatic doors
- Safety
- Pedestrians, forklifts, crossings, restricted zones and emergency logic
Our amr & agv portfolio
Available product formats
- Under-rider AMR • Pallet AMR • Conveyor-top AMR • Lifting AMR • Towing AGV • Autonomous pallet truck • Autonomous stacker • Autonomous forklift • Heavy-load mobile platform • Customized mobile base`
Request an application consultation. Detailed payload, speed, battery, charging, safety, software and certification data will be provided during the RFQ stage.
