This Autonomous Service Robot is an advanced indoor mobile platform designed to autonomously transport items, supplies, or containers through dynamic, high‑traffic environments with efficiency and stability. It offers adjustable multi‑tier trays that support a total payload of up to 88 lbs (40 kg), allowing flexible configuration for tall objects, packages, or multi-bin transport needs. Powered by self‑driving technology with patented near‑zero blind‑spot detection, it navigates narrow corridors and crowded spaces while intelligently selecting alternate paths and precise parking positions. Its enhanced suspension system enables smooth movement across varied indoor surfaces and transitions—including thresholds up to ½ inch and ADA‑compliant ramps—while maintaining stability for sensitive or fragile items that require careful handling. The robot incorporates responsive perimeter lighting, a clear dot‑matrix display, and audio cues to communicate status and improve visibility in shared workspaces. With 10–12 hours of runtime, easy wall‑charging, and a 4–6 hour recharge cycle, it operates continuously through long shifts and can synchronize with multiple units for coordinated fleet performance in complex workflows. Engineered for reliability and efficiency, this high‑capacity AMR is ideal for supporting staff and automating repetitive indoor transport tasks across sectors such as hospitality, corporate services, healthcare support, retail logistics, and facilities operations

This heavy‑duty autonomous hauling robot is a rugged, high‑capacity AMR engineered for efficient indoor‑to‑outdoor material transport, offering smooth navigation across uneven surfaces such as concrete, gravel, grass, asphalt, dirt, tile, and carpet while operating reliably in rain, sun, snow, and extreme temperatures from –4°F to 122°F thanks to advanced perception sensors that enable day‑ and night‑time navigation. Designed for industrial‑scale payloads, it supports up to 660 lbs (300 kg) on flat surfaces and 550 lbs (250 kg) on 10° slopes, with agile maneuverability enabled by omni‑directional steering, a zero‑point turning radius, and a top speed of 4.5 mph. Its modular cargo system includes flat platforms, shelves, enclosed units, and temperature‑controlled compartments capable of maintaining –112°F to +212°F, making it suitable for everything from raw materials to sensitive lab items. The robot integrates with elevators, doors, gates, and facility software for multi‑level, end‑to‑end autonomous routing across large campuses and complex environments, and delivers 16+ hours of runtime with autonomous docking and a 4‑hour recharge cycle for continuous operation. With deployment in as little as seven days and no infrastructure modifications required, it is ideal for manufacturing, warehousing, distribution, corporate campuses, life sciences, and other settings requiring reliable, mixed‑terrain industrial material handling.

This robot is an autonomous commercial floor scrubber designed to handle high-traffic spaces with minimal manual effort. Built specifically for hard floors, it combines scrubbing, sweeping, and dust mopping in one robot, delivering deep-clean results in a single pass.

With a cleaning efficiency of up to 1,200㎡ per hour, a 500mm cleaning width, and dual 35L/33L clean and dirty water tanks, the M1 is engineered for consistent performance across retail, office, hospitality, healthcare, and industrial environments. It features an 8-hour runtime for extended operation and supports automatic water refilling and draining to reduce downtime and labor involvement.

Powered by intelligent sensing and autonomous path planning, the M1 navigates around obstacles and operates in both automatic and manual modes, making it flexible for different facility needs.

This is a NATO-certified tactical ISR drone built for defense, government, and critical infrastructure operators who need a secure, non-Chinese-origin UAV solution. Designed and manufactured in Europe with an NDAA-aligned supply chain, it’s a trusted option for mission-critical environments where compliance and data security matter. There’s no cloud dependency—your data stays with you. Ideal for perimeter monitoring, infrastructure inspection, and day/night operations in harsh conditions, the Falcon MK3S delivers reliable situational awareness when it counts. A modular, catalog-ready platform with scalable production and long-term supplier continuity.

Holman Robotics’ Field Operations & Material Handling Total Solution automates repetitive, labor-intensive tasks across outdoor and semi-outdoor environments—helping teams move materials, maintain sites, and complete routine work more efficiently and safely.

Designed for dynamic operational environments where work happens across large areas, this solution leverages Burro autonomous mobile robots to operate alongside human teams. Beyond towing, Burro supports a range of applications including material transport, mowing, spraying, inspection assistance, and task-specific workflows, adapting to the needs of each operation.

What the solution delivers:
Autonomous material transport and towing to reduce manual carrying and travel time
Support for maintenance tasks such as mowing and spraying through modular attachments
Assistance with repetitive field activities, allowing teams to stay focused on higher-value work
Safe, human-aware navigation in active, unstructured environments
Flexible deployment that scales from a single robot to multi-site operations

What’s included with Holman Robotics:
Use-case driven solution design, including robot configuration and attachment selection
Deployment and onboarding, including mapping, workflow setup, and operator training
Flexible financing options
Ongoing support and lifecycle management through one partner

Powered by Holman Robotics Connect
Burro fleets are monitored and managed through Holman Robotics Connect, providing centralized visibility into utilization, task performance, and fleet activity—across locations and robot platforms.

Holman Robotics’ Parts Movement Solution automates the transport of parts, tools, and materials within service departments, distribution areas, and industrial facilities—reducing technician downtime, and operational bottlenecks.
Designed for dynamic operational environments where parts and materials need to move quickly and reliably between teams and work areas, our solution uses autonomous mobile robots (AMRs) to transport items from stockrooms, inventory locations, or staging areas directly to end users, work zones, or production areas—on demand or on a scheduled basis

What the solution delivers:
Automated point-to-point parts delivery between parts departments, service bays, and back-of-house locations
Reduced technician travel time, allowing technicians to stay focused on revenue-generating work
Improved throughput and cycle times by eliminating delays caused by manual parts runs
Safe, reliable navigation in dynamic environments with people, vehicles, and equipment
Scalable deployment, starting with a single robot and expanding as demand grows

What’s included with Holman Robotics:
Robot selection and configuration matched to your facility layout, payloads, and workflows
Deployment and onboarding, including mapping, testing, and staff training
Flexible acquisition options, including purchase or robotics-as-a-service (RaaS)
Ongoing support and lifecycle management through a single Holman partner

Powered by Holman Robotics Connect
All robotic assets can be monitored and managed through Holman Robotics Connect, our unified platform that provides visibility into robot utilization, performance, and fleet activity—across locations and robot brands.

Holman Robotics’ Security & Inspection Solution automates perimeter security, site monitoring, and routine inspections across complex operational environments—enhancing coverage while reducing human exposure to hazardous, remote, or repetitive monitoring tasks. Designed for dynamic operational environments where consistent monitoring and inspection are critical, this solution leverages quadruped robots from Ghost Robotics to navigate indoor and outdoor terrain that is difficult, repetitive, or unsafe for human personnel. The robots perform autonomous or remote-operated patrols, inspections, and data collection—day or night, in all weather conditions.

What the solution delivers:
Autonomous security patrols and inspections across facilities, yards, and perimeters
Visual, thermal, and sensor-based data capture for anomaly detection and condition monitoring
Reduced reliance on manual patrols, improving staff safety and resource allocation
Reliable operation in challenging environments, including uneven terrain and outdoor conditions
Scalable deployment, from a single robot to multi-site fleets

What’s included with Holman Robotics:
Solution design and robot configuration based on site layout, security objectives, and inspection requirements
Deployment and onboarding, including mapping, workflows, and operator training
Flexible acquisition options, including purchase or robotics-as-a-service (RaaS)
Ongoing support and lifecycle management through a single Holman partner

Powered by Holman Robotics Connect
All robotic assets are managed through Holman Robotics Connect, providing centralized visibility into robot activity, utilization, alerts, and performance—across locations and robot platforms.

The J1600 self-driving pallet jack from The Mobile Robot Company is a dual-mode, collaborative material handling solution designed to bridge the gap between fully manual pallet transport and complex, capital intensive automation. It is built to operate seamlessly in dynamic warehouse, production, and logistics environments where flexibility, safety, and fast deployment are critical. The J1600 can be used exactly like a conventional electric pallet jack with full manual control via the tiller handle, while also offering autonomous driving capabilities that allow pallets to be transported automatically between predefined locations. This human-in-the-loop approach enables companies to automate repetitive internal transport without giving up the adaptability and intuitive control operators rely on every day.

At the core of the J1600 is a robust autonomous navigation system based on 3D LiDAR SLAM technology combined with an industrial NVIDIA Jetson AI computer and an RGB camera. The robot continuously learns its surroundings as it is manually driven through the facility, eliminating the need for maps, reflectors, floor markers, or complex system integration.

New pickup or drop-off locations are created simply by driving the robot to the desired spot and saving the location on the integrated 15-inch multi-touch HMI. Tasks are launched directly from the touchscreen and can include simple point-to-point deliveries, multi-stop routes, return-to-operator missions, or calling the robot to a specific location. Wi-Fi connectivity is optional, and the system is ready to use out of the box without any IT infrastructure.

The J1600 is engineered for demanding industrial use and offers a rated payload capacity of 1,600 kg. It supports manual pallet pickup and drop-off up to a lifting height of 1.6 meters, while autonomous pallet delivery is performed at floor level. The fork geometry is optimized for standard logistics flows, with 1,150 mm fork length, 680 mm outer fork distance, and compatibility with EPAL Euro pallets, GMA pallets, and other open-bottom pallets or custom load carriers within size limits of up to 1,250 mm by 1,250 mm including load overhang. Maximum load height from floor is 1,700 mm, making it suitable for a wide range of goods and packaging types.

In operation, the J1600 reaches a top driving speed of 5.4 km/h and maintains smooth, predictable motion even when fully loaded. Fork lifting and lowering speeds are optimized for safety and stability, with lifting speeds of 0.1 m/s without load and 0.08 m/s at full load. The lithium-iron-phosphate battery system operates at 24 V and 200 Ah, offering long operational endurance, stable performance, and fast charging. Typical battery consumption is approximately 13 percent per hour when driving fully loaded, 12 percent per hour without load, and only 2 percent per hour in standby. Automatic charging is supported, enabling continuous operation with minimal operator intervention.

Safety is a fundamental design principle of the J1600. The robot is equipped with a comprehensive safety architecture that includes dual 2D safety LiDAR scanners, a 360-degree safety field, safety-certified motor controllers, speed and direction encoders, emergency stop buttons, load detection, and intelligent safety field adjustment. The system is designed to navigate safely among people, with obstacle detection and controlled stopping behavior that meets or exceeds relevant safety performance levels. The J1600 is CE marked and complies with key European and international standards, including EN ISO 3691-4, EN ISO 13849-1, and ANSI/ITSDF B56.5, making it suitable for deployment in both EU and US facilities.

Physically, the J1600 has a compact footprint that allows it to operate in narrow aisles and crowded work areas. The vehicle length is 1,893 mm, width is 850 mm, and the turning radius is 1,501 mm. Ground clearance is 30 mm, and the system is designed for indoor use on industrial floors meeting standard flatness requirements. It can handle small bumps up to 25 mm and gaps up to 20 mm, and operates reliably in temperatures from 5 to 40 degrees Celsius.

Manufactured in Denmark, the J1600 reflects The Mobile Robot Company’s focus on practical, accessible automation that delivers value from day one. By combining manual pallet handling with autonomous transport, the J1600 can reduce manual driving time by up to 80 percent, freeing operators to focus on higher value tasks while maintaining full operational flexibility. It is an ideal solution for companies seeking a fast return on investment, minimal disruption to existing workflows, and a safe, future-ready approach to internal logistics.