Product Description
Meet the Flyboat HD300, a cutting-edge autonomous delivery robot designed specifically for heavy-duty transport in dynamic environments. With a maximum load capacity of 300 kg and a lightweight 60 kg frame, the Flyboat HD300 offers a powerful yet agile logistics solution. Its low-profile chassis glides effortlessly under shelves and workstations, making it ideal for space-constrained areas.
Equipped with advanced SLAM (Simultaneous Localization and Mapping) navigation and seamless integration with ctrl’s smart building ecosystem, the Flyboat HD300 can autonomously access elevators, pass through automatic doors, and operate with pinpoint accuracy across large facilities.
Whether it’s industrial sites, warehouses, hospitals, or retail environments, the Flyboat HD300 is your dependable workhorse for modern material handling and autonomous delivery.
Application
| Industry | Use Case |
| Manufacturing | Transporting heavy components or raw materials between lines |
| Warehousing | Intralogistics, restocking shelves, or cross-dock movement |
| Healthcare | Delivering medical supplies or equipment between departments |
| Retail & Superstores | Restocking shelves during off-hours |
| Airports | Moving luggage, parcels, or equipment in controlled zones |
Product Features
Heavy-Duty Capacity in a Compact, Low-Profile Design
The Flyboat HD300 is engineered to handle high-capacity transport tasks without compromising on agility. Despite weighing just 60 kg, it can carry loads of up to 300 kg, making it one of the most efficient weight-to-load ratio robots in its class.
Compact footprint: The low-profile chassis is purpose-built to slide under workbenches, shelving units, and conveyor systems, allowing it to operate in tight, space-constrained environments where larger robots cannot.
Platform versatility: The flat, reinforced loading surface can accommodate a wide range of cargo types—from crates and bins to pallets or custom modular fixtures—making it suitable for many industries.
Intelligent Navigation with Smart Infrastructure Integration
Equipped with advanced SLAM (Simultaneous Localization and Mapping) technology, the Flyboat HD300 maps its environment in real time, ensuring safe, efficient, and reliable navigation across dynamic settings.
Autonomous path planning: It detects and adapts to obstacles, moving people, and environmental changes on the fly, with no need for magnetic strips or pre-installed infrastructure.
Smart building integration: Fully compatible with ctrl’s smart building system, the Flyboat HD300 communicates with elevators, automatic doors, and other infrastructure components, enabling floor-to-floor delivery and unrestricted access to controlled spaces.
Fleet coordination: When deployed as part of a fleet, Flyboat HD300 units coordinate automatically to optimize delivery routes, reduce wait times, and avoid congestion in busy environments.
Product parameters
| Specification | Detail |
| Product Name | Flyboat HD300 |
| Weight | 60 kg |
| Load Capacity | 300 kg |
| Charging Time | 1.5 hours |
| Operating Time | 6–8 hours |
| Navigation System | SLAM with obstacle avoidance |
| Integration | ctrl Smart Building System |
| Chassis Design | Low-profile for shelf navigation |
| Control Interface | Web/app-based dashboard |
Customer Case
Restuarant
Hotel
Office
FAQ
1. What environments is the Flyboat HD300 suitable for?
The Flyboat HD300 is ideal for factories, warehouses, hospitals, retail, and airport environments where heavy-duty autonomous transport is needed.
2. Can the Flyboat HD300 operate through multiple floors?
Yes. Thanks to its integration with ctrl’s smart building system, it can autonomously use elevators and access different floors seamlessly.
3. How does the robot navigate around obstacles or people?
The Flyboat HD300 uses a SLAM-based navigation system that allows real-time mapping, localization, and dynamic obstacle avoidance.
4. Is the Flyboat HD300 customizable for specific use cases?
Yes, it supports modular attachments and software customization to fit unique industrial or commercial needs.
5. What happens if the battery runs low during operation?
The robot autonomously returns to its charging station when the battery is low, ensuring zero disruption to ongoing logistics operations.
