The Hugo Quadcopter is a 25kg high-performance, customizable R&D drone platform designed to support robotics research, sensor integration, and experimental testing in structured environments. Created for ROS (Robot Operating System) applications, Hugo can handle heavy cameras, LIDAR, and other advanced sensors, making it the ideal choice for researchers and developers seeking a versatile, high-capacity platform for custom drone projects. Please note that Hugo is intended solely for R&D use and not for commercial applications.

Key Features of Hugo Quadcopter for Advanced Research Applications:

• Maximum Takeoff Weight: 25 kg, optimized for substantial payloads in R&D environments (ca. 50kg Thrust)
• Arm Span (without props): 143 cm for improved stability and control
• Weight (without batteries): 8.2 kg, allowing for maximum payload flexibility
• Payload Capacity: Up to 9 kg with our aeroPAX6 16Ah smart battery
• Flight Times:
  • 35 min with 4x aeroPAX6 12Ah
  • 50 min with 4x aeroPAX6 16Ah
  • 65 min with 4x aeroPAX6 20Ah
  • 100 min with 4x AeroPAX6 30Ah
• Power Configuration: 4x aeroPAX6 smart batteries, configured with 2x 6S packs in series to achieve a 48V setup

Datasheets and Manuals – Aerotate

AeroPAX6 Smart Battery Technology

The Hugo Quadcopter is powered by the aeroPAX6 smart battery, our high-performance smart battery engineered to provide optimal power, status and long flight durations. This flexibility in power options ensures Hugo is the ideal drone for long-duration research missions and heavy payload applications.

Customizable Electronics Bays for Autopilot and Companion Computer

Hugo offers two spacious electronics bays to support a wide range of custom R&D equipment integrations:

• Bay 1: Typically allocated for the autopilot.
• Bay 2: Reserved for the companion computer, supporting systems like Orin, Panda, and Raspberry Pi.

Adaptable lids allow for easy modifications, including antenna mounting and cooling fans, making Hugo an easily customizable drone for research.

Please get in touch if you would like addition modifications or suitable Sensor holders for Lidars, etc. We also provide you with a working Ardupilot parameter set, tested on our drone.

Flexible Configurations and Custom Options for Research and Development

Hugo is available in a variety of configurations to suit R&D applications, from a partially assembled kit to fully assembled options. Customization choices include:

• Assembled base frame
• Motor selection
• aeroPAX6 battery capacity variations
• Autopilot options (Cube Orange)
• Companion computers (Orin, Panda, Raspberry Pi)
• Remote controller and antenna integration
• LIDAR (downward-facing or 350° models)
• GPS with antenna integration
• Gimbal camera options (e.g., SIYI)
• Complete wiring for specified components
• Shipping within continental Europe or pick-up in Landstuhl, Germany
• Additional customizations upon discussion

Important Note: Hugo is an R&D platform for scientific testing, prototyping, and robotics research. It is not intended as a commercial product but instead serves as a specialized tool for innovative research projects across sectors like robotics, environmental monitoring, and sensor technology.