Modular Multi Rotor Flies Up To Two Hours

Artistic representation for Modular Multi Rotor Flies Up To Two Hours

Modular drone systems enable longer, more flexible flight durations.

Modular drone system for long-duration flights

Introduction

The concept of long-duration flights has long fascinated the aviation industry. With the advent of modular drone systems, the possibility of achieving flights exceeding two hours has become a tangible reality. Modovolo, an Italian company, has been at the forefront of this innovation, developing a modular drone system that has pushed the boundaries of flight duration.

Modular Design

At the heart of Modovolo’s modular drone system lies a unique design feature – the use of lightweight, modular “lift pods” inspired by bicycle wheels. These pods are tensioned with lines, allowing for a high degree of flexibility and adaptability. The pods can be configured into various arrangements, including quad-, hex-, and octocopter configurations, making the system highly versatile.

This design allows for a more efficient and compact powertrain, reducing the overall weight and increasing the drone’s maneuverability.

The Powertrain and Propellers of the ArduPilot Drone

The ArduPilot drone boasts a distinctive powertrain and propeller system that sets it apart from other drones in its class. At the heart of this system lies a unique combination of internal ring gears and small brushless motors. These motors are capable of hovering at a remarkably low power output of 60 W, making them ideal for powering high-density lithium-ion cells that are typically not suitable for drone applications.

Key Features of the Powertrain and Propellers

  • Internal Ring Gears: The propellers feature internal ring gears that transmit power from the motors to the propellers. This design allows for a more efficient transfer of power and reduces the overall weight of the drone. Small Brushless Motors: Each motor is equipped with a small brushless design, which enables high efficiency and reliability. The low power output of these motors makes them suitable for powering high-density lithium-ion cells.

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