NewsEdwin Van Ruymbeke's X-Fly: The Bird-like Drone Revolutionizing Aerial Technology

Edwin Van Ruymbeke’s X-Fly: The Bird-like Drone Revolutionizing Aerial Technology

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Introduction of X-Fly Drone

Aeronautical engineer Edwin Van Ruymbeke has unveiled the X-Fly, a groundbreaking drone that mimics the flight pattern of a bird. This innovative drone, controlled via Bluetooth and powered by the STM32WB15CC microcontroller, boasts a flight range of 100 meters and can remain airborne for 8-12 minutes on a swappable battery system.

Collaboration and Technological Breakthrough

The development of the X-Fly included a collaboration with the French military, focusing on the intricate flapping wings mechanism. This mechanism integrates gyroscopes and g-sensors to ensure stable flight. Additionally, the drone can be operated using a smartphone app or an attachable optical joystick.

Durability and Enhanced Features

X-Fly stands out for its durability against crashes and features a quick-swap battery system. The improved wing mechanics are designed for extended flight times, highlighting its resilience and advanced functionality.

Comparative Drones and Kits

Prior to X-Fly, the market saw drones like the Qualcomm Flight RB5-based Kudrone Nano Drone and various drone kits like Qualcomm Flight Pro. These models provide a context for the advancements X-Fly brings to drone technology.

Key Features and Specifications

  • Control Board: Incorporates an STM32WB15CC Bluetooth microcontroller with motor controllers and sensors.
  • Performance: Features adjustable flying speed, wind resistance, and a considerable flight range.
  • Motor: Equipped with a main motor for wing flapping and a direction motor, along with a rudder for steering.
  • Battery: The drone utilizes a swappable LiPo battery with an efficient charging time and autonomy.
  • Sensors: Includes a 6-axis Gyro and G-sensor.
  • Flight Assistance: Provides stall protection and ensures stable flight.
  • Smartphone App: Offers a range of features for drone control and firmware updates.
  • Additional Features: Crash protection, patented flapping mechanism, and tail with adjustable positions for speed control.

Advanced Microcontroller Specifications

The STM32WB15CC microcontroller is a low-power, multiprotocol wireless component compatible with Bluetooth Low Energy 5.4. It features dual Arm Cortex cores, extensive flash memory, SRAM, and advanced security features, along with a variety of power-saving modes.

Future Enhancements and Kickstarter Program

X-Fly is planning future updates including ultrasonic sensors for obstacle avoidance and GPS tracking. The Kickstarter campaign for X-Fly offers several reward tiers, ranging from the standard drone package to add-ons like joysticks and LED lights, with delivery expected in April 2024.

Impact on Drone Technology and Aerial Displays

The introduction of the X-Fly drone represents a significant leap in drone technology, offering a unique combination of bird-like flight mechanics, advanced control systems, and user-friendly features. This innovation is set to transform aerial displays and pave the way for new applications in drone technology.

Michal Pukala
Electronics and Telecommunications engineer with Electro-energetics Master degree graduation. Lightning designer experienced engineer. Currently working in IT industry.