The task was given to a team led by drone expert Ralph Hogenbirk. Overcoming challenging obstacles, the team worked to build a drone that could compete with an F1 car in terms of turning speed, acceleration and deceleration. The drone flew around a 5.8 kilometer runway at full power and speed. can fly without catching fire It was necessary. At the same time, it was necessary to control the drone at such a high speed.
The limits were pushed in performance and design
At first, the team focused on weight rather than weight. aerodynamics gave priority. They thought they could greatly increase the drone’s battery life by maximizing aerodynamic efficiency. Moreover putting endurance ahead of absolute maximum speed They took a calculated risk. To that end, they tuned every part, including the propellers, batteries, and motors, to operate at slightly less than their full capacity. By doing this, they ensured that the drone operated as efficiently as possible without exceeding its limits.
The development team of the drone project did not cut corners when finding state-of-the-art parts to achieve their goals. Although the motors and electronics were sourced from widely available, off-the-shelf products, they worked closely with vendors to source the latest, unreleased hardware. Therefore, they were able to meet the demanding specifications of the project, including the management of the increased speed of the engines.
However, the real challenge was for the team to design and manufacture the external structure of the drone. For both prototyping and final production to meticulously create a lightweight yet robust frame custom carbon CNC work and 3D printing they used.
Can withstand 6G force
The drone has tremendous values in terms of performance, 350 km/h top speed can reach. And just It can accelerate from 100 km/h to 300 km/h in 2 seconds. In this way, it can reach the performance of Formula 1 vehicles. Carbon, glass fiber and 3D polymer composite body While the drone with average 2-3G with maximum 6G can withstand forces. Weight was also of great importance in achieving this kind of agility. Team, weighs less than 1 kg managed to keep it.
Going forward, the team states that they want to further improve the drone’s capabilities, especially regarding camera technology. Currently high quality with 10-bit color depth 4k 60fps / 5k 30fps with camera Even if they are equipped, in the future live broadcast They plan to integrate talent.
This news our mobile application Download using
You can read it whenever you want (even offline):
Source link: https://www.donanimhaber.com/formula-1-araclariyla-kapisan-dunyanin-en-hizli-drone-u-uretildi–174710