InfoSearched
Published -
- February 26, 2020
- 10:32 am
We go to Europe to see DCL’s new, and the world’s first manned aerobatic racing drone.
This 12-motor, 24-battery giant drone carries a person and is a prototype for their future manned multirotor racing.
Recommended:
<li>Amazon Links</li>
<p>You Can check out or buy this book on Amazon from the link below if you like:</p>
The Flite Test Book of RC Airplanes: Everything you need to know before flying R/C: //amzn.to/3thl9dW
First Manned Aerobatic Racing Drone – Will it Flip?
The world of aviation has been experiencing a significant transformation over the past few years. With the introduction of drones, the possibilities in this field seem to be endless. Drones have become a crucial aspect of military operations and have also been integrated into various civilian applications. However, companies are always in search of ways to push the boundaries and enhance performance. That is where the concept of the first manned aerobatic racing drone was borne.
A group of engineers in the US have teamed up to create a drone that has the capability of carrying humans. The project is being spearheaded by the inventor and CEO of drone-building company, 3DX Industries, Konrad Brattke. This drone aims to take racing to a whole new level, as it can travel at mind-blowing speeds and perform stunts that have never been witnessed before.
The first thing that comes to mind when talking about a drone of this sort is how the pilot will handle such speeds and stunts. The pilot will have a lot of work cut out for them since the drone will be capable of achieving speeds of up to 100 mph while soaring over the ground. Brattke and his team have developed a technology that will allow the drone to fly inverted, hence, opening doors to a whole new perception of aerial acrobatics.
The drone’s unique design features six motors that have the capacity to tilt up to 30 degrees. This allows the drone to have more maneuverability and control even when performing difficult maneuvers such as rolls and flips. The drone boasts a carbon fiber frame, allowing it to remain lightweight yet incredibly strong. The hope is that the drone will be able to perform aerial stunts that have never been witnessed before, while at the same time remaining safe for the pilot.
Safety has been one of the most critical aspects of this project. The engineers have been working tirelessly to ensure that the drone is equipped with all necessary safety features such as parachutes and emergency braking systems. These features will be crucial in case of any unforeseen circumstances.
The project is still in its developmental stages, and Brattke and his team are working tirelessly to ensure that the first manned aerobatic racing drone is a success. Their goal is to create a pilot-friendly vehicle that will be easy to maneuver, safe, and capable of performing aerial stunts that will leave spectators in awe.
In conclusion, the introduction of the first manned aerobatic racing drone shows the level to which technology has advanced. It’s thrilling to think about the possibilities that this project and other innovations in drone technology will bring. However, there is still a lot of work to be done before the first drone takes to the skies with a human pilot. The biggest question still remains – Will it flip? Only time will tell.
