The rationale behind this frame was fairly straightforward. I was looking at some new generation frames, which seemed to heavily rely on aerodynamics and which incorporated a number of unconventional features. My aim was to come up with a similarly unconventional frame, but make it more aesthetically pleasing.
Design is often about making compromises. Some frames are geared towards performance, while others are more durable, more user-friendly, more aesthetically pleasing, and so on. So I made it clear for myself that I would put the visuals in the first place, even if it performance and user-friendliness would suffer. That was a personal choice at that point in time.
However, the frame turned out as it is today. Although the narrow frame doesn’t make it easy to work on, the performance is outstanding. So although it might look like I designed this frame to be aerodynamically efficient, this was mostly done because it looks interesting and different from what we are used to.
This frame was designed to look nice and to inspire others. Feel free to build upon this design and share it. I want to learn from you as well!
Enjoy!
The rationale behind this frame was fairly straightforward. I was looking at some new generation frames, which seemed to heavily rely on aerodynamics and which incorporated a number of unconventional features. My aim was to come up with a similarly unconventional frame, but make it more aesthetically pleasing.
Design is often about making compromises. Some frames are geared towards performance, while others are more durable, more user-friendly, more aesthetically pleasing, and so on. So I made it clear for myself that I would put the visuals in the first place, even if it performance and user-friendliness would suffer. That was a personal choice at that point in time.
However, the frame turned out as it is today. Although the narrow frame doesn’t make it easy to work on, the performance is outstanding. So although it might look like I designed this frame to be aerodynamically efficient, this was mostly done because it looks interesting and different from what we are used to.
This frame was designed to look nice and to inspire others. Feel free to build upon this design and share it. I want to learn from you as well!
Enjoy!
The Sleek frame was conceptualized with the aim of creating a low-profile 210-sized racer that could easily be flown at night. The bottom plate is a carbon fiber and acrylic sandwich allowing light from internal LEDs to be refracted along the outer edges. The electronics are mounted in a rugged 3D-printed pod and covered with an aluminum top plate doubling as an additional heatsink for the video transmitter.
The Sleek frame was conceptualized with the aim of creating a low-profile 210-sized racer that could easily be flown at night. The bottom plate is a carbon fiber and acrylic sandwich allowing light from internal LEDs to be refracted along the outer edges. The electronics are mounted in a rugged 3D-printed pod and covered with an aluminum top plate doubling as an additional heatsink for the video transmitter.
Aether was designed with the objective of creating an innovative, aesthetically pleasing and compact drone that could be easily and cheaply manufactured with the use of consumer grade CNC-machines such as a 3D-printer. The result is a sleek, 220-sized drone consisting of an exceptionally sturdy 3D-printed shell and a beefy bottom plate in either plywood or carbon fiber.
As Aether is based on my specific, personal preferences, I will freely share the design files in the near future to anyone looking to tweak or customize the design to their own likings. By sharing my designs, I allow pilots to make and build their own real-life versions of the frames!
Aether was designed with the objective of creating an innovative, aesthetically pleasing and compact drone that could be easily and cheaply manufactured with the use of consumer grade CNC-machines such as a 3D-printer. The result is a sleek, 220-sized drone consisting of an exceptionally sturdy 3D-printed shell and a beefy bottom plate in either plywood or carbon fiber.
As Aether is based on my specific, personal preferences, I will freely share the design files in the near future to anyone looking to tweak or customize the design to their own likings. By sharing my designs, I allow pilots to make and build their own real-life versions of the frames!