Introduction
For this assignment, our group was tasked with building a Believer drone and organizing our work into separate tables that documented different aspects of the project.
photos did not download due to it being a blog.
Clayton and another group member took responsibility for the building installation portion. This involved organizing the components and beginning the actual structural assembly of the drone.
Component Familiarization
Niko and I worked on identifying and comparing the parts that the Believer company officially recommends with the parts we actually ended up purchasing. During this process, we ran into issues with broken or outdated links from the company’s recommended parts list, which made it difficult to directly cross-reference everything. This required extra effort in finding substitutions and making sure the replacements would still be compatible with the build.
Bella focused on identifying the parts of the airframe. Since many of the labels on the baggies were written in Chinese, she relied on Google Translate to ensure the parts were categorized correctly. One difficulty we encountered at this stage was that the kit did not include the glue that the instructions stated should be provided, which caused a delay in moving forward with assembly.
Looking ahead, I expect the Believer drone to be a capable and well-structured platform that can be used for mapping, aerial photography, or other advanced applications once fully assembled and tested. However, after seeing all of the parts spread out in the box, one’s opinion of the project might change. The sheer number of components can make the build feel overwhelming at first, and it highlights how much detail and patience is required to complete a drone of this complexity. While the end product will likely be rewarding, the assembly process requires strong teamwork and attention to detail to overcome the challenges that arise along the way.