Flexbot Quadcopter V1.5

thingiverse

We're excited to introduce the latest version of Flexbot, a major overhaul based on our previous design. One key improvement is the battery holder - it was prone to falling out when the copter hit the ground, but we didn't want it to be too secure either. That's where the idea for the 3D battery holder came from - I had a eureka moment while changing batteries in my Beats headphones, which have a clever rotating cap design. The new holder is designed to stay firmly in place yet still allow easy removal and replacement. The battery compartment plays a crucial role as it acts as the landing gear of the copter, so we wanted to get this right. When designing the frame, we had to balance two key factors: weight and strength. Weighing these competing demands was a delicate process - too much weight and the structure would be unstable; too little and it wouldn't hold up under stress. After experimenting with various designs, we finally arrived at a sturdy yet lightweight frame that meets our requirements. We also made some improvements to the motor seats, widening them on top so users can more easily insert the motors. This may seem like a small change, but it makes a big difference in terms of usability and ease of assembly. 3D printing has been a game-changer for us - it allows us to quickly prototype and test new designs without the hassle and expense of traditional manufacturing methods. We can simply sketch out our ideas on the computer and print them out whenever we need to make changes or try something new. This level of flexibility is invaluable in product development, and it's been a key factor in bringing Flexbot to life. Currently, we're hard at work refining the design and developing new related products. If you have any feedback or ideas about Flexbot, please don't hesitate to get in touch - every suggestion counts! You can find us on Twitter, Facebook, Pinterest, and our website, flexlab.cc. We're excited to connect with like-minded individuals who share our passion for innovation and DIY projects. Flexbot is an open-source hardware project based on Arduino, which means we have a GitHub repository where you can access the code and contribute your own modifications. You can also find us on GrabCAD, where we've shared our designs for others to use and improve upon. For those who want to learn more about Flexbot or simply enjoy flying their own copter, we invite you to join our community. With its open-source nature and 3D printing capabilities, Flexbot offers a unique blend of fun, learning, and creativity that's perfect for people of all ages. As a special note, I'd like to express my gratitude to the Up! printer brand for their generous support in helping us bring Flexbot to life. We're proud to showcase our work using this excellent 3D printing technology.