A lot of time has gone since the last update. Just experimented around with a few materials and maybe found a solution. Fighting on my cetus with another bad ass composite material but looks good for now (and especially the specs)…
Welcome back at another episode of how to build the perfect frame. While the market is spreading exponantially at the moment I´ll do some research on new ways to design frames. At the moment I´ll deal alot with flow characteristics and a special low-resistance frame design. This kind of design offers lot of optimizations but is quite complicated to design. I still play with 3″ prop versions so there is much options to try out at this size. I have to say due to less free time I can´t stay on the topic but I´m sure right now that this will have a huge impact on energy consumption and flight times…
the actual internal name is „super“ but stay connected it will be announced soon. The design is in refining status and will be finalized the next few weeks. Also test flights wil begin shortly but I´m quite sure there will be not that much to improve on it.
Since I traveled with my tiny mosquito for the last 4 weeks through the Philippines I want to show you how compact a full field fpv setup can be.
Mosquito 130mm racer
Eachine EV100 goggles
4x lipo 3S 800mAh
2x lipo 4S 650mAh
Eachine ROTG01 receiver for spotters
Eachine battery for goggles
Camera bag from „hama“
ISTD battery checker
Find also below an example what video quality is possible with this 2130gr field setup. What’s missing is tools for maintenance, a charger and spareparts. But this depends partly on the skills of the pilot and the rigidness of the frame. I didn’t even killed one part of the racer in the last 4 weeks. I also didn’t use tools for maintenance as it was flying like a charm.
You can shrink down the fieldsetup with less batteries. But for longer flight sessions these 6 lipos had been far enough in my opinion.