I thought that I would not enjoy the F-111 content of your channel (as apposed to GPU repair & overclocking), but it's surprisingly interesting. I admire all the work you've put into this. In a way, that's difficult for me to describe, your F-111 project (that deviates from GPUs) is encouraging to me. It's almost like you're saying, "You can take on a new project that you're interested in and add more enjoyment in your life." I needed to "hear" that. Thank you.
With the undercarriage, would it be wise to put an offset on the o-ring connection point to preset the wheel in a wheel back position? In the shown design, vertical forces are transmitted directly upward into the airframe. Putting in the offset angle would allow the o-ring to take the shock.
I thought that I would not enjoy the F-111 content of your channel (as apposed to GPU repair & overclocking), but it's surprisingly interesting. I admire all the work you've put into this. In a way, that's difficult for me to describe, your F-111 project (that deviates from GPUs) is encouraging to me. It's almost like you're saying, "You can take on a new project that you're interested in and add more enjoyment in your life." I needed to "hear" that. Thank you.
Wow! That is really cool and different!!!!!
PET-G is a good option for landing gear. Very similar to pla in print settings but much more durable to dynamic loads
This is one of the coolest looking designs I’ve seen! The F-111 is so iconic!
What an awesome project!
So cool to see it develop from an idea into this!
That's cool, keep up👍
With the undercarriage, would it be wise to put an offset on the o-ring connection point to preset the wheel in a wheel back position?
In the shown design, vertical forces are transmitted directly upward into the airframe. Putting in the offset angle would allow the o-ring to take the shock.
ait buddy imma need ur wt user now :)