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what was the prompt?

STL?

weird

Angle of attack creates lift not "thrust". Too much AOA may will make the wing stall. A flat wing is inefficient compared to one with an aerofoil cross section. Winglets on the wing tips reduce drag but do not contribute to stability. The simple way to get stability is dihedral: the wings should be angled up slightly. Finally, you need your fore/aft weight distribution checking. Looks nose heavy to me.

Keep up the good work

Try a 3D carbon fiber axe 🪓 handle...Or use the strongest affordable non metal print material.

If you want to pick up small irregular objects then you might need a "granular jamming gripper"

I like the result

2:38 angle of attack helps create lift , not thrust 👍🏾

If the code worked the same, I’d say that the question wasn’t hard enough. Give it some complex mathematical proofs, perhaps a Dafny coding challenge, etc.

it costs 200$/month

Max output length?

Will this replace jobs?

hey, was this bullet ?

So cool!

omg .. it took 6 months to produce 330 lines of code of 2D simple math of 2 pages .. this has done 3D in few seconds!!

hello , if have an issue if you can help. i set up ORB-Slam3 , tried example , then followed the instruction in your repo , and edited the TUM1 file to have my calibration parameters , the code run and start the viewers for like 1 frame then exit. have you encounter that before (using ubuntu 20.04, ros2,foxy )

R-2 without wheels?

I'm tripedal

this is awesome guys

Wow😮

🔥 pretty cool

Great work jeff

Great video! Does the SDK provide a way to receive data like a depth map or point cloud. I would like to use the depth values within a program.

can you post your code?

If you can, try to make the gears smaller to be more accurate on your movement

Winglets are anti-vortex devices that reduce drag- they do not add stability. For that you need dihedral. The angle of attack of the wing vs the stabilizer is also for stability, it does not affect the thrust. You also need to consider the motor thrust line and the C of G (which should be just behind the centre of lift)- you could have got the distance you did without power. Best way to get more thrust is a brushless motor. Add R/C while you are at it- the extra weight is very little these days. And recruit a pilot- small planes require skill.

I would just like to mention the winglets are for efficiency of a wing not stability it prevents air at normal pressure from going above the wing to lower pressure by preventing it to vortex around the wing tips they are not required and add a significant amount of weight so I would recommend removing them on the next design

Cool project!

Can u connect to smart phone

this is such a good vid keep it up!!

just discovered your channel. your projects are amazing! i wanna eventually work towards projects like yours. im currently working on a hexapod, but it's a daunting first robotics project. can get it to walk forwards but hoping to use force sensors in the feet, like you're doing.

My only question is, I thought this was comparing the two options the saying which one is better for what but like, it didn't it just kinda showed an arm you made using buttons Mentioned that the resistance sensor changed voltage on contact on that was it, so like which one do you use? Other than the downside of low detail with the button and the incompatibility of the resistance sensor with some material which one do you use for what? What's the application possibilities?

I feel like you might wanna put like little pads on top of the buttons bc it looks like, (idk im just a noob who just bought a 3d printer) essentially you could 'thread the needle' with irregular objects like the boat by getting the buttons in the windows and they wouldnt sense it

Fascinating!

honestly great explanation thank you so much!!!

The force sensor is cool✨

This is great!

Would it be possible to measure the current of the servo and use that as a limit switch? Or maybe as pressure sensor if you tune it just right

Are the pressure sensors compatible with arduino ?

good stuff fellas!

Love seeing the iterative progress

can i use this for outdoor application? i am planning to buy one

Nice attempts, I think to make it fly you need Aileron controled with 2 SG90 servo motor and a remote controller ;)

Great work! ❤

Interested dear keep it up

I like the direction this channel is going. Keep it up.

Interesting idea. Please enter me in your raffle. Also, do you have a list of past winners of your Desk Buddy?

You're so underrated