Are you interested in the Dart Robot's predecessor? 😎 Then it will pay off to watch my video about the Beer Pong robot: ruclips.net/video/Xm2Y8mjOVtc/видео.htmlsi=yRo3OVLXBaxGOaDT
Imagine being invited to some casual rounds of darts, only to be absolutely demolished by your friend's DIYed dart-throwing safety hazard. Great video!!
The effort you put into these videos is beyond amazing! I never would have thought the same robot could be this accurate with just a few changes. The computer vision solution also blew my mind. I really hope you will reach a subscriber count one or two orders of magnitude higher very soon! If anyone deserves it its you.
Solenoid: "Am I a joke to you? I guess if all you have are stepper motors then the solution to every problem is a stepper motor. Jokes aside, great project and a very fun video!
@@mrseanpride6449 He used a stepper motor and a relatively complicated contraption to quickly release the dart. And I think a solenoid would have been a much simpler solution for that problem.
Great video and such a nice job, I would really like to see the robot do a 9 darter. With enough try’s I think it could do it with that incredible precision! By the way, gotta love the theorem of engineering t-shirt
7:40 i believe the main source of jitter would be the 50Hz update frequency of the Servos. 20ms of Jitter is a lot, compared to the few us you would expect from some simple computations on the 8MHz CPU
true! I talked about the exciter frequency of the motor and the natural frequency of the arm in the Beer Pong video. There is/was a lot to optimize. I cannot confirm that part of the problem was caused by computation speed limitations... This was just my personal best guess at this moment. The approach I picked as the solution compensates for every source of jitter/delay, which is why I did not get into further investigation...
@niklasbommersbach i found it very interesting when you found out about the impact the room temperature has on your results. Wouldn't have crossed my mind in the slightest😅
@@niklasbommersbach I'm always impressed by programming skills. You using machine learning to track the darts for example. That's so far beyond my capabilities haha. But the design of the machine in general was just smart! I'm excited for upcoming videos.
Spectacular! Great work! It would be fantastic to use the robot to conduct a comparative study on how different dart characteristics affect the throw: weight, barrel length, shaft length, tip type, flight shape, materials... I think it would be very interesting for myself and for many darts enthusiasts!
as a dartsplayer: wow 🤩a real dartbot (and btw a real good one, speaking of averages and checkout-rate) 😁 supercool project with so much effort & love for the details in it. both thumbs up 👍👍 would love to make a reaction video on it and hopefully get more people to support your projects and channel. imho "we" as dartsplayers can also learn from your bot e.g. as a demo for consistency, timing of a clean release and how a dart ideally flies. We spend a lot of time practicing our throw and optimizing our darts setup e.g. to get to close groupings and no bounce outs
Thank you so much! Super happy that you like the details 😊! I am looking forward to your reaction video... Will be exciting to hear the opinion of a darts player. As you saw in my videos, I am not the greatest when it comes to darts... This is why I know how hard it is to get them closely grouped 😳...
@@niklasbommersbach thank you so much for your feedback 🙏 and really BIG BIG respect for your bot and how smart you are. I also know 3D construction and printing a littlebit (made interchangeable Dartsdecks e.g. with a rotating axes where you have your equipment like barrels, shafts, flights, points in a compact compartment) 👍 supercool possibilities And no worry's about throwing technique, scores or grouping. We all started somewhere and trained a lot. And darts is a cat 🐈 one day you average 70-80 and another day 40-50 😂 typical for amateurs and hobbyplayers - who cares? Fun counts and it is much more fun playing together 🫡 Thanks Niklas
Casually making videos of the same quality as the engineering channels with millions of subs, but only having 2k subs and 50k views You definitely earned another sub and i hope to see your channel grow to the millions :) Also, when seeing you used a Savox servo, i knew from RC experience that it was the issue for the darts being released late
Thank you so much Jack. I appreciate it! Yeah the servo was far from being ideal... I think RC servos are generally not made for this. Did you have such bad experience with Savöx?
@@niklasbommersbach i think they are okay at best, but usually work nice when you dual it up. its just not easy to make them work together, so i stuck with a stronger and faster single servo
Really enjoyed that ❤ would love to see "next step" (much more difficult step) of a throwbot using a more human throwing action wuth a mechanical arm. Your friends know how to win now, sabotage throwbot with a fan heater, hairdryer or similar to warm it up!
Great work, even better solution than stuff made here . really impressive. solenoid would need a driver FET but those are 99p arduino compatible. Like the simplification of axis, but what about throwing from a moving base.
You should produce and sell the scoring system for home and commercial use! Would be awesome especially if you could compete with existing models and have better pricing!!!
you definitely nailed it! sure there are still a bunch of factors you even had no time talking about in the video. even the positioning of the dart at the end of the spinning arm can be some relevant issue. no instant perfectly good idea what the reason for the stable vs. non stable launch speeds might be. probably its the joint result of anything that can give vibrations. thus as lengths are temperature dependent (guess what they are doing for high precision static laser measurement with their already solid metal cast casings. ;-) ) so the vibration effects will see alterations from these lengths as well. doing a full mapping at also varying temperatures sounds to be a rather intense duty. still it might never show up with any good hint for the largest problem inducers and thus wont contribute to fixing it. any maybe even more bad, if you will change only one thin in your robot, you might need to redo any reliability research once again - and maybe you will find out that i did not changed anything just by pure luck. doing so in a forceful "malicious" or tiny way can unveil at least on what random or deterministic magnitude that a change can be. if i could ask you for a favor (or just inspire you) - i would ask you to make your robot throw a pattern, e.g. a triangular or rectangular grid... maybe some 16x16 or whatever. if that is do-able, you might even allow your robot to do art "prints" from digital templates. lets say it could to a Warhol'ish recreation of Marilyn Monroe, just with darts that have the right color. maybe its cool, maybe not. maybe it lacks some technical encounter - or it has such in a way i can not imagine at the moment... you have that thing ready and in your hands - do as you like, and feel inspired to whatever you think is going to be a way (or spin off or detour) that is meeting with the set of your personal criteria.
yes... I also think this is thermal expansion. But viscosity of lubricants etc. might also contribute... Gathering data with this machine unfortunately is very time consuming, so you're right: This would be intense. At some point, I would also need to train some kind of a regression network for this. I don't think that ALL potentially varying factors contribute to the result in a linear (or easy to understand) way. That certainly is a great idea... And I think this would be possible for the robot! I noted it on my video ideas list! Stay tuned, maybe I will give the Throwbot a 3rd appearance on this channel. For my next video, I am planning to do something different first 😉
I haven't thought about it, because I think there are much more capable systems. Like AutoDarts.io or Scolia. The reason I did it myself is literally just the price, the challenge and that I needed to have access to accurate measuring data to train the robot. Also, the code is pretty hacky at the moment... Would need some serious cleanup🤣
This is a super interesting concept to me as well. After finding out that trajectory calculation for the dart might be not the best approach, I considered using a neural network (regression model) to predict the ideal rotation speed. But then I just went with the average and standard deviation approach, because I thought that a neural network would only provide more information if I add other variables (temperature, atmospheric pressure etc.) Do you know another approach that could make more out of the data I have?
@@niklasbommersbach I would probably try to have a feedback loop between the arduino controls and the cameras that allows it to adjust its throw. Either increase the weights for throws from current day, or do 10ish "practice shots" and tune your thrower probability function to fit the new values. You could even machine teach the probability fitter.
Maybe if you could program the machine to aim the second and third dart at the target instead of actually aiming for the board when you hit your first dart with T20, it could potentially improve the possibility of 180 drastically. Also using railed stems like "K-flex" and "Condor AXE" can make the darts easier to stack together.
I've been coming up with what i believe is a novel darts game for practicing finishing and I was wondering the plausibility of THROWBOT perfecting it. It's been a few weeks since I've watched the video so maybe this would be answered by a rewatch, but would it be feasible/possible/likely for it to hit 30 different targets in a row?
As a darts player myself im very curious about the heating problem. Does this effect the flight path of the dart or does it effect for example the release time of the dart somehow?
Well there is proof that it affects the flight path of the dart itself, as the drag force (air resistance) depends on the density of the fluid the arrow flies through and the air density depends on temperature. On the other hand, I have a feeling that this effect is negligible for the temperature differences I was talking about (~10°C)... I'd guess that thermal expansion of the aluminum components, viscosity of lubricants, vibration behavior etc. have a more significant effect on the performance. But this is just a feeling. I have not tested it enough to be sure. Does that answer your question?😊
Did you have any "robin hood" during the testing stage? Even tho your robot could adjust horizontally slightly but i think it is still possible to happen?
Yes, it happened! But I have a feeling that the robot throws the darts a bit "harder" than a human, because they never ended up in a real Robin Hood but in me buying new shafts for the destroyed dart 🤣
@@niklasbommersbach with that rotational speed i supposed it would be harder than human throw i suggest you to program it, so it can determine the best "percentage throw" base on the tolerance (how scattered its location is) comparing to the predicted location when it comes to finishing, to avoid busting the score and leaving difficult finishes but i guess you would have to input a lot of dart knowledge into the robot
@@niklasbommersbachFor that problem you could buy a one piece shaft/flight system like Condor or K-flex which is more expensive but doesn't get damaged that easily and allows better grouping with hardly any bounceouts and no robin hoods
she's not that keen to get in front of the camera... But I can assure you, I finally outperformed her😂 Thanks for your support! What did you like most about the video?
Actually i got inspired by the z axis of a friends‘ 3D printer. They use something similar to compensate for wobbling threaded rods🤔 I found it very helpful in this project
Are you interested in the Dart Robot's predecessor? 😎
Then it will pay off to watch my video about the Beer Pong robot:
ruclips.net/video/Xm2Y8mjOVtc/видео.htmlsi=yRo3OVLXBaxGOaDT
Imagine being invited to some casual rounds of darts, only to be absolutely demolished by your friend's DIYed dart-throwing safety hazard. Great video!!
thanks a lot! Wouldn't call it a safety hazard though... Just don't get in its way 😂
@@niklasbommersbachOh it‘s most definitely a safety hazard
The effort you put into these videos is beyond amazing!
I never would have thought the same robot could be this accurate with just a few changes. The computer vision solution also blew my mind.
I really hope you will reach a subscriber count one or two orders of magnitude higher very soon! If anyone deserves it its you.
Thank you so much for your incredibly encouraging support! Glad you liked the computer vision sub-project! I am happy to have you here! Cheers, Niklas
I was thinking that too lol
Solenoid: "Am I a joke to you? I guess if all you have are stepper motors then the solution to every problem is a stepper motor. Jokes aside, great project and a very fun video!
Haha😂 Im glad you liked it!
I’m dumb can you tell me why a solenoid would work?
@@mrseanpride6449 He used a stepper motor and a relatively complicated contraption to quickly release the dart. And I think a solenoid would have been a much simpler solution for that problem.
Your videos are such top notch high quality man! Really hope to see the algorithm put you in the spotlights soon!
how you don't have more subs is beyond me! you explained things better than most people I watch on here. Great Channel! Thanks
Super happy to hear that! Thanks man!
Amazing video as always ! Super project and really welly done. Everything you do is well made, wether it's the editing or the project itself
thanks Samuel! Your support means a lot to me! 😊
Great video and such a nice job, I would really like to see the robot do a 9 darter. With enough try’s I think it could do it with that incredible precision!
By the way, gotta love the theorem of engineering t-shirt
This is absolutely amazing. The quality is like that of a channel with at least 6 figure subscriber count. I hope you'll blow up soon!
thanks a ton! I will keep up the work!
7:40 i believe the main source of jitter would be the 50Hz update frequency of the Servos. 20ms of Jitter is a lot, compared to the few us you would expect from some simple computations on the 8MHz CPU
true! I talked about the exciter frequency of the motor and the natural frequency of the arm in the Beer Pong video. There is/was a lot to optimize.
I cannot confirm that part of the problem was caused by computation speed limitations... This was just my personal best guess at this moment. The approach I picked as the solution compensates for every source of jitter/delay, which is why I did not get into further investigation...
Great Video, as always!!!
You never fail to surprise me with your problem solving skills. Keep it up💯
i WILL keep it up! What scene did you like most?😎
@niklasbommersbach i found it very interesting when you found out about the impact the room temperature has on your results. Wouldn't have crossed my mind in the slightest😅
I haven't done the maths, but as the whole construction is made from aluminum, thermal effects should have quite an impact
Well done ❤ so many different skills you need to master to accomplish such a project! 👍
Great video and a very impressive machine you have built! Also the production quality of the video is top notch!
Grüße aus Deutschland :)
so glad you like it! Which is your favorite part? Grüße zurück!😁
@@niklasbommersbach I'm always impressed by programming skills. You using machine learning to track the darts for example. That's so far beyond my capabilities haha.
But the design of the machine in general was just smart!
I'm excited for upcoming videos.
Great video as always! I really enjoy watching your content and love/effort you put into it!
thanks a lot for the support! I am super happy that you feel the effort of those videos! Do you have a favorite part of the video?
Spectacular! Great work! It would be fantastic to use the robot to conduct a comparative study on how different dart characteristics affect the throw: weight, barrel length, shaft length, tip type, flight shape, materials... I think it would be very interesting for myself and for many darts enthusiasts!
as a dartsplayer: wow 🤩a real dartbot (and btw a real good one, speaking of averages and checkout-rate) 😁
supercool project with so much effort & love for the details in it. both thumbs up 👍👍 would love to make a reaction video on it and hopefully get more people to support your projects and channel. imho "we" as dartsplayers can also learn from your bot e.g. as a demo for consistency, timing of a clean release and how a dart ideally flies.
We spend a lot of time practicing our throw and optimizing our darts setup e.g. to get to close groupings and no bounce outs
Thank you so much! Super happy that you like the details 😊!
I am looking forward to your reaction video... Will be exciting to hear the opinion of a darts player.
As you saw in my videos, I am not the greatest when it comes to darts... This is why I know how hard it is to get them closely grouped 😳...
@@niklasbommersbach thank you so much for your feedback 🙏 and really BIG BIG respect for your bot and how smart you are. I also know 3D construction and printing a littlebit (made interchangeable Dartsdecks e.g. with a rotating axes where you have your equipment like barrels, shafts, flights, points in a compact compartment) 👍 supercool possibilities
And no worry's about throwing technique, scores or grouping. We all started somewhere and trained a lot. And darts is a cat 🐈 one day you average 70-80 and another day 40-50 😂 typical for amateurs and hobbyplayers - who cares? Fun counts and it is much more fun playing together 🫡
Thanks Niklas
Casually making videos of the same quality as the engineering channels with millions of subs, but only having 2k subs and 50k views
You definitely earned another sub and i hope to see your channel grow to the millions :)
Also, when seeing you used a Savox servo, i knew from RC experience that it was the issue for the darts being released late
Thank you so much Jack. I appreciate it!
Yeah the servo was far from being ideal... I think RC servos are generally not made for this. Did you have such bad experience with Savöx?
@@niklasbommersbach i think they are okay at best, but usually work nice when you dual it up. its just not easy to make them work together, so i stuck with a stronger and faster single servo
This robot absolutely dominated!!!
I also think it did! Glad you liked it, Gabriel!
Underrated project! The result turned out great tbh
I am happy with the results as well! I'm glad you liked it!
Amazing video! I loved your ability to make the video informative, while making it very entertaining to watch
i am glad you liked it!☺️
These projects take quite a bit of time obviously but if you could upload regularly, I think you could easily create a RUclips career 💯
Yes... They are very time-consuming... The video production itself is less than 20% of the effort. Do you have a favorite part of the video?😊
This is an incredible project, bravo!
thanks man! What did you like most about it? 😊
Brilliant! Nice idea! Amazing programming skills ! Love 3D printing is used too ! :) Good Job!
99% of all parts that are not aluminum are printed 😂. I honestly don't know what I would do without my 3D printer!
Awesome idea, awesome video!
Thanks!
Great upload. Great editing.
Incredible work my guy
thanks man!
Dude, freaking smart mofo, Really nice job with this project man!
thanks very much!
Bro, you really really need more recognition.
I'm really impressed with your engineering skills, and robot performance! Bravo! 👍👌💯
Really really good, Thankyou for making this project and this video, that’s a solid thumbs up 👍
thanks! Super cool you liked it!☺
This is incredible! You deserve way more subs.
thank you! What was your favorite part of the video?
u crazy bro...thats insane ! greets from GER
Holy crap, that was incredible to watch
thanks ☺️
Excellent video
Thank you so much Stefan! What did you like most about it😁?
Really enjoyed that ❤ would love to see "next step" (much more difficult step) of a throwbot using a more human throwing action wuth a mechanical arm. Your friends know how to win now, sabotage throwbot with a fan heater, hairdryer or similar to warm it up!
Glad you liked it!
Well, you better stay tuned then… Perhaps I already have some rough sketches in my head for a humanoid Dart-Thrower😎
First time seeing this channel. Best ever
thanks man! So glad you liked it!
Great work, even better solution than stuff made here . really impressive. solenoid would need a driver FET but those are 99p arduino compatible. Like the simplification of axis, but what about throwing from a moving base.
what exactly do you mean a moving base? Why would I move the base while throwing? I am glad you liked it!
That's dope! What library are you using for the steppers?
thanks! It's the AccelStepper Library by Mike McCauley. Works fine for this project!
I want to see Luke Littler play the THROWBOT. Make this happen.
Would love to see a race to 6 set full of "perfect 9 darters"😂 great job, watching this video was fun!
Thanks man! I hoped it would be funny too!
You should produce and sell the scoring system for home and commercial use! Would be awesome especially if you could compete with existing models and have better pricing!!!
Geiles projekt freu mich auf mehr videos
on the way... 😉
you definitely nailed it!
sure there are still a bunch of factors you even had no time talking about in the video. even the positioning of the dart at the end of the spinning arm can be some relevant issue.
no instant perfectly good idea what the reason for the stable vs. non stable launch speeds might be. probably its the joint result of anything that can give vibrations. thus as lengths are temperature dependent (guess what they are doing for high precision static laser measurement with their already solid metal cast casings. ;-) ) so the vibration effects will see alterations from these lengths as well. doing a full mapping at also varying temperatures sounds to be a rather intense duty. still it might never show up with any good hint for the largest problem inducers and thus wont contribute to fixing it. any maybe even more bad, if you will change only one thin in your robot, you might need to redo any reliability research once again - and maybe you will find out that i did not changed anything just by pure luck. doing so in a forceful "malicious" or tiny way can unveil at least on what random or deterministic magnitude that a change can be.
if i could ask you for a favor (or just inspire you) - i would ask you to make your robot throw a pattern, e.g. a triangular or rectangular grid... maybe some 16x16 or whatever.
if that is do-able, you might even allow your robot to do art "prints" from digital templates. lets say it could to a Warhol'ish recreation of Marilyn Monroe, just with darts that have the right color.
maybe its cool, maybe not. maybe it lacks some technical encounter - or it has such in a way i can not imagine at the moment... you have that thing ready and in your hands - do as you like, and feel inspired to whatever you think is going to be a way (or spin off or detour) that is meeting with the set of your personal criteria.
yes... I also think this is thermal expansion. But viscosity of lubricants etc. might also contribute... Gathering data with this machine unfortunately is very time consuming, so you're right: This would be intense. At some point, I would also need to train some kind of a regression network for this. I don't think that ALL potentially varying factors contribute to the result in a linear (or easy to understand) way.
That certainly is a great idea... And I think this would be possible for the robot! I noted it on my video ideas list! Stay tuned, maybe I will give the Throwbot a 3rd appearance on this channel. For my next video, I am planning to do something different first 😉
Nice Work!
thanks a lot!
Thats incredible! You are seriously very clever indeed! I could do with one of those robots right now, got a dodgy elbow lol :)
thanks! Well then get well soon and make the darts rain again 😊🙌🏼
@@niklasbommersbach LOL thank you! :)
This is a really fun video to watch and a great project. Thanks for sharing!
Thanks for watching, Matthew! What's your favorite part of it?
Magnificient video!! What did you study to adquire the knowladge to build this machines??
Brilliant. Eyernything of it. And I need the darts calculator system with the amazon webcams
i am glad you liked it! What was your favorite part?
Amazing video :)
Thanks man!
Did You think about selling the self counting software for tournaments.? We would be interested
I haven't thought about it, because I think there are much more capable systems. Like AutoDarts.io or Scolia.
The reason I did it myself is literally just the price, the challenge and that I needed to have access to accurate measuring data to train the robot. Also, the code is pretty hacky at the moment... Would need some serious cleanup🤣
Loved it, insta sub!
I love how technology changed now. You can just straight up replace math and variable analysis with data and data analysis.
This is a super interesting concept to me as well.
After finding out that trajectory calculation for the dart might be not the best approach, I considered using a neural network (regression model) to predict the ideal rotation speed. But then I just went with the average and standard deviation approach, because I thought that a neural network would only provide more information if I add other variables (temperature, atmospheric pressure etc.) Do you know another approach that could make more out of the data I have?
@@niklasbommersbach I would probably try to have a feedback loop between the arduino controls and the cameras that allows it to adjust its throw. Either increase the weights for throws from current day, or do 10ish "practice shots" and tune your thrower probability function to fit the new values. You could even machine teach the probability fitter.
Let's get @stuffmadehere to see this
That would be great haha!
Sehr geiles Video👍👍.
Verdienst definitiv mehr Abonnenten😉.
Vielen Dank Simon!
Unfassbar cooles Video!! :)
Danke 😊
Maybe if you could program the machine to aim the second and third dart at the target instead of actually aiming for the board when you hit your first dart with T20, it could potentially improve the possibility of 180 drastically. Also using railed stems like "K-flex" and "Condor AXE" can make the darts easier to stack together.
I've been coming up with what i believe is a novel darts game for practicing finishing and I was wondering the plausibility of THROWBOT perfecting it. It's been a few weeks since I've watched the video so maybe this would be answered by a rewatch, but would it be feasible/possible/likely for it to hit 30 different targets in a row?
I think 30 different targets in a row is achievable for the singles, but doubles/triples are unlikely… There is still too much uncertainty in it😳
Could you upload your neural network model?
I used YOLOv8 for this. If you need the trained model, you can contact me on Twitter / Instagram
As a darts player myself im very curious about the heating problem. Does this effect the flight path of the dart or does it effect for example the release time of the dart somehow?
Well there is proof that it affects the flight path of the dart itself, as the drag force (air resistance) depends on the density of the fluid the arrow flies through and the air density depends on temperature. On the other hand, I have a feeling that this effect is negligible for the temperature differences I was talking about (~10°C)... I'd guess that thermal expansion of the aluminum components, viscosity of lubricants, vibration behavior etc. have a more significant effect on the performance. But this is just a feeling. I have not tested it enough to be sure. Does that answer your question?😊
Loved this...
Contact the PDC. Im sure they'll make a great feature of this and have some of the pro's play against the bot. Great project well done.
Thanks man! I will consider☺️
This is a lot of engineering in a single video !
It is😅👍🏼 Die you like it?
Amazing, just wanted to see a 9 darter!!
Unfortunately this is suuuuuper hard to achieve, even with my robot😅
Such good channel
Don't mind me, just commenting on an incredible video to hopefully share it with more people
Haha thanks😍… I hope the people you shared it with liked it as well😎🙌🏼
absolute madlad
Hi, are you able to provide a database for the score counting system?
Impressive 👏🏻👏🏻👏🏻
Did you have any "robin hood" during the testing stage?
Even tho your robot could adjust horizontally slightly but i think it is still possible to happen?
Yes, it happened! But I have a feeling that the robot throws the darts a bit "harder" than a human, because they never ended up in a real Robin Hood but in me buying new shafts for the destroyed dart 🤣
@@niklasbommersbach with that rotational speed i supposed it would be harder than human throw
i suggest you to program it, so it can determine the best "percentage throw" base on the tolerance (how scattered its location is) comparing to the predicted location
when it comes to finishing, to avoid busting the score and leaving difficult finishes
but i guess you would have to input a lot of dart knowledge into the robot
@@niklasbommersbachFor that problem you could buy a one piece shaft/flight system like Condor or K-flex which is more expensive but doesn't get damaged that easily and allows better grouping with hardly any bounceouts and no robin hoods
Saw 11 looking pretty good
The problem solving in this video is out of this world especially the mawad
Thank you so much! Glad you like the Wobbling Alignment Device haha!
Cooles Video!
impressive!
thanks! What did you like most?☺️
We need to see a match against the darts guru - your mom! See if you can actually beat her! Great project.
she's not that keen to get in front of the camera... But I can assure you, I finally outperformed her😂 Thanks for your support! What did you like most about the video?
the hardwork tho 💯💯
Standing in front of a machine that you're testing to throws darts is wild.
This is ur time pump vides we need more videos
worst thing about darts is you are genuinely trying to hit the treble 20 and you lose to someone who just throws and hits random trebles XXD
True😂
Nice!
Glad you like it! What is your favorite part?
@@niklasbommersbach The magnetic mount for the motor to prevent vibration is a novel concept. Nice work!
Actually i got inspired by the z axis of a friends‘ 3D printer. They use something similar to compensate for wobbling threaded rods🤔 I found it very helpful in this project
Such a cool idea 💡 This would allow me to finally win against my father 😂😅
thanks! I guess what your father is to you is my mother to me in this case haha!
New board ??
This is the next mark rover
875th sub
Your going to blow
thanks so much for your support!
imagine luke littler vs this robot
Imagine Luke litteler's arm being this robot.
I would have thought more of like a crossbow design
You need to challenge Luke Littler..
Shoutout to the winmau blackouts
king video
pls. let Luke Littler play against this Robot a mach.
I bet it would be interesting to watch!
Oh michael van dartbot, oh michael van dartbot
How is missing the numbers with one single dart equal 0 points wtf?
Und wie war das Ergebnis gegen die Mama?
Hervorragend!
and now make it so it auto picks ups the dart after a throw im sure you figure out how
Maybe I will do something like this in the future 🤔
this is crazy.
Glad you liked it!
YEAHHHHHHHHHHHHHHH
yo! Did you enjoy the video?🎯🎯
fosho😎@@niklasbommersbach
I need to see a pro play this robot
Would be interesting I think…🤔
I would buy the auto score counter😂 if you can make it cheaper than a scolia
Engineering this thumbs up, not able to get a real darts board 😂
able?🧐 I really wanted to finish the project with the dart board I had... And for the engineering of the robot, it did not make a difference 😉
Make it hit a 9 darter every time
I couldn‘t come up with better accuracy until now🥲
Love the engineering but the Slapstick comedy is what i don't like about the Videos.
Certainly not everyone‘s color of humor… But thanks for your feedback Julian!☺️✌🏼
Bist du deutscher?
yes