Hey man, don’t know if you’re still interested in this, but someone found the tutorial in French. It can easily be translated but I would love to see you possibly expand the parts list and project!! stylistme.com/tutoriel/fabriquer-veste-haptique-vr
@@Gazeld The problem is that this guide doesn't show the most important details like for example connecting the circuit in the raspberry, making it work with the files on github and making it work in games.
Absolutely Love this Video. I do have some questions and a request. How does the wiring go? What wires lead to where? If possible a video on it. Or a close up picture of the wiring. Thank you so much. Great Video
Have you done any experiments with cheap piezo disc buzzers? They'd need to be on the inside of the vest, I imagine, but they're much more readily available than eccentric-load motors, to the point where you may as well go the whole hog and replicate the 40-point vest...
Nice! For my old DIY haptics vest I found mini transducers work better than haptic motors. They have a more precise reaction time and lots more punch. However they are a bit heavier and require more power so keep that in mind. I had to keep it to 4 for the whole front and back because of that. Having both would be ideal.
I had a similar idea, but using hexagons. This way, you would have a design that is easier to integrate together in designs and would be stretch-friendly.
great job tho i find the pi-zero a bit overkill for just driving motors is there any plans to use a micro-controler that has bluetooth/wifi in like a V2 of the device?
Can you rig up contact speakers to work directly with the raspberry pi? Basically it would be HD rumble but in a vest (if you understand the mechanisms in HD rumble). You would be able to play any frequencies you want simultaneously on any of the speakers and it’s cheap enough that you could get 40 of them for $100. Would you need some sort of external IC just to make them all work, or is it at all possible that the raspberry pi could send all those audio signals at once? The cost of that project would be around $150 which is a lot better than the $500 Bhaptics vest which doesn’t even have that level of control like I’m talking about. Making that open source would allow a lot of people to get high quality vests at an affordable price. Maybe using Arduinos would be more effective as each unit has a decent level of processing power and the footprint of the Arduino Nano is small enough to not really notice it on the vest. Powering all of them could prove to be difficult however. This would solve the problem of multiple audio connections and they are much cheaper than a raspberry pi, but do you think it could communicate with the Bhaptics software? If not then raspberry pi is probably the only solution other than designing a new board entirely. I think making the vibrators smaller is key to getting the density and cost effectiveness of this project. Contact speakers can be made from regular speakers by connecting the diaphragm to a plate or a object that would touch the player (I.E. a dowel or stick of some kind). The only thing I recommend is using a loudspeaker and not a super small one found in many modern phones and tablets. It’s probably better to just buy them from the manufacturer instead of going the DIY route on that but it is entirely possible to do if it’s cheaper (and it probably isn’t). Anyway, hope I can get some other thoughts on this! Thanks in advance.
Quick tip for drilling through thin plastic: DON'T. Instead, grab a nail or wire or something similar, heat it over the stovetop, and melt a hole instead. MUCH cleaner looking, no sharp edges, and you don't ruin the box.
To actually drill through plastic, drill a small pilot hole before expanding it to full size with your final drill bit. Brace the plastic against something solid, like a piece of wood, so that it can't flex as you press against it. Use the highest speed setting your drill has, preferably a rotary tool like a dremel. And if that's not enough, a tiny droplet of water or sewing machine oil will guarantee success.
@@moeburn pressing against it can also cause the bit to bind and crack the plastic, so just let the weight of the drill do the work. Don't get 50 holes into the vented side of a tarantula enclosure you've spent all day building and then ruin the last piece and need to wait until the next day to finish it because the stores are all closed and that was your last arcrylic piece
You should make a kit and sell it on etsy or somewhere! Include the printed plastic parts and the circuit board with a more detailed guide including how to do all the programing with the PI and PC so average people can make one.
hello. great achievement. is it possible to transform the jacket into a seat for racing games? and feel acceleration braking cornering vibrator etc. see forcefeel from Realteus
A more detailed tutorial would be nice to have. Also a budget for this "DIY" project. The cost of the 3D printer alone would pay for a high quality haptic vest. Good thing you're not calling it easy and affordable.
Very interesting video. I would love to make my own version, I have looked at the code that makes the server on the raspbery pi and sends the motor data via web socket, but I can't see any code that actually moves the motors. Can you please make a fast tutorial for this project?
Hi, I'm interested in build this haptic vest, but I am don't know how to connect the motors at the rasperry pi. Please do you can explain me how to do the connection? Thank you
Hey, would you be interested in presenting at our DIY VR expo? Let me know before June 28th and I'll send you the info.
When is the next glove dropping? Can you work on a treadmill next?
@@ojasdeshmukh693 Just dropped Prototype 4, filming a video this week. Treadmill is planned
 Exciting!
Hey man, don’t know if you’re still interested in this, but someone found the tutorial in French. It can easily be translated but I would love to see you possibly expand the parts list and project!!
stylistme.com/tutoriel/fabriquer-veste-haptique-vr
 thank you! I’ve been looking for this!!
The Mysticle mentioned this project and I jumped right over
If you make a build guide ill 100% make my own.
So will I
There is one there in French, translate the page it should be ok I hope : stylistme.com/tutoriel/fabriquer-veste-haptique-vr
@@Gazeld just get a google translate extention for crome that is what I did
@@Gazeld The problem is that this guide doesn't show the most important details like for example connecting the circuit in the raspberry, making it work with the files on github and making it work in games.
I'm watching this again...well a few times. What a friend that pokes you with stick.
Finally, something to use my box of controllers on!
No, really. I have a box of old controllers.
Lmao same. Not sure if old 3rd party gamecube controllers will work though.
Absolutely Love this Video. I do have some questions and a request. How does the wiring go? What wires lead to where? If possible a video on it. Or a close up picture of the wiring. Thank you so much. Great Video
Have you done any experiments with cheap piezo disc buzzers? They'd need to be on the inside of the vest, I imagine, but they're much more readily available than eccentric-load motors, to the point where you may as well go the whole hog and replicate the 40-point vest...
Would piezo discs rlly be powerful enough?
@@redwanmiah9498 not for a full billed impact impact, but they might feel like less violent contact.
I laughed OUT LOUD about the "box"!
Great job! I’m planning to make one for myself too!
Thanks, good luck!
I like the "Grays haptic" 😂
🏑🏑
This is awesome!! You sound way to low key for how cool this is. 😎 great job!
Please make a full tutorial
Nice! For my old DIY haptics vest I found mini transducers work better than haptic motors. They have a more precise reaction time and lots more punch. However they are a bit heavier and require more power so keep that in mind. I had to keep it to 4 for the whole front and back because of that. Having both would be ideal.
Reference ?
@@SGTJeffreyPeterson My vest or the difference between component types?
Thanks for the video, it’s really inspirational.
Can you share your 3D print design for the motor mounters ?
love the minecraft style music
I had a similar idea, but using hexagons. This way, you would have a design that is easier to integrate together in designs and would be stretch-friendly.
I seen this project a couple days ago and I needed to comment this is brilliant and it looks like other vr content people are seeing this
great job tho i find the pi-zero a bit overkill for just driving motors is there any plans to use a micro-controler that has bluetooth/wifi in like a V2 of the device?
You could use rewrite the code in micropython to run on an esp32, or 8266
I thought about doing this and came to see your already on the path. Im genuinely interested and it would be interesing to see this grow
Can you rig up contact speakers to work directly with the raspberry pi? Basically it would be HD rumble but in a vest (if you understand the mechanisms in HD rumble). You would be able to play any frequencies you want simultaneously on any of the speakers and it’s cheap enough that you could get 40 of them for $100. Would you need some sort of external IC just to make them all work, or is it at all possible that the raspberry pi could send all those audio signals at once? The cost of that project would be around $150 which is a lot better than the $500 Bhaptics vest which doesn’t even have that level of control like I’m talking about. Making that open source would allow a lot of people to get high quality vests at an affordable price. Maybe using Arduinos would be more effective as each unit has a decent level of processing power and the footprint of the Arduino Nano is small enough to not really notice it on the vest. Powering all of them could prove to be difficult however. This would solve the problem of multiple audio connections and they are much cheaper than a raspberry pi, but do you think it could communicate with the Bhaptics software? If not then raspberry pi is probably the only solution other than designing a new board entirely. I think making the vibrators smaller is key to getting the density and cost effectiveness of this project. Contact speakers can be made from regular speakers by connecting the diaphragm to a plate or a object that would touch the player (I.E. a dowel or stick of some kind). The only thing I recommend is using a loudspeaker and not a super small one found in many modern phones and tablets. It’s probably better to just buy them from the manufacturer instead of going the DIY route on that but it is entirely possible to do if it’s cheaper (and it probably isn’t). Anyway, hope I can get some other thoughts on this! Thanks in advance.
Quick tip for drilling through thin plastic: DON'T. Instead, grab a nail or wire or something similar, heat it over the stovetop, and melt a hole instead. MUCH cleaner looking, no sharp edges, and you don't ruin the box.
To actually drill through plastic, drill a small pilot hole before expanding it to full size with your final drill bit. Brace the plastic against something solid, like a piece of wood, so that it can't flex as you press against it. Use the highest speed setting your drill has, preferably a rotary tool like a dremel. And if that's not enough, a tiny droplet of water or sewing machine oil will guarantee success.
@@moeburn pressing against it can also cause the bit to bind and crack the plastic, so just let the weight of the drill do the work. Don't get 50 holes into the vented side of a tarantula enclosure you've spent all day building and then ruin the last piece and need to wait until the next day to finish it because the stores are all closed and that was your last arcrylic piece
I know that im asking for lot but maybe can you made more specify video how to make it ?
wow dude, this is super impressive!
what if you made one using a tens unit so it works more like the TeslaSuit where it shocks you instead of just feeling a vibration?
There’s thousands of copyright free music and this is the one you chose
You should make a kit and sell it on etsy or somewhere! Include the printed plastic parts and the circuit board with a more detailed guide including how to do all the programing with the PI and PC so average people can make one.
maybe for v2 the motors could have covers to prevent tangling
awesome work, can i expand the ammount of motors used? like adding motor controlers? you have done an amazing job there, Awesome.
Can we change the function into feeling the music ?
Just like a transfer music vibration pattern into these thing
Mint job 👍
I was wondering why you chose the raspberry instead of an Arduino with a wifi or Bluetooth adapter?
Thanks again !!
Amazing vid just subbed
Thanks for the sub!
hello. great achievement. is it possible to transform the jacket into a seat for racing games? and feel acceleration braking cornering vibrator etc. see forcefeel from Realteus
A more detailed tutorial would be nice to have. Also a budget for this "DIY" project. The cost of the 3D printer alone would pay for a high quality haptic vest. Good thing you're not calling it easy and affordable.
Thanks so so much
i think if you put a cap on the moters so you can put a shirt over it that whould be nice
Very interesting video. I would love to make my own version, I have looked at the code that makes the server on the raspbery pi and sends the motor data via web socket, but I can't see any code that actually moves the motors.
Can you please make a fast tutorial for this project?
2:20 gr8 idea :d
Make tutorial please
can you please do an in depth tutorial on this?
Il manque le tuto pour le cablage electrique sur le prototypage 😣😣
Could you put the 3D model files in the description
How do I upload the software for the vest. Please share the code and wiring diagram please
The code is now on github github.com/PointlesslyUseful/VRVest, sorry for the late reply!
Can i use more than the six motors you have on your vest. Around 20 to 30ish instead?
Yo can we get some more detail? I'm about to buy out every broken controller in a 100mile radius
Is this just as good as the bhaptics vest or better? Can you play PC games with it?
Good job ! Just how did your script control motors after that ?
Here from mistical
Amazing video...can anyone help me to do step by step because completely new to raspberry pi .... please and it is possible to do with Arduino?
Can you pls make a guid
First comment from the Mysticle gang
Hi, I'm interested in build this haptic vest, but I am don't know how to connect the motors at the rasperry pi. Please do you can explain me how to do the connection? Thank you
Up
@@mayeuxxx deez
I'm interested in making one of these is it any good like is it noticeably feelable?
can you do this with and arduino instead of reaspberry pie?
хотелось бы увидеть куда что припаивать ( распиновку )
so does the server go onto the pi or the host computer?
hey, dose anyone now what motor controler was used
Can someone help me build this
Is there an upper limit to the number of motors this set up can address?
does this work standalone on the quest like the official bhaptics vest?
would it be possible to add more motors? i want to make my own with at least 40 motors
Why did you write port 80 ? i m trying to do it with a ESP32 but before in python i cannot get the websocket working pleaaase 😅
I have 4 controllers, with working motors. Can I use 6 8 10 etc... Without changing the code?
nice
hello, great work you did there, I was wondering if you would have some description where each python script needs to be installed
20 paypal for a guide
What games supports haptics?
yo y the music soooooo loud
Make a Business
kidazazaz
can you make a discord so we can ask questions if we decide to make our own version of this
1
Have to keep cranking the volume way up to hear your voice, then way down for the music, sort out your audio levels please.
ok
that moment when you can make something that is more or less about 100$ that is about as good as something that is 750$