Just a quick note here, I have since solved the jitter/latency problem with the servos using sensor fusion. The API I found is a single class that takes the accelerometer, magnetometer, and gyroscope data and munches on those quite efficiently to produce a very steady, responsive data stream. There are many other sensor fusion APIs in the wild, but the one I'm using seems to be more than good enough.
This is the craziest project i've seen so far involving a google cardboard and a raspi!!! Love this!!!... Have you thought of like making an app for this and selling the robot as a "your brand" robot?? ... And also... you should get a patreon account
I actually have made an android app that handles the UI and services, which works way better than the hack in the video. However I don't feel like this is anywhere close to being a consumer product. It would take quite a bit more R&D and money to launch this type of product, which I'm currently short on those resources :/
Wow. I just searched for something cool to make using my RPi and this cardboard VR box I just got and I did not expect to find such a GEM. This is amazing. I am doing this.
Really cool project. Here's a tip about the stereoscopic setup. The reason you get the sensation that you are "in the floor" is because the cameras are close together. They should be as far apart as human eyes. If they are closer together, they will give the sensation that you are further back from the focal point. You can even put them further apart to give the sensation that you are in front of the cameras sort of like you are viewing from a neck. The basic concept is like if you were facing someone and looking at the distance between their eyes, if their eyes appeared to be closer together then they would have to be further away from you.
Dude this is amazing. We are have a 6wd wild thumper and we are thinking of adding some VR / stereoscopic components to the project. I am so impressed right now!
This is an awesome project. You did brilliant work to tie all the pieces to get it work together. Are you sharing the code/details anywhere on github, etc?
This is awesome. I just started Python programming after over 10 years of wanting to. This is exactly the kind of thing i want to be doing in the future. Going to watch the rest of your vids. Keep it up
This week I'm going to try to solve the servo jitter issue. I want to be getting very low latency with close to zero jitter. Once I get that under control, I'll start working on documentation on how I built this beast. Thanks to all the praise and thumbs up!
+Guillaume Romagny Those solutions may work but I really like the challenge of solving a problem with code. Yes I could use one battery pack, especially now that I've received my step down converters in the mail :)
It seems like I have a handle on the jitter issue. I created a queue of an adjustable size. Now, when I get a sensor reading, I'm adding it to the queue, popping from the queue, then sending the average value to the servo. This seems to work considerably better than the low pass filter. Still not perfect though
+Guillaume Romagny Android is taking to the servos via Bluetooth, which is totally isolated from the Pis. The only data that's moving across WiFi is the video, which is 2 different streams
very cool project. I just started learning and getting into program. well focusing more as before it was always off and on. inspiring to get myself working on it. i bought a robot car kit and hope to do some modifications on the already provided code and gui. thanks for sharing your project!
Well done sir! It can really help in rescue missions and even in remote tourism!! You can even do this on a drone! It would be awesome to experience the skies in 3D like a bird!
You are a genius man! i was working in different projects with Galileo, but this is amazing, i think that i am going to start working with Raspberry. Pity that in Argentina the price is very expensive and it s very difficult to found this components.
The raspberry is easy to buy (but a little expensive, for example a Raspberry 3 cost 100 dollars ), the problem is the rest of components, which are very difficult to find, because in Argentina the import is restricted.
+Eman ASMR The first time was extremely weird. I had never seen myself from that perspective before, in real-time 3D. I once tried following myself around my house while watching my body move around, THAT was weird, and very difficult!
This project is spectacular, so inspiring! Have you kept working on it? if so, could you post an update? Perhaps a web interface and a Oculus quest would be amazing! I'm trying to build something similar without the 3d vision for now, but it would be great to control it from the quest later on
Hey man, I think I would be nice with you put it in faster chassis and use a more natural interface to control the car steering. But still, congrats! Awesome project!
I think I've found what I would do next with my tankbot - although it'd need to be a bit bigger - perhaps a PI Zero each side for stereoscopic vision, one on top going to the PiCon Zero board. It's the power that'd need yet more. Anyway - nice build dude!
Very cool stuff... I think this would be cool for home security - wireless pan tilt and zoom in a VR viewer - cool... but your robot is cool also - any plans on releasing any of this? A friend of mine runs a summer kids robotics class and is always looking for cool projects for the kids to step up into.
I just made an app like this, the Android phone sends sensors combined data that interpreted into axis movements then sends the accumulated data into raspberry pi via Bluetooth
This is amazing. I am working on an autonomous 4WD robot controlled by an arduino and sending data to a RPi over tx and rx lines. I then use the RPi to stream live video then having all the video and arduino sensor data sent back to my PC via the RPi's Wifi connection. I've got the bot running basic functions to avoid walls via sensor inputs to the Arduino. I'm currently trying to figure out how to get the arduino communicating with the RPi. That's how I found myself here. Wish me luck.
I was originally using an arduino to control the servos. I had set up one of the pins on the Pi as a TX line to send data from a Python program to the arduino, so what you are trying to do is definitely possible. I can't remember what I had to do to the Pi, but a quick google search should answer that question. Good luck and have fun!
I think it is pretty impressive, but I came to this video looking for a xbox 360 VR sort of adaptation. It seems quite doable with some adaptations. Do you know anything like that?
I am trying to build this same robot but not with the cameras. I already downloaded the 360 controller code on my raspberry pi. I am having a little trouble with the connections between my raspberry pi and the Pololu TB6612FNG. Can you tell me how you connected the 2 circuit boards? Thanks!
Sure, assuming you have a diagram of the TB6612FNG. For each motor, the board has two input pins and one PWM pin, for example AIN1, AIN2, and PWMA. AIN1 and AIN2 control the direction of the motor and PWMA controls the speed. So you need to set up the output pins of the RPi to coordinate with the inputs of the TB6612FNG. For example, in your code you would set up the GPIO pins 8 and 10 to be digital outputs, and pin 12 to be PWM. Then if you want to turn the motor forward, pin 8 would be set to high, 10 set to low, and 12 would be set to how fast you want the motor to turn, I think the values are 0 - 100. And if you want to turn the motor backwards, pin 8 would be low and 10 would be high. Also keep in mind you do not want to power the motors with the pi. You would need a separate power source going to VMOT
Project is great but instead two pis i would use a single pi zero w and an arduino uno r3 for motor and servo control and for the cameras a cheap fpv quad camera would be good enough
Hey Freddy,what's you algorithm for finding the angel from phone and what app did you use? I can find X angel accurately but not Y, could you pls tell how to do it?Thank you so much
aw man...... I doing the same thing. 1 pi 3 arduinos (cardboard) VR auto mapping auto driving. just finished wiring it all. 1st. completed. now researching mapping options
Sir, I appreciate your video about the Google Cardboard Xbox 360-controlled Raspberry Pi VR Robot Tank. Sir, Is it possible can you to use the Arduino Uno board to control the Google Cardboard Xbox 360-controlled 6 dof robotic arm Arduino Uno VR Robot Tank work or not? Sir, can you teach me to make on youtube how to make a Google Cardboard Xbox 360-controlled 6 dof robotic arm Arduino Uno VR Robot Tank and Xbox360 Controller? Sir, tell me about the Xbox360 Controller library with the Arduino Uno board. Sir, this video is helpful. Sir, tell me in the comment.
have you seen the autonomous Jetson controlled project from MIT? that is pretty much my goal. I see a future where one day "Autonomous Self Driving Kits" can be bought from anywhere for the cost and labor of installing an upgraded radio head unit. like just pop into your local car toys/best buy and get that shit hooked up and BAM, any car becomes a self driving car.
Rocky Singh I can see software controlling navigation and speed, but you would probably need some sort of hardware to control the steering and brakes right?
How can I contact with you?. I have some quiz... I saw you have used hc05/06 module. I need help with getting data from hart of raspberry from android. Please help
NYC work, very inspiring Help me so that I can also do this project. Tell me how you are taking smartphone accelometor sensor data from phone and using it and how the 2 servo configuration is set up . It would be very helpful if you tell about it
Very awesome project. Besides the UV4L instructions would you be willing to load the full breakdown of the project build (parts, wiring, software, etc.) somewhere?
Ok thank you Freddy, I think I will use the Pololu Micro Maestro but I have a question,in the sequence have you done one frame for each degree ? Could you tell me How you did it?
khali blak in the service that android is running, every time an orientation sensor updates, which is very frequently if your phone is moving around, it sends updated data to the servo controller
Hey guy, I'm really impressed by your job, and I am working on a similar project in school. Do you have a link where I could find your code then I could be inspired? :) Thanks
hi freddy, how did you done that android display, i mean how did you display media from local host to a popup or flying window in your mobile? Ty very much
I actually removed the servos to use on another project. So for now, he can't see anything :(... I did however add faster motors which makes it more fun to play with around my dog
T50Japan well, I work full time and go to school part time. Working on my CSE degree and pretty dedicated to that. There is nothing saying that a Kickstarter project will never happen though. I could just see it taking a lot of my free time, which is pretty scarce at the moment.
Moganeshwaran Rajasegaran the sensor fusion algorithm I'm using is most likely using a combination of the gyroscope and magnetometer readings to calculate the azimuth, which would be the horizontal plane
The images need to be offset to the distance of your pupils, that's what creates depth. I suppose you could do that if you wrote some crazy image processing software that would render the foreground of the images to look more offset than the background, maybe Google has already done this?
hello Freddy,nice project!I want to ask you what model of servo tail pan camera did you use?because i am planning do this robot as well,thank you very much!
Could you teach me how to use gyroscope and accelerometer data to get the angel of inclination?Because i'm doing similar project as yours,and now i'm having a problem which is how to get angel data from phone and send to the servos.Thank you.
Kind of an older video, but I'll ask just in case. Can you also stream audio from the servers? I would really like to try this as a future enhancement to a robot idea I have.
Todd DeWitt mine doesn't stream audio, but I'm sure there is some code out there that could handle that. Just slap in a USB microphone and wrap the incoming audio stream in with the video.
Just a quick note here, I have since solved the jitter/latency problem with the servos using sensor fusion. The API I found is a single class that takes the accelerometer, magnetometer, and gyroscope data and munches on those quite efficiently to produce a very steady, responsive data stream. There are many other sensor fusion APIs in the wild, but the one I'm using seems to be more than good enough.
This is the craziest project i've seen so far involving a google cardboard and a raspi!!! Love this!!!... Have you thought of like making an app for this and selling the robot as a "your brand" robot?? ... And also... you should get a patreon account
I actually have made an android app that handles the UI and services, which works way better than the hack in the video. However I don't feel like this is anywhere close to being a consumer product. It would take quite a bit more R&D and money to launch this type of product, which I'm currently short on those resources :/
+vaibs vaib I just checked out patreon, thanks for the tip! Seems like an excellent idea!
+Freddy ya. Sure!! Just love your project... You should actually start a startup with a final product you're happy with...
+vaibs vaib It would be hard to find free time to do that along with a full-time job, a family, and school. Maybe I can sacrifice sleep...
This is insane! It is very impressive. I love how the camera moves when you move your head. It's Awesome!
Wow. I just searched for something cool to make using my RPi and this cardboard VR box I just got and I did not expect to find such a GEM. This is amazing. I am doing this.
Really cool project. Here's a tip about the stereoscopic setup. The reason you get the sensation that you are "in the floor" is because the cameras are close together. They should be as far apart as human eyes. If they are closer together, they will give the sensation that you are further back from the focal point. You can even put them further apart to give the sensation that you are in front of the cameras sort of like you are viewing from a neck. The basic concept is like if you were facing someone and looking at the distance between their eyes, if their eyes appeared to be closer together then they would have to be further away from you.
Dude this is amazing. We are have a 6wd wild thumper and we are thinking of adding some VR / stereoscopic components to the project. I am so impressed right now!
This is an awesome project. You did brilliant work to tie all the pieces to get it work together. Are you sharing the code/details anywhere on github, etc?
This is awesome. I just started Python programming after over 10 years of wanting to. This is exactly the kind of thing i want to be doing in the future. Going to watch the rest of your vids. Keep it up
I started with Python. It's an awesome language. Have fun with it!
This week I'm going to try to solve the servo jitter issue. I want to be getting very low latency with close to zero jitter. Once I get that under control, I'll start working on documentation on how I built this beast. Thanks to all the praise and thumbs up!
+Guillaume Romagny Those solutions may work but I really like the challenge of solving a problem with code.
Yes I could use one battery pack, especially now that I've received my step down converters in the mail :)
There are some good books on PID theory that a savvy guy like you could easily implement in code.
+Shawn Stephenson Reading about it now. Looks interesting
It seems like I have a handle on the jitter issue. I created a queue of an adjustable size. Now, when I get a sensor reading, I'm adding it to the queue, popping from the queue, then sending the average value to the servo. This seems to work considerably better than the low pass filter. Still not perfect though
+Guillaume Romagny Android is taking to the servos via Bluetooth, which is totally isolated from the Pis. The only data that's moving across WiFi is the video, which is 2 different streams
Awesome job! Extremely impressive.
This is exactly what I dreamed with my raspberry pi4. There is nothing new under the sun. Anyway, nice work.
very cool project. I just started learning and getting into program. well focusing more as before it was always off and on. inspiring to get myself working on it. i bought a robot car kit and hope to do some modifications on the already provided code and gui. thanks for sharing your project!
Well done sir!
It can really help in rescue missions and even in remote tourism!!
You can even do this on a drone! It would be awesome to experience the skies in 3D like a bird!
This is literally the coolest thing I have ever seen
This is one awesome project. Great job!
Been trying to put a Raspberry Pi RC car myself. but this. this is just mind boggling. teach me.
i can see this being a really cool telepresense robot
can you pleeeease make a tutorial for this AWESOME robot? I like it sooooo much and I'm interested :D
do you have the codes for the VR
??
Congratulations man, looks AWESOME!! 😄 I'm ordering the part to do something like this! Thanks for sharing it
You are a genius man! i was working in different projects with Galileo, but this is amazing, i think that i am going to start working with Raspberry. Pity that in Argentina the price is very expensive and it s very difficult to found this components.
You can't just order one on amazon or EBay? You can probably find a used one for cheap. I actually have an extra one I can sell you, if you want.
The raspberry is easy to buy (but a little expensive, for example a Raspberry 3 cost 100 dollars ), the problem is the rest of components, which are very difficult to find, because in Argentina the import is restricted.
daamn it's a very good project!!! nice woork
Must be really weird to watch yourself through this amazing tank
+Eman ASMR The first time was extremely weird. I had never seen myself from that perspective before, in real-time 3D. I once tried following myself around my house while watching my body move around, THAT was weird, and very difficult!
awesome project! congratulations
This project is spectacular, so inspiring! Have you kept working on it? if so, could you post an update?
Perhaps a web interface and a Oculus quest would be amazing!
I'm trying to build something similar without the 3d vision for now, but it would be great to control it from the quest later on
Amazing project!! Thanks to share with us! cheers from Brazil!
I love the MacGyver video streaming solution
"I bet there will be flying cars in 2017" -> 3:10
Can u plz make a tutorial i want this to as my Final Year Project..
did you made out to tutorial.
amazing.
That is awesome work. Well done! I'm inspired.
Hey man,
I think I would be nice with you put it in faster chassis and use a more natural interface to control the car steering.
But still, congrats! Awesome project!
I think I've found what I would do next with my tankbot - although it'd need to be a bit bigger - perhaps a PI Zero each side for stereoscopic vision, one on top going to the PiCon Zero board. It's the power that'd need yet more. Anyway - nice build dude!
Very cool stuff... I think this would be cool for home security - wireless pan tilt and zoom in a VR viewer - cool... but your robot is cool also - any plans on releasing any of this? A friend of mine runs a summer kids robotics class and is always looking for cool projects for the kids to step up into.
i like the idea good work Dude
Freddy I was going to write the latency solution but of course you resolved it! :)
Great project, very clean wiring job!
XB thanks for the compliments!
Freddy You got it Bro!
awesome, very creative indeed, almost like a malp :) if you're a stargate fan.
coooooool job dude i really admired your work.
I just made an app like this, the Android phone sends sensors combined data that interpreted into axis movements then sends the accumulated data into raspberry pi via Bluetooth
This is amazing. I am working on an autonomous 4WD robot controlled by an arduino and sending data to a RPi over tx and rx lines. I then use the RPi to stream live video then having all the video and arduino sensor data sent back to my PC via the RPi's Wifi connection. I've got the bot running basic functions to avoid walls via sensor inputs to the Arduino. I'm currently trying to figure out how to get the arduino communicating with the RPi. That's how I found myself here. Wish me luck.
I was originally using an arduino to control the servos. I had set up one of the pins on the Pi as a TX line to send data from a Python program to the arduino, so what you are trying to do is definitely possible. I can't remember what I had to do to the Pi, but a quick google search should answer that question. Good luck and have fun!
thanks for the support. At least now I know this is possible!
+Riyadh Marthinus Really, anything is possible with computer science, you just need to figure out which transistors to turn on and off :)
Awesome project! Did you publish your source code somewhere, like GitHub? I want to learn from it. Thanks.
i am getting frustrated which power supply to use how to make a portable power supply for it
this is literally awesome. props to u man!
I think it is pretty impressive, but I came to this video looking for a xbox 360 VR sort of adaptation. It seems quite doable with some adaptations. Do you know anything like that?
That's some really nice work!
You get a like just for "it's a farting robot". I'm working on a similar project using the Oculus Rift and Touch controllers.
Me too! How's your project going?
man thats pretty cool
I am trying to build this same robot but not with the cameras. I already downloaded the 360 controller code on my raspberry pi. I am having a little trouble with the connections between my raspberry pi and the Pololu TB6612FNG. Can you tell me how you connected the 2 circuit boards? Thanks!
Sure, assuming you have a diagram of the TB6612FNG. For each motor, the board has two input pins and one PWM pin, for example AIN1, AIN2, and PWMA. AIN1 and AIN2 control the direction of the motor and PWMA controls the speed. So you need to set up the output pins of the RPi to coordinate with the inputs of the TB6612FNG. For example, in your code you would set up the GPIO pins 8 and 10 to be digital outputs, and pin 12 to be PWM. Then if you want to turn the motor forward, pin 8 would be set to high, 10 set to low, and 12 would be set to how fast you want the motor to turn, I think the values are 0 - 100. And if you want to turn the motor backwards, pin 8 would be low and 10 would be high.
Also keep in mind you do not want to power the motors with the pi. You would need a separate power source going to VMOT
+Freddy Oh, okay. Thanks!
Great little project. I'm looking for ideas that I can use in a maker/coding club for junior school kids. This would be awesome to do with them.
Such bad assery here.
Looks very nice. Awesome idea!
Project is great but instead two pis i would use a single pi zero w and an arduino uno r3 for motor and servo control and for the cameras a cheap fpv quad camera would be good enough
Awesome Project!!..wish I could build something like this..God Bless!!
Hey Freddy,what's you algorithm for finding the angel from phone and what app did you use? I can find X angel accurately but not Y, could you pls tell how to do it?Thank you so much
aw man...... I doing the same thing. 1 pi 3 arduinos (cardboard) VR auto mapping auto driving. just finished wiring it all. 1st. completed. now researching mapping options
Sir, I appreciate your video about the Google Cardboard Xbox 360-controlled Raspberry Pi VR Robot Tank. Sir, Is it possible can you to use the Arduino Uno board to control the Google Cardboard Xbox 360-controlled 6 dof robotic arm Arduino Uno VR Robot Tank work or not? Sir, can you teach me to make on youtube how to make a Google Cardboard Xbox 360-controlled 6 dof robotic arm Arduino Uno VR Robot Tank and Xbox360 Controller? Sir, tell me about the Xbox360 Controller library with the Arduino Uno board. Sir, this video is helpful. Sir, tell me in the comment.
Hello I would like to know how synchronized the movements of the camera with the accelerometer and the gyros
have you seen the autonomous Jetson controlled project from MIT? that is pretty much my goal. I see a future where one day "Autonomous Self Driving Kits" can be bought from anywhere for the cost and labor of installing an upgraded radio head unit. like just pop into your local car toys/best buy and get that shit hooked up and BAM, any car becomes a self driving car.
Rocky Singh I have not seen it yet but I love the way you think. I'll check it out. Are you currently working on a project?
Rocky Singh I can see software controlling navigation and speed, but you would probably need some sort of hardware to control the steering and brakes right?
This is amazingly cool!
I'm having problems with the SOCK_SEQPACKET? may i view your source code, or maybe offer some advise on how you got the sensor values?
How can I contact with you?. I have some quiz... I saw you have used hc05/06 module. I need help with getting data from hart of raspberry from android. Please help
NYC work, very inspiring
Help me so that I can also do this project. Tell me how you are taking smartphone accelometor sensor data from phone and using it and how the 2 servo configuration is set up . It would be very helpful if you tell about it
Jesus Christ.....imagine playing this instead of World Of Tanks....3D reality conversation into virtual reality :D
hello, do you post all the steps and coding in any website? looking for your help
Could you post the source file for the VR app and the corresponding python code on the raspberry?
Amazing work !
man this stuff is awesome!!
Very awesome project. Besides the UV4L instructions would you be willing to load the full breakdown of the project build (parts, wiring, software, etc.) somewhere?
Yeah I plan on documenting the build on my website soon.
Hi, Freddy. I really appreciated your work. And I want to get more info from what you did. Where I can find your website?
Cat Milk I haven't started the documentation yet. When I do I'll post it here.
great, man
Ok thank you Freddy, I think I will use the Pololu Micro Maestro but I have a question,in the sequence have you done one frame for each degree ? Could you tell me How you did it?
khali blak in the service that android is running, every time an orientation sensor updates, which is very frequently if your phone is moving around, it sends updated data to the servo controller
super awesome man
That is cool! Love what you have done.
Thanks. It's still a work in progress but I'm having a lot of fun with it!
Hey guy,
I'm really impressed by your job, and I am working on a similar project in school.
Do you have a link where I could find your code then I could be inspired? :)
Thanks
hi freddy,
how did you done that android display, i mean how did you display media from local host to a popup or flying window in your mobile?
Ty very much
Totally amazing!
thanks i learned something new from this thank you very much
I know this is an old video but just wondering if there has been anymore work on this project? Anymore refinements? Thinking of building this myself.
I actually removed the servos to use on another project. So for now, he can't see anything :(... I did however add faster motors which makes it more fun to play with around my dog
Amazing project!!! I want to do it too !!
I am doing this project. Can you please provide me the android app that you developed for head tracking.
Gee bill, TWO RASPBERRIES?
Can't wait for you to post this on Kickstarter as a DIY kit. Lets say $500,000.00 goal?
T50Japan that's actually a great idea. I'm just afraid I wouldn't have enough time to dedicate to it
Freddy, that's awesome! I figured you must have bigger and better projects your working on.
T50Japan well, I work full time and go to school part time. Working on my CSE degree and pretty dedicated to that. There is nothing saying that a Kickstarter project will never happen though. I could just see it taking a lot of my free time, which is pretty scarce at the moment.
Freddy , could you work full time for another company? get at me bro (my name) at gmail
Awesome project Freddy. Just wondering which sensor data you use to move the servo in horizontal plane (pan movement)?
Moganeshwaran Rajasegaran the sensor fusion algorithm I'm using is most likely using a combination of the gyroscope and magnetometer readings to calculate the azimuth, which would be the horizontal plane
Just a thought: Could you use a single camera and then split and copy two previews side by side to form a stereo image for the Google cardboard?
The images need to be offset to the distance of your pupils, that's what creates depth. I suppose you could do that if you wrote some crazy image processing software that would render the foreground of the images to look more offset than the background, maybe Google has already done this?
@@thefreddykilo Thanks for the reply!
hello Freddy,nice project!I want to ask you what model of servo tail pan camera did you use?because i am planning do this robot as well,thank you very much!
I just used a couple of old futaba servos I had laying around, but you can use any servo. The ones they make now seem better than the ones I used
Could you teach me how to use gyroscope and accelerometer data
to get the angel of inclination?Because i'm doing similar project as
yours,and now i'm having a problem which is how to get angel data from phone and send to the servos.Thank you.
How can i do like that? Could you give me tutorial? And how can i get the module?
very cool! do you have more info somehwere?
I don't have a magnetometer what can I do?
Awesome dude !!! Congrats !
can you make a tutorial or send me a link on how to make this?
Hey man can you tell me or link which lenses you used and also to you happen to have example footage streamed to youtube (I mean a direct image)
The lenses are just clip on wide angle phone lenses I bought from eBay. Sorry, I don't have direct streamed footage uploaded.
This is just Great ! Can u make a tutorial on how to build something like this?
Kind of an older video, but I'll ask just in case.
Can you also stream audio from the servers? I would really like to try this as a future enhancement to a robot idea I have.
Todd DeWitt mine doesn't stream audio, but I'm sure there is some code out there that could handle that. Just slap in a USB microphone and wrap the incoming audio stream in with the video.
Freddy, thanks for the reply! I'll have to look into the server software then. Do you have a website with any more info?
Really great project!
Hey Freddy, do you think its possible to stream from a 360 camera ? There will be less latency no ? Answome work by the way its impressive !!
I like your tank
Anybody know what tank chassis is this?
Can you tell me what tracked platform you are using, and how happy you are with it? My Dagu Rover 5 routinely sheds tracks.
It's called the T200 from some company in China
Holy shit what a cool title
That's sweet man
Love it, very cool!
Thanks brother
THIS IS the project I want to build. But instead of tank i want to use drone... I'll keep looking
wow i'm making exactly the same project too!
Sweet. Let me know how it goes.
Very nice