About to pull the trigger on getting this upgrade kit. Is there a video with directions on how to install?

More expensive)

what fuel was he drinking ?

They should have given me this thing for free after selling me a printer with the train wreck that was the original smart extruder.

it had not copied Boston dynamic legs and booty that time😂

What happened to it’s head?

Cgi

Stupid loud music is annoying.

This robot is more similar to Boston Dynamics' Atlas than it is to Tesla's Optimus or Figure 01. Basically, as impressive as Boston Dynamics robots are, this is a dead end when it comes to consumer robots

The figure one is better

That's not how you design a Joe Cell. :P

Não sei como montar podem me ajudar?

cool 7 years ago

YES!!!

God 🤣 don't miss that sound from back in the day

I liked the part where it's out of focus

With almost every robotic platform my first thought is "Could I use this to make my wife a better powerchair?" and just at the point when I was thinking "No" out comes the chap and pops a cushion on it. So maybe it could be, and if I'm right in understanding what was going on, it could be at compact when not in use, semi-autonomous to assist in moving about when fatigue strikes and good looking too . It's just a pity that someone with the design and build capabilities to turn this into a chair doesn't seem to exist.

WOW , I like it , please continue making Video

Will this work on a 2017 1000mm x-carve?

Do you have an installation video for this kit?

I just ordered mine, along with the 1000m cnc last week. Can't wait!

Bigger motors run on the xcontroller- Are there any concerns of power, or heat within the controller running the bigger motors?

How tall is the machine after all the upgrades are installed? I am rebuilding my xcarve cabinet and I want to allow for the upgrade when I purchase it.

Y did y’all take out the smaller sizes for the x-carve ?

Those are some serious improvements!

Is there a plan to have a 4th axis?

I really wish there was a lead screw upgrade for the X-Carve.

Really like your passion. Great upgrades. Wider belts seem to solve the problem of centering the belt on the pulleys. Recently replaced x axis belt and i cant center the belt on the pulley. Would love to see a video on that. Been thinking about these upgrades for awhile now.

Ordered my upgrade kit, can't wait to get it.

Yah

Nya~? UwU!!!!!! you haz been raided by a weeaboo

Show us your code for controlling it please

Where do I get the 5 kg spool holder

Great :) But what happens if you put smaller spool on the holder? Would it go from one side of the holder to another - due to the fact that you dont put it ideally? Would it fall down from the spool holder? Did you try it?

Hi

Nice work. Do you think it would be possible to strip down or disassemble the controllers so that you could track lightweight devices, such as microUAVs?

I came for the girls in the thumbnail... Ridiculous engineering design decision in this 3D printer by the way...

What computer hardware are you using for this? (processor, gpu, etc). Is it not as high as the normal vive requirements because you're not using the headset?

Would be interested to see if this project has progressed at all? I'm currently building my own full sized humanoid, but it is extremely difficult, as you guys will be aware. It's designed to be the cheapest full size robot in existence.

Gonna build one, my next project !

nice video

cool!

More info : robosavvy.com/forum/viewtopic.php?f=26&t=14232&p=43717

Nice =D

Hi RoboSavvy, I want to control the XYZ A1-16 Servo by Arduino UNO as you show in your video but I just can't make it move. I guess the four pin's sequence is 12V then GND then PWM(pwm pin?) then 5V(feedback pin?). Do you have the Motor SPEC ? Can you share for reference?

Hi men can you help me with my robot because I don't understand how my robot take the zero position

void NewRemote() { int move; // Forward/Back speed int back; // Turning Factor int left; int right; ch1 = pulseIn(34, HIGH, 25000); // Read the pulse width of ch2 = pulseIn(36, HIGH, 25000); // each channel ch3 = pulseIn(38, HIGH, 25000); move = map(ch2, 1000, 2000, -500, 500); //center over zero move = constrain(move, -255, 255); back = map(ch2, 1000, 2000, -500, 500); back = constrain(back, -255, 255); left = map(ch1, 1000, 2000, -500, 500); left = constrain(left, -255, 255); right = map(ch1, 1000, 2000, -500, 500); right = constrain(right, -255, 255); Serial.print("Channel 2:"); // Print the value of Serial.println(right); // each channel //Backward============ if (move >= 15) { motor1.run(BACKWARD); motor2.run(BACKWARD); motor3.run(BACKWARD); motor4.run(BACKWARD); motor1.setSpeed(move); motor2.setSpeed(move); motor3.setSpeed(move); motor4.setSpeed(move); } //Forward============= else if (move <= -15) { back = abs(move); motor1.run(FORWARD); motor2.run(FORWARD); motor3.run(FORWARD); motor4.run(FORWARD); motor1.setSpeed(back); motor2.setSpeed(back); motor3.setSpeed(back); motor4.setSpeed(back); } //Strate Left ============= else if (left >= 15) { //back=abs(move); motor3.run(BACKWARD); motor4.run(BACKWARD); motor3.setSpeed(left); motor4.setSpeed(left); motor1.run(FORWARD); motor2.run(FORWARD); motor1.setSpeed(left); motor2.setSpeed(left); } //Strate Right ============= else if (left <= -15) { right = abs(right); motor3.run(FORWARD); motor4.run(FORWARD); motor3.setSpeed(right); motor4.setSpeed(right); motor1.run(BACKWARD); motor2.run(BACKWARD); motor1.setSpeed(right); motor2.setSpeed(right); } else { motor1.run(RELEASE); motor2.run(RELEASE); motor3.run(RELEASE); motor4.run(RELEASE); } }

the roll to the sides are impressive! :)

omg ahhahahaha