by inaki » Mon May 22, 2006 5:54 pm
by inaki
Mon May 22, 2006 5:54 pm
1. The controller allows for up to 240 servos, that is to say, there are 240 different IDs. However the power supply would fall short far before you reach that limit. Apparently you can connect 21 servos without problems. I don't know what happens beyod this number.
2. The module within CM5 has no I/O port other than the serial ports (see attached pictures). So in order to add peripherals you will need to support the serial protocol, unless you canibalize the board which would not be easy as you may see by the pictures. That means that making a sensor board for these robots would require some inteligence in the sensor side (at least a small microcontoller would be required).
3. These servos can move really fast. However if you put it under heavy load they move slower. I don't know how your friend's robot moves so I cannot tell. I have a KHR1 and this one moves as fast if not faster than it.
4. I did not make the human Bioloid so I won't comment on this. People here is complaining about some glitches in the motion of certain servos. It seems it is a failure on the control software. We are waiting for an update some time in the next days.
5. The software is good but has a lot of bugs. Fortunately the people at Robotis seems responsive so they are working on the bugs right now.
AFAIK there is no evaluation or demo software to test the abilities of this kit.
The pictures. Note the nice Zigbee Wireless socket (although empty
):
1. The controller allows for up to 240 servos, that is to say, there are 240 different IDs. However the power supply would fall short far before you reach that limit. Apparently you can connect 21 servos without problems. I don't know what happens beyod this number.
2. The module within CM5 has no I/O port other than the serial ports (see attached pictures). So in order to add peripherals you will need to support the serial protocol, unless you canibalize the board which would not be easy as you may see by the pictures. That means that making a sensor board for these robots would require some inteligence in the sensor side (at least a small microcontoller would be required).
3. These servos can move really fast. However if you put it under heavy load they move slower. I don't know how your friend's robot moves so I cannot tell. I have a KHR1 and this one moves as fast if not faster than it.
4. I did not make the human Bioloid so I won't comment on this. People here is complaining about some glitches in the motion of certain servos. It seems it is a failure on the control software. We are waiting for an update some time in the next days.
5. The software is good but has a lot of bugs. Fortunately the people at Robotis seems responsive so they are working on the bugs right now.
AFAIK there is no evaluation or demo software to test the abilities of this kit.
The pictures. Note the nice Zigbee Wireless socket (although empty
):
Last edited by inaki on Mon May 22, 2006 8:38 pm, edited 1 time in total.