@Richard: Sure!

but pls answer me if i have some questions for my implementation...

Thx to you guys...

@d.cochran: i think its very costly... but i will still think about that...

@yatakitombi.... Your welcome, hopefully you'll have a video of your own robot winning.... Yep, if you any more questions feel free to ask here...

@DJ: Hi Sir good evening... im here again to ask series of question about the EZ-Robot accessories because i finally made a decision to use your products for my project... but for now im still working the design...

First Question: What is the estimated time for one Heavy Duty servo will drain the 7.4v LiPo battery power or make the battery empty? the servo will run continuous...

Second Question: How long the LiPo Battery Balance Charger can fully charge the LiPo battery power? in this case if the LiPo battery is empty...

Third Question: For one LiPo battery power up to how many Heavy Duty servo motor can support?

Fourth: I want to add a homemade hardware and integrate it with EZ-B v4 WiFi Robot Controller... if yes, in what way?

Fifth Question: I want to add more Lipo Battery because in my robot i will put many servos, cameras and other EZ robot parts.... if yes, how? or any idea what will happen...

Sixth Question: what is the implementation for EZ-robot line follower? because i cant find an example for EZ-robot line following...

Seventh Question: What EZ stands for in EZ-Robot...

i hope you could help me to answer all my questions to make my design better and avoid many problems during implementation... Thank You!

@d.cochran: sir did you try to incorporate RobotRealm to EZV4 or do you have a sample video for that? just asking to clear my mind about robot realm...

I don't know the times for draining batteries. I guess it would depend on how long and how hard your using the servo.

You can use just about any homemade or store bought hardware. There are Serial / Uart ports to send and receive Serial commands through, i12c Ports to control i12C devices, ADC ports to monitor voltage changes and Digital ports that turn on and off low volt (no amp) pins and also can be used for sending (only) serial commands through. There are some built in controls in ARC already to take advantage of these features and you can also write scripts in both EZ Script and SDK that can customize control over your devices.

EZ stands for Easy. It's as simple as that (and it is).

I am looking at Roborelm for a few things. I will be implementing the OCR and barcode reading features. There are ways to pass variables between Roborealm and ARC. This allows both to work with each other.

Batteries are based on volts and amps. The amps side will tell you how long the battery will last. The servos will draw a certain number of milliamps. Well, all of your electronics will draw a certain number of milliamps from the battery. The battery will have a milliamp hour rating. The ones sold here are 1300mAh batteries. This is the number of milliamps you can expect to get from the battery for an hour. Multiple batteries can be run together to either increase volts or amps, or technically both. You should look this up on google to see how to do this. Doing it wrong can kill your batteries or the electronics in your Bot.

roborealm can be downloaded and tested to make sure it does what you want. It is free for 15 days I think. ARC is free, and the EZ-SDK is free. If you haven't downloaded them yet, I would get these apps and explore them. Also, you will be able to see what sensors have been setup to be supported by ARC. I did this and stuck with these sensors so that I knew that they would work. That doesn't mean that others won't work, but using the ones that will work may save you some headaches.

i still dont get clear answer...