XR1 Mainboard V1
In an effort to create a standard baseline for the XR-1’s electronic hardware we have designed a series or circuit boards that will be used to reduce the wiring complexity and support the power distribution to other hardware used within the robot. We also wanted to use standard controllers within the robot so this main board supports sockets for two Mega Pro Mini’s with 3 serial ports and 1 I2C port on each Mega and all the servo ports that are needed.
XR1 Mainboard V2 PRO (feedback edition)
Introducing the XR1 V2 Pro, the enhanced iteration of the XR1 mainboard designed to cater to your evolving needs. If you found the XR1 mainboard impressive but desire more functionality and versatility, then the XR1 V2 Pro is precisely what you've been looking for. Building upon the solid foundation of its predecessor, this upgraded version incorporates servo feedback pins and ADC easy access, empowering you to seamlessly integrate additional features into your projects with utmost convenience.
One of the key enhancements in the XR1 V2 Pro is the inclusion of servo feedback pins, a feature requested by several members of our community. These pins enable precise monitoring and control of servo movements, opening up new possibilities for advanced robotics applications and ensuring smoother operation of your projects. Additionally, the enhanced ADC easy access facilitates seamless analog-to-digital conversion, providing greater flexibility in interfacing with various sensors and peripherals.
Better Power Managment
The robot will support being tethered to a 12v power supply or our battery power distribution system which will connect to the main board through a XT-60 plug. But because the robot has other voltage needs two UBEC will be connected to source 12V to provide 5V and 6V along with the 12v the robots other hardware PC, head and hands.
More Servo Control
The board supports the large high power 150kg servo’s with 12v it also supports standard 6v servos at the needed current levels.
Dual 2560 Mega Processors
The Mega Pro Mini microcontroller board based on the ATmega2560. It has 54 digital input/output pins (of which 15 can be used as PWM outputs), 16 analog inputs, 4 UARTs (hardware serial ports), a 16 MHz crystal oscillator, a USB connection, an ICSP header, and a reset button. It contains everything needed to support the microcontroller; simply connect it to a computer with a USB cable.
Dual Arduino MEGA2560 Pro Mini Features & Specifications:
​​
-
CH340G USB-TTL converter replaces the Atmega 8U2/16U2
-
Microcontroller: ATmega2560
-
Power Out: 5V @ 800mA maximum
-
Input Voltage: 5V via Micro-USB connector, or 6V to 9V DC (recommended) via Vin & GND pins
-
Maximum Input Voltage: 18V
-
Power Consumption: 5V 220mA
-
Logic Level: 5V
-
Clock Frequency 16MHz
-
Digital I/O Pins: 54
-
Analog I/O Pins: 16
-
Flash Memory: 256 KB of which 8 KB is used by the bootloader
-
Data RAM Type/Size: EEPROM 8Kb
-
Data ROM Type/Size: SRAM 4Kb
-
Interface Type: ISP
-
Operating temperature: −40С to +85С
-
Size: 54mm x 38mm (2.1" x 1.5")
Our Features
Functionality You Will Love
01
Eco-Friendly Design
At the heart of our strategy lies an unwavering commitment to eco-friendly design, an integral part of what defines us. Our constant dedication to refining our offerings and broadening our capabilities in design and production sets us apart. Additionally, we take pride in being budget-friendly, ensuring that our products not only contribute to a sustainable future but also remain light on your back pocket. Feel free to reach out and discover more about how our eco-conscious approach aligns seamlessly with
02
24/7 Support
In our community, every member is entitled to the utmost level of support, and we dedicate ourselves to upholding these standards diligently. When you opt to collaborate with our team, understand that you are consistently opting for quality and excellence. The core of our efforts lies in providing excellent community service in everything that we undertake.
03
Easy Installation
Our XR1 mainboard and accompanying electronic components are meticulously crafted with user-friendliness in mind, ensuring a seamless installation process. Designed to facilitate effortless communication with the robot, these components are engineered with intuitive features, making them accessible for both seasoned engineers and those new to robotics. The XR1 mainboard, along with its electronic counterparts, boasts a plug-and-play design, streamlining the installation procedure. This simplicity not only enhances user experience but also empowers enthusiasts and professionals alike to easily integrate and communicate with their robots, fostering a more efficient and enjoyable robotics journey.
04
Advanced Tech
We are constantly working to improve our offerings and expand upon our technological capabilities. Our expert team of professionals is passionate about developing the most advanced tech on the market. Ready to experience the future? let's get building!!
How to get them !
To acquire these boards, you'll need to place an order and assemble the components yourself. We recommend utilizing JLCPCB for this purpose, a trusted provider renowned for their quality and reliability. Here's a step-by-step guide to get started:
​
-
Set up an account on JLCPCB's website at https://jlcpcb.com/. Once registered, proceed to upload the files provided below for your desired board variant. While doing so, you can also select your preferred color options before adding the items to your cart.
-
After adding the board files to your cart, the next step is to navigate to the Bill of Materials (BOM) list. Here, you can review the list of required components and place an order for them. Ensure that you have all the necessary components before proceeding to the assembly stage.
-
With all the components in hand, it's time to solder them onto the board. Follow the provided assembly instructions carefully to ensure proper placement and soldering of each component. Take your time to solder each component accurately, ensuring a secure and reliable connection.
-
Once all the components are soldered in place, your board is now ready to be powered up. Connect it to a suitable power source and follow any additional setup instructions provided with the board. Congratulations! You've successfully assembled your board and it's now ready for use in your projects.
By following these steps, you can seamlessly obtain and assemble your boards, empowering you to bring your projects to life with ease and efficiency.
XR1 Mainboard V1
XR1 Head Board
XR1 Mainboard V2 (Servo Feedback Edition)
XR1 Hand Board
Go to JLCPCB to start your order!
XR1 MAINBOARD V1 Standard Edition
XR1 MAINBOARD V2 (Servo Feedback Edition) PRO
