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- xArm 2.0: Hiwonder New Intelligent Robotic Arm Support Scratch & Python Assemble Programmable Robotic Kit xArm 2.0: Hiwonder New Intelligent Robotic Arm Support Scratch & Python Assemble Programmable Robotic Kit
xArm 2.0: Hiwonder New Intelligent Robotic Arm Support Scratch & Python Assemble Programmable Robotic Kit
- Upgraded Servo Controller
- Brand-new Sensors
- Inverse Kinematics Algorithm
- Mobile/PC/handle/offline manual control
- Based on Scratch/Python
- Serial bus servo. Full metal gear
- Description
- Specifications
- Accessories
Intelligent Bus Servo
The xArm2.0 robotic arm body is equipped with a high-torque smart bus servo, allowing the robotic arm to grab heavy objects and run smoothly.
Enhanced Controller
The controller of xArm2.0 has built-in various electronic modules such as buttons, buzzers, sounds, RGB lights and infrared receivers, and is easy to wire.
Inverse Kinematics Algorithm
We provide xArm2.0 inverse kinematics analysis to allow users to better understand the working principle of the robotic arm.
Support Sensor Expansion
xArm2.0 is equipped with dot matrix module, ultrasonic sensor, color sensor, infrared remote control, etc. The sensors are all 4PIN interfaces, and the wiring is simple.
Multi-point Detection
Color Sorting
Inverse Kinematics Algorithm
Support Sensor Expansion
IOS/ Android App Control
Wireless Handle Control
Mouse Control
Product size | 277*155*426 mm |
Product weight | about 1.2kg |
DOF | 6DOF (5DOF+Gripper) |
Power supply | 7.5V 6A DC power adaptor |
Micro processor | based on esp32 and stm32; servo controller is based on stm32F104 |
Input | ultrasonic sensor, infrared remote receiver, sound sensor,color sensor |
Output | dot matrix module,LFD-01 servo, buzzer, RGB light |
Servo | HTS-16L bus servo/LX-15D/LX-225 intelligent serial bus servo |
Control method | iOS/Android/PS2/mouse/PC software |
Package size | 50*30*16cm |
Item | Specification |
Product size | 277*155*426 mm |
Product weight | about 1.2kg |
DOF | 6DOF (5DOF+Gripper) |
Power supply | 7.5V 6A DC power adaptor |
Micro processor | based on esp32 and stm32; servo controller is based on stm32F104 |
Input | ultrasonic sensor, infrared remote receiver, sound sensor,color sensor |
Output | dot matrix module,LFD-01 servo, buzzer, RGB light |
Servo | HTS-16L bus servo/LX-15D/LX-225 intelligent serial bus servo |
Control method | iOS/Android/PS2/mouse/PC software |
Package size | 50*30*16cm |
I was very impressed with this robot and its overall quality. The aluminum pieces are all beautifully made. With different programming methods, it is suitable for learners of all levels.
This robotic arm is fantastic! It's sturdy, and has great precision for its price. The app and controller work together well, and programming is easy with the PC software. The possibilities with this arm are endless!
The xArm 2.0 has exceeded my expectations as a robotics learning kit. The support for both Scratch and Python coding caters to learners with varying programming preferences. The ability to manually control the arm offline adds a practical touch to the learning experience. Overall, a versatile and well-designed kit for anyone diving into the world of robotics.
The xArm 2.0 is a game-changer for robotics enthusiasts. The 6DOF programmable arm with intelligent serial bus servos provides an unparalleled level of precision and control. I was particularly impressed by the versatility offered through the support for both Scratch and Python coding. The inclusion of an inverse kinematics algorithm analysis further enhances its capabilities.
The xArm 2.0 has proven to be an impressive addition to my robotics projects. The intelligent serial bus servos provide precise position and voltage feedback, offering a level of control that's crucial for my applications. The support for both Scratch and Python coding makes programming a breeze, and the inclusion of more than 10 electronic modules allows for extensive customization. The compatibility with Hiwonder sensors is a bonus, and the option for multi-robot cooperation opens up new possibilities. The combination of app, PC software, PS2 handle, and offline manual control ensures flexibility in operation. The angle read-back feature of the servos, along with voltage and temperature feedback, adds an extra layer of reliability to this sophisticated robotic arm.
Questions & Answers
Have a Question?
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I need a tutorial
Please check this link: https://drive.google.com/drive/folders/1en-sScQcDYt0BjJhfIh829s0VFGvBIkh?usp=sharing
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i can't code this kit using wonder code v1.0.2
Could you kindly share us a video and email to support@hiwonder.com?