Hiwonder AiArm Vision Robot Arm Kit for Education Demonstration Support Scratch and Python
- 【High-quality AI Education Demonstration System】AiArm is a smart vision robot arm powered by a self-developed controller, CoreX. It adopts high-performance intelligent servos and vision modules and can be programmed in Scratch and Python. With its impressive capabilities, AiArm unlocks diverse AI applications, such as smart vision-guided recognition and grasping.
- 【AI Vision Recognition and Tracking】AiArm combines the WonderCam AI vision module to recognize and locate target objects, enabling the implementation of AI applications like color sorting, waste sorting.
- 【Different Motion Control Methods】Whether it's PC software control, offline control, or inverse kinematics control, you have the versatility to design and edit various actions, unlocking the full potential of the robot arm's capabilities.
- 【Multiple Sensor Expansion】Integrating with sensors and modules, AiArm can execute various interesting functions, including an Al face tracking fan, ultrasonic vision hunt.
WonderCam AI Vision Module
The module incorporates pre-built machine learning algorithms, which can initiate one-click learning. This feature empowers your creative AI projects, such as color recognition.
PC Plastic Exquisite Outlook
AiArm's main body is made of aluminum alloy and enveloped in PC plastic shells for a refined appearance.
Support Sensor Expansion
AiArm can be combined with sensors and electronic modules to realize AI creative gameplay such as smart fans and ultrasonic ranging.
CoreX Controller
AiArm uses a multi-functional and expandable CoreX controller with multiple sensor expansion interfaces to support your unlimited creativity.
Offline Action Editing
AiArm has an offline programming button that enables you to design the action group for robot arm by manually moving robot arm.
PC Software for Action Editing
AiArm employs ESP32 as its core controller, allowing you to edit the desired action group for robot arm using PC software.
Inverse Kinematics Control
Featuring pre-built inverse kinematics algorithm, AiArm’s gripper can accurately reach a specific position specified by end effector coordinates.
AI Face Tracking Fan
Robot arm works with fan module to implement AI face tracking fan project.
Ultrasonic Vision Hunt
Robot arm can sort the blocks based on the distance measured by the ultrasonic sensor.
Dot Matrix Display
Display programming patterns on the dot matrix screen.
MP3 Broadcast
MP3 module broadcasts the recognized information, enabling human-robot interaction.
Mask Identification
Robot arm can detect whether people are wearing masks. Dot matrix display will show the corresponding expressions.
Bard Code Recognition
When WonderCam identifies a bar code within its field of view, dot matrix screen will show the corresponding number.
APP Control
The APP is compatible with iOS and Android systems. Through the APP, you can control your AiArm as you wish.
Wireless Handle Control
AiArm can be controlled through a wireless handle, making it easy to get started, allowing you to control your robot arm anytime and anywhere.
Mouse Control
AiArm supports wired mouse and wireless mouse control, which is suitable for realizing your robotic arm learning.
| Parameters | |||
| Product size | 285*162*440mm | Product weight | 1.7kg |
| Material | Hard aluminium alloy + PC plastic | Camera | WonderCam vision module |
| DOF | 6DOF (5DOF+Gripper) | Power supply | 7.5V 7A DC 5.5*2.5 power adaptor |
| Hardware | CoreX controller | Control method | PC software |
| Servo model | LX-15D,HTD-20L and HX-06L serial bus servo | Software | PC software and WoderCode (Scratch and Python) |
| Display | 2-inch IPS, 320 x 240 resolution | Display size | 41*31mm |
| Package size | 542*542*170mm | Package weight | 7.9kg |
| Product size | 285*162*440mm |
| Product weight | 1.7kg |
| Material | Hard aluminium alloy + PC plastic |
| Camera | WonderCam vision module |
| DOF | 6DOF (5DOF+Gripper) |
| Power supply | 7.5V 7A DC 5.5*2.5 power adaptor |
| Hardware | CoreX controller |
| Software | PC software and WoderCode (Scratch and Python) |
| Servo model | LX-15D, HTD-20L and HX-06L serial bus servo |
| Display | 2-inch IPS, 320 x 240 resolution |
| Display size | 41*31mm |
| Control method | PC software |
| Package size | 54*54*17cm |
| Package weight | 7.9kg |
| Item | Specification |
| Product size | 285*162*440mm |
| Product weight | 1.7kg |
| Material | Hard aluminium alloy + PC plastic |
| Camera | WonderCam vision module |
| DOF | 6DOF (5DOF+Gripper) |
| Power supply | 7.5V 7A DC 5.5*2.5 power adaptor |
| Hardware | CoreX controller |
| Software | PC software and WoderCode (Scratch and Python) |
| Display | 2-inch IPS, 320 x 240 resolution |
| Display size | 41*31mm |
| Servo model | LX-15D, HTD-20L and HX-06L serial bus servo |
| Control method | PC software |
| Package size | 54*54*17cm |
| Package weight | 7.9kg |
Customer Reviews
The robot kit comes partially assembled, but it’s really easy to set up thanks to the detailed tutorials provided. It’s a fantastic demonstration kit, and I’ve placed it in my office where it’s definitely caught a lot of people’s attention—haha!
I’m surprised to find that this robot kit supports both Scratch and Python programming languages. As a beginner, I’m using Scratch because it’s very straightforward—just drag and drop code blocks. For more experienced programmers, Python is also an option. Overall, it’s a fantastic educational kit!
This robotic arm kit is excellent for learning both robotics and programming. The quality of the parts is impressive, and the CoreX controller, developed by Hiwonder, adds a lot of value. The mechanical design of the arm stands out, especially for its price range. It uses serial bus servos that handle a significant load with ease. It's a fantastic kit for demonstrating waste sorting and teaches how to control the robotic arm for this purpose. Overall, it's a highly educational and well-made kit that I’d recommend to anyone interested in robotics.
As a high school technology teacher, I believe this would make an excellent gift for a middle school student interested in technology. My kids and I had a lot of fun assembling it and running the example code. It really sparked their engineering creativity—they’re excited to try new things with it.
The tutorials are well-crafted and easy to follow, and you can download them from Google Drive. They offer plenty of hints for creating new games, which is a great way to keep them engaged and learning.
I'm the kind of person who enjoys STEM projects and while this was a bit more on the technical side it was very enjoyable!
The kit comes packaged in a sturdy box with all of the parts. The instructions are downloaded off of Google Drive with supplemental code that assists with the project. I spent a weekend working with this and was very pleased with the process and results, and now I have a neat robotic arm to show off to guests if they enter my office!
Questions & Answers
Have a Question?
Be the first to ask a question about this.
