Hiwonder JetMax JETSON NANO Robot Arm ROS Open source Vision Recognition Program Robot
Rated 3.5/5 based on 11 customer reviews
Hiwonder JetMax JETSON NANO Robot Arm ROS Open source Vision Recognition Program Robot

Hiwonder JetMax JETSON NANO Robot Arm ROS Open source Vision Recognition Program Robot

  • Jetson Nano is included in the kit
  • Open-Source, First Person Vision
  • Inverse Kinematics, ROS
  • Deep learning, Model training
  • Multiple Extended Functions
Image
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Available: In Stock
$699.99
JetMax starter
JetMax Standard
JetMax Developer
Product Description
JetMax is the best AI robotic arm powered by NVIDIA Jetson Nano. It is equipped with HD wide-angle camera and high-quality smart bus servo, adopts ROS robot system and supports Python programming. Through deep learning and AI vision, this robotic arm can perform multiple tasks, such as color tracking, waste sorting, gesture recognition, face tracking, mask identification. Via Android/iOS mobile APP, PC computer, mouse and wireless handle, you can control it at your fingertip.
With JetMax, not only can you master the robot vision, image processing, robot kinematics, etc., but also can swiftly complete various AI creativity projects. Ample tutorials and source codes are provided aiming at helping you make the AI ideas into reality.
JetMax is the best AI robotic arm powered by NVIDIA Jetson Nano. It is equipped with HD wide-angle camera and high-quality smart bus servo, adopts ROS robot system and supports Python programming.
Through deep learning and AI vision, it can perform multiple tasks, such as color tracking, waste sorting, gesture recognition, face tracking, mask identification. Via Android/iOS mobile APP, PC computer, mouse and wireless handle, you can control it at your fingertip.
With JetMax, not only can you master the robot vision, image processing, robot kinematics, etc., but also can swiftly complete various AI creativity projects.
Driven by AI   Powered by NVIDIA Jetson Nano
Driven by AI
Powered by NVIDIA Jetson Nano
The open-source JetMax robot arm is powered by Jetson Nano, which supports deep learning, computer vision, graphics and more. Jetson Nano has the performance and capabilities you need to run modern AI workloads, giving you a fast and easy way to add advanced AI to your JetMax robot arm.
Support deep learning, computer vision, graphics and more. Jetson Nano has the performance and capabilities you need to run modern AI workloads, giving you a fast and easy way to add advanced AI to your JetMax robot arm.
Jetson Nano can connect to a variety of advanced networks, such as TensorFlow, PyTorch, Caffe/Caffe2, Keras, MXNet, etc., which can meet the computing power required by most AI projects. Powered by Jetson Nano, the robotic arm JetMax can perform powerful functions such as image recognition, object detection and positioning, posture recognition, intelligent analysis, etc.
Jetson Nano can connect to a variety of advanced networks, such as TensorFlow, PyTorch, Caffe/Caffe2, Keras, MXNet, etc., which can meet the computing power required by most AI projects.
First Person Vision
Adjustable Angle
The end camera of the JetMax can be mounted vertically and horizontally, giving JetMax a top view and a flat view for different task needs.
HD Image, Real Time Remote Control
Enable to interact with the perceived environment efficiently and empower you to skillfully make your AI creativity into reality.
Various Changeable End-of-arm Tools
The end of JetMax can be fitted with air pump suction nozzles, gripper, electromagnetic suction cup, pen holder, pen, etc., to adapt to more AI scenarios.
Adjustable Angle
The end camera of the JetMax can be mounted vertically and horizontally, giving JetMax a top view and a flat view for different task needs.
HD Image, Real Time Remote Control
Enable to interact with the perceived environment efficiently and empower you to skillfully make your AI creativity into reality.
Various Changeable End-of-arm Tools
The end of JetMax can be fitted with air pump suction nozzles, gripper, electromagnetic suction cup, pen holder, pen, etc., to adapt to more AI scenarios.
AI Vision Recognition   Object Tracking
AI Vision Recognition
Object Tracking
Taking OpenCV as image processing library, JetMax can exploit FPV to recognize and locate the blocks of different colors to realize various AI projects.
Color Sorting
Intelligent Stacking
Object Tracking
Deep Learning, Model Training
Waste cards, alphabet cards and number cards are provided in the kit. JetMax can swiftly recognize different kinds of cards to implement complex AI projects, like waste sorting, auto sequencing, word spelling, numeric calculation, etc.
Waste Sorting
Auto Sequencing
Word Spelling
Numeric Calculation
Human Feature Recognition, AI Interaction
Human Feature Recognition
AI Interaction
Gesture Recognition
Facial Emotion Recognition
Gesture Picking
Inverse Kinematics Algorithm   Support Path Planning
Inverse Kinematics Algorithm
Support Path Planning
With built-in kinematics algorithm, JetMax can calculate the theoretical moving angle of each joint through the input of target coordinates. Then combined with the serial bus servo control protocol, it can precisely control the servos.
Attributed to inverse kinematics algorithm, not only can accurately achieve target transferring and tracking, but also carry out path planning for the robotic arm, and complete advanced tasks such as writing numbers, drawing stick figures.
With built-in kinematics algorithm, JetMax can calculate the theoretical moving angle of each joint through the input of target coordinates. Then combined with the serial bus servo control protocol, it can precisely control the servos.
It can accurately achieve target transferring and tracking, carry out path planning, and complete advanced tasks such as writing numbers, drawing stick figures.
Drawing Stick Figures
Writing Numbers
Support Various Module Expansions
JetMax reserves a lot of sensor ports. With different sensors connected, more AI applications can be realized easily through program coding. Use your imagination, your creativity is irreplaceable!
Mask Identification
Fan Module
Face Tracking
ROS Robot Operating System
Four Control Methods
PC software control
iOS/ Android app control
Wireless handle control
Mouse control
Smart Serial Bus Servo
Fitted with three precision smart bus servos, JetMax is capable of high accuracy and heavy payload. Using trajectory planning algorithm, JetMax can maneuver accurately according to your programmed path.
Product Parameter
Starter & Standard & Advanced Kit
Starter & Standard & Advanced Kit
This product: Hiwonder JetMax JETSON NANO Robot Arm ROS Open source Vision Recognition Program Robot
$699.99 69999
Hiwonder Electrical Conveyor Belt/ Adjustable Speed and Moving Direction
$499.99 49999
Hiwonder Large Metal 4WD Vehicle Chassis for Arduino/Raspberry Pi/ROS Robot with 12V Encoder Geared Motor
$159.99 15999
$1,359.97
Product Description JetMax is the best AI robotic arm powered by NVIDIA Jetson Nano. It is equipped with HD wide-angle camera and high-quality smart bus servo, adopts ROS robot system and supports Python programming. Through deep learning and AI vision, this robotic arm can perform multiple tasks, such as color tracking, waste sorting, gesture recognition, face tracking, mask identification. Via Android/iOS mobile APP, PC computer, mouse and wireless handle, you can control it at your fingertip.
With JetMax, not only can you master the robot vision, image processing, robot kinematics, etc., but also can swiftly complete various AI creativity projects. Ample tutorials and source codes are provided aiming at helping you make the AI ideas into reality.
JetMax is the best AI robotic arm powered by NVIDIA Jetson Nano. It is equipped with HD wide-angle camera and high-quality smart bus servo, adopts ROS robot system and supports Python programming.
Through deep learning and AI vision, it can perform multiple tasks, such as color tracking, waste sorting, gesture recognition, face tracking, mask identification. Via Android/iOS mobile APP, PC computer, mouse and wireless handle, you can control it at your fingertip.
With JetMax, not only can you master the robot vision, image processing, robot kinematics, etc., but also can swiftly complete various AI creativity projects.
Driven by AI   Powered by NVIDIA Jetson Nano Driven by AI
Powered by NVIDIA Jetson Nano
The open-source JetMax robot arm is powered by Jetson Nano, which supports deep learning, computer vision, graphics and more. Jetson Nano has the performance and capabilities you need to run modern AI workloads, giving you a fast and easy way to add advanced AI to your JetMax robot arm. Support deep learning, computer vision, graphics and more. Jetson Nano has the performance and capabilities you need to run modern AI workloads, giving you a fast and easy way to add advanced AI to your JetMax robot arm. Jetson Nano can connect to a variety of advanced networks, such as TensorFlow, PyTorch, Caffe/Caffe2, Keras, MXNet, etc., which can meet the computing power required by most AI projects. Powered by Jetson Nano, the robotic arm JetMax can perform powerful functions such as image recognition, object detection and positioning, posture recognition, intelligent analysis, etc. Jetson Nano can connect to a variety of advanced networks, such as TensorFlow, PyTorch, Caffe/Caffe2, Keras, MXNet, etc., which can meet the computing power required by most AI projects.
First Person Vision Adjustable Angle The end camera of the JetMax can be mounted vertically and horizontally, giving JetMax a top view and a flat view for different task needs. HD Image, Real Time Remote Control Enable to interact with the perceived environment efficiently and empower you to skillfully make your AI creativity into reality. Various Changeable End-of-arm Tools The end of JetMax can be fitted with air pump suction nozzles, gripper, electromagnetic suction cup, pen holder, pen, etc., to adapt to more AI scenarios. Adjustable Angle The end camera of the JetMax can be mounted vertically and horizontally, giving JetMax a top view and a flat view for different task needs. HD Image, Real Time Remote Control Enable to interact with the perceived environment efficiently and empower you to skillfully make your AI creativity into reality. Various Changeable End-of-arm Tools The end of JetMax can be fitted with air pump suction nozzles, gripper, electromagnetic suction cup, pen holder, pen, etc., to adapt to more AI scenarios. AI Vision Recognition   Object Tracking AI Vision Recognition
Object Tracking
Taking OpenCV as image processing library, JetMax can exploit FPV to recognize and locate the blocks of different colors to realize various AI projects. Color Sorting Intelligent Stacking Object Tracking
Deep Learning, Model Training Waste cards, alphabet cards and number cards are provided in the kit. JetMax can swiftly recognize different kinds of cards to implement complex AI projects, like waste sorting, auto sequencing, word spelling, numeric calculation, etc. Waste Sorting Auto Sequencing Word Spelling Numeric Calculation Human Feature Recognition, AI Interaction Human Feature Recognition
AI Interaction
Gesture Recognition Facial Emotion Recognition Gesture Picking
Inverse Kinematics Algorithm   Support Path Planning Inverse Kinematics Algorithm
Support Path Planning
With built-in kinematics algorithm, JetMax can calculate the theoretical moving angle of each joint through the input of target coordinates. Then combined with the serial bus servo control protocol, it can precisely control the servos.
Attributed to inverse kinematics algorithm, not only can accurately achieve target transferring and tracking, but also carry out path planning for the robotic arm, and complete advanced tasks such as writing numbers, drawing stick figures.
With built-in kinematics algorithm, JetMax can calculate the theoretical moving angle of each joint through the input of target coordinates. Then combined with the serial bus servo control protocol, it can precisely control the servos.
It can accurately achieve target transferring and tracking, carry out path planning, and complete advanced tasks such as writing numbers, drawing stick figures.
Drawing Stick Figures Writing Numbers
Support Various Module Expansions JetMax reserves a lot of sensor ports. With different sensors connected, more AI applications can be realized easily through program coding. Use your imagination, your creativity is irreplaceable! Mask Identification Fan Module Face Tracking ROS Robot Operating System Four Control Methods PC software control iOS/ Android app control Wireless handle control Mouse control Smart Serial Bus Servo Fitted with three precision smart bus servos, JetMax is capable of high accuracy and heavy payload. Using trajectory planning algorithm, JetMax can maneuver accurately according to your programmed path. Product Parameter Starter & Standard & Advanced Kit Starter & Standard & Advanced Kit
Item Specification
Axis 4+1
Dimension 450*160*260mm
Weight(Only JetMax) 1.6kg
Payload Max.450g
Ambient Temperature 0°C~ 45 °C
Material Aluminum, Fiberglass
Reach R104~ R289 x 240°
Repeatabillty +1mm
Joint Speed Max.0.20sec/60°
End Effector Suction Cup, Small Gripper, Big Gripper
Power Supply 12V 5A DC Adapter
Connectivity USB/Wi-Fi/Ethernet
Controller Jetson Nano B01
Storage 32G Class 10 TF
Programming Tools Python/C/C++/JavaScript
Control Methods JetMax Panel/App/Wireless Handle
Packing List 1* JetMax (installed camera and Jetson Nano)
1* 12V 5A power adapter
1* Map
6* Blocks
1* Waste card pack
1* Number and alphabet card pack
1* Small gripper with servo (Standard and Developer kit only)
1* Big gripper gripper with servo (Standard and Developer kit only)
1* Pen and holder (Standard and Developer kit only)
1* PS2 handle (Standard and Developer kit only)
1* Fan module (Developer kit only)
1* Touch sensor (Developer kit only)
1* Glowy ultrasonic sensor (Developer kit only)
1* MP3 module (Developer kit only)
1* Digital tube (Developer kit only)
1* Dot matrix display (Developer kit only)
1* sensor bracket and wire pack (Developer kit only)

Customer Reviews

Based on 2 reviews
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M
M.S.
Good Product

JetMax is more suitable for users who have programming basic. It is right robot for me. I can use it for secondary development. The provided tutorial is completely clear for beginner to learn how to use it.

P
Pierre Guérin
Good reception

Product conforms to the nomenclature and delivered in 7 to 8 days in France. First tests conclusive. All components working well. Comments on our own experiences in Computer Vision to come.
Thanks a lot.
Regards.

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