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PRODUCT DETAILS
Artificial Intelligence Education Platform
AI Suite 3D Edition, coupled with a 3D camera for three-dimensional recognition and positioning, eliminating the need for complex calibration. It features four recognition algorithms and two major applications. The open-source code is based on the Python platform, enabling mechanical arm control through development software. It's user-friendly, facilitating rapid entry into the fundamentals of artificial intelligence, inspiring innovative thinking, and promoting open-source creative culture.
3 MAJOR VISION ALGORITHMS
2 KEY PPLICATION SCENARIOS
The 3D camera can almost meet your grabbing needs for most scenarios, with intelligent and unordered grasping support.
Color recognition
Shape recognition
YOLOv8 recognition
unpack and stack
Compatible for 2 types of end effectors
myCobot Adaptive Gripper
myCobot Vertical Vacuum Pump V2.0
KIT COMPONENTS
- Cylindrical Building Blocks
- Rectangular Building Blocks
- myCobot Vertical Vacuum Pump V2.0
- myCobot Adaptive Gripper
- YOLOv8 Stickers
- LEGO Plugin
- Vacuum Pump Connection Cable
- Parts Kit
- Acrylic Base Plate
- Camera Profile
- Robotic Arm Base
- 3D Camera
- Type-C Data Cable
- Black and White Magic Stickers
VISUALIZATION SOFTWARE
The Artificial Intelligence Kit 2023 supports visual software operation, provides customized and simple operation methods. Users can quickly start the artificial intelligence learning journey.
UNPACKING VIDEO
REVIEWS
RETURNS & SHIPPING
Returns Policy
Our policy lasts 7 days. If 7 days have gone by since your purchase, unfortunately we can’t offer you a refund or exchange.To be eligible for a return, your item must be unused and in the same condition that you received it. It must also be in the original packaging.
Package&Shipping
All products use standard cartons and special customized super hard paper shells to firmly fix the products and prevent damage from impact.
SPECIFICATIONS
SPECIFICATIONS
| Product model | Mercury A1 |
| Product size | 98*128*640mm |
| Working voltage | 24V |
| Degree of freedom | 7DOF |
| Maximum Working radius | 450mm |
| Maximum load | 1KG |
| Net weight | 3.5KG |
| Repeatability | ± 0.05mm |
| Material | Carbon fiber, Aluminum alloy, Engineering plastics |
| Reduction mechanism | Harmonic reducer |
| Joint brake | Electromagnetic friction plate |
| CPU | Quad-core ARM Cortex-A72 ARMv8 64Bit SoC@1.5GHz |
| IO | 24V 6 Input, 6 Output |
| Communication | CAN Bus/WIFI/Network port/Bluetooth/USB serial port |
| Product model | Mercury B1 |
| Product size | 200*192.5*537mm |
| Working voltage | 24V |
| Degree of freedom | 17DOF |
| Maximum Working radius | 450mm |
| Maximum load | 1KG |
| Net weight | 8KG |
| Repeatability | ± 0.05mm |
| Reduction mechanism | Harmonic reducer |
| Joint brake | Electromagnetic friction plate |
| CPU | 6-Core Arm®v8.2 64-bit CPU |
| GPU | 384-Core Volta™ architecture GPU |
| AI Performance | 21 TOPS |
| Screen | 9-inch Touching Screen |
| Material | Carbon fiber, Aluminum alloy, Engineering plastics |
| 3D Camera | Orbbec Deeyea |
| Microphone | Line array 4 microphones，5m 180° pickup |
| IO | 24V 6 Input, 6 Output |
| Communication | CAN Bus/WIFI/Network port/Bluetooth/USB serial port |
| Product model | Mercury X1 |
| Product size | 1.18m |
| Working voltage | 24V |
| Degree of freedom | 19DOF |
| Maximum battery life | 8h |
| Maximum load | 1KG |
| Net weight | 20KG |
| Repeatability | ± 0.05mm |
| Drive motor | High performance direct drive motors |
| Maximum operating speed | 1.2m/s |
| Maximum climbing angle | 15° |
| Storage space | 15L |
| Master module arithmetic | 6-Core Arm v8.2 64-bit CPU，384-Core Volta™ GPU |
| Master AI Performance | 21 TOPS |
| Master module arithmetic | 4-Core ARM Cortex-A57 CPU |
| Wheeled chassis master | 128 NVIDIA CUDA® cores |
| Screen | 9-inch Touching Screen |
| Mobile chassis sensors | LIDAR, Ultrasonic Radar, 2D Vision |
| 3D Camera | Orbbec Deeyea |
| Microphone | Line array 4 microphones，5m 180° pickup |
| IO | 24V 6 Input, 6 Output |
| Communication | CAN Bus/WIFI/Network port/Bluetooth/USB serial port |
FAQ
Q1: What are the key features that distinguish the Mercury Series from other robotic platforms in the market?
A1: The Mercury Series stands out with its innovative design, lightweight yet robust construction, integration of cutting-edge algorithms, and a rich software ecosystem. Whether you're looking for a versatile robotic arm (A1), a semi-humanoid with dual arms (B1), or a fully-fledged wheeled humanoid (X1), Mercury offers solutions for diverse applications.
Q2: Can the Mercury Series robots be easily programmed for specific tasks, and what software environments are supported?
A2:Yes, programming the Mercury robots is streamlined for ease of use. The myPanel interface on A1 allows for quick teach programming. Additionally, myBlockly with dual-editing bar functionality simplifies programming for both arms. The series supports major programming languages and popular simulation platforms like ROS, Moveit, Gazebo, and Mujoco.
Q3: How user-friendly is the Mercury A1 for everyday tasks, and can it be easily programmed without extensive coding knowledge?
A3: The Mercury A1 is designed with user-friendliness in mind. Its myPanel interface, coupled with an intuitive touchscreen, facilitates easy programming for daily tasks. Even users without extensive coding experience can quickly teach the robot specific actions, making it accessible for a wide range of applications.
Q4: Can the Mercury Series robots be integrated with popular programming languages, and how supportive is the community for software development?
A4: Yes, the Mercury Series supports popular programming languages like C++, Python, and MATLAB, fostering a versatile development environment. The community around Mercury is active and supportive, making it an ideal platform for developers to share experiences, seek guidance, and collaborate on software projects.
Q5: How does the Mercury Series simplify software development for researchers and educators in robotics?
A5: The Mercury Series prioritizes ease of software development for researchers and educators. With the support of platforms like ROS, Moveit, and Gazebo, users can seamlessly integrate the robots into existing robotics research workflows. This simplifies experimentation, testing, and the implementation of advanced algorithms.
Q6: Are there any pre-built applications or software packages available for the Mercury robots, especially for educational purposes?
A6: Absolutely! The Mercury Series comes with pre-built applications and educational packages tailored for various scenarios. These include smart grasping kits, 2D and 3D vision applications, and educational modules. These resources accelerate the learning curve for users, allowing them to leverage the robots for educational purposes right out of the box.
Q7:How does Mercury contribute to the development of AI-driven applications, and can users with minimal AI expertise harness its capabilities?
A7: Mercury simplifies AI-driven application development through its user-friendly interfaces. The integration of AI capabilities, such as speech recognition and computer vision, is designed to be accessible to users with varying levels of AI expertise. This empowers a broad user base to unlock the potential of AI in their applications.
Q8: What is the purpose of the YOLOV8 stickers in the kit?
