jetson nano

[Lightweight MicroROS Mapping Solution] PALMSLAM uses microROS wireless communication technology. There is no need to carry a bulky computer. The lidar data can be wirelessly transmitted to the PC virtual machine. This device is equipped with a 360° rotatable mobile phone holder and supports IOS and Android dual-end mobile phone APPs. The progress of mapping can be checked in real time, making it easy to deal with complex environments and terrains. [Support for Multiple Host Computers] PALMSLAM can use a virtual machine as the main control, which greatly reduces the learning cost and improves the algorithm operation efficiency. It is a cost-effective solution for learning ROS2. In addition, it also supports Raspberry Pi 5, Jetson Nano, and RDK X5 as desktop main control. [6 Axis IMU Positioning Function and Anti-shake Reminder] The lidar expansion board has a built-in 6 Axis IMU, which plays an important positioning function. In addition, in order to prevent the lidar from tilting too much and causing data distortion, the 6 Axis IMU combined with the buzzer will issue an alarm sound reminder when the tilt angle is too large, which plays an important role in efficient mapping. [Cost-effective Configuration] With a 2000mah ultra-long-life battery pack, PALMSLAM can be used continuously for 4 hours, and the theoretical standby time can be up to 50 hours; the lidar expansion board is equipped with a high-performance ESP32 processor, which can realize Wi-Fi and Bluetooth functions, and the data is transmitted to the virtual machine in real time, realizing efficient communication between PALMSLAM and the virtual machine. [6 Packages to Choose from] There are 6 packages available: no lidar package and 5 high-performance lidar packages. The maximum detection distance of the lidar can reach 8m/12m/30m. The maximum detection distance varies depending on the selected lidar model.Provides general courses for Linux and ROS2, suitable for low-cost entry-level learning users.

[Lightweight MicroROS Mapping Solution] PALMSLAM uses microROS wireless communication technology. There is no need to carry a bulky computer. The lidar data can be wirelessly transmitted to the PC virtual machine. This device is equipped with a 360° rotatable mobile phone holder and supports IOS and Android dual-end mobile phone APPs. The progress of mapping can be checked in real time, making it easy to deal with complex environments and terrains. [Support for Multiple Host Computers] PALMSLAM can use a virtual machine as the main control, which greatly reduces the learning cost and improves the algorithm operation efficiency. It is a cost-effective solution for learning ROS2. In addition, it also supports Raspberry Pi 5, Jetson Nano, and RDK X5 as desktop main control. [6 Axis IMU Positioning Function and Anti-shake Reminder] The lidar expansion board has a built-in 6 Axis IMU, which plays an important positioning function. In addition, in order to prevent the lidar from tilting too much and causing data distortion, the 6 Axis IMU combined with the buzzer will issue an alarm sound reminder when the tilt angle is too large, which plays an important role in efficient mapping. [Cost-effective Configuration] With a 2000mah ultra-long-life battery pack, PALMSLAM can be used continuously for 4 hours, and the theoretical standby time can be up to 50 hours; the lidar expansion board is equipped with a high-performance ESP32 processor, which can realize Wi-Fi and Bluetooth functions, and the data is transmitted to the virtual machine in real time, realizing efficient communication between PALMSLAM and the virtual machine. [6 Packages to Choose from] There are 6 packages available: no lidar package and 5 high-performance lidar packages. The maximum detection distance of the lidar can reach 8m/12m/30m. The maximum detection distance varies depending on the selected lidar model.Provides general courses for Linux and ROS2, suitable for low-cost entry-level learning users.

Wireless Video Transmission: The image transmission module is equipped with an ESP32 chip and a 2MP HD camera, supporting wireless transmission over 2.4GHz WiFi frequency band. It effortlessly achieves real-time transmission of high-definition video images, allowing for remote control commands, widely applied in DIY smart programming car robots. Extensive Compatibility: The WiFi image transmission module is compatible with Arduino, STM32, micro:bit, Raspberry Pi Pico, and many other microcontrollers, as well as development boards such as Raspberry Pi and Jetson Nano, providing visual solutions for users' project development. Two Operating Modes: The ESP32-CAM image transmission module supports both the AP mode with self-delivered hotspot and the STA mode with module-connected WiFi, allowing flexible switching or simultaneous activation according to actual application requirements. Two Versions of Bracket and Gimbal Optional: The ESP32-CAM image transmission module adopts an integrated shell design with multiple installation holes reserved, compatible with standard building block installation. Users can choose between a fixed bracket and a two-degree-of-freedom motorized gimbal bracket according to their needs, facilitating quick and convenient installation. What You Get: Yahboom provides program examples for this sensor module, aiding users in quick setup. Additionally, we offer a remote control APP for the robot car, enabling users to view real-time video footage by connecting their smartphones. If you encounter any technical issues regarding this module, Yahboom's technical support is available to assist you at any time.

Raspberry pi 5 jetson nano Adult STEM education Python AI hexapod robot development programming DIY Artificial intelligence education learning Grown-up robotics AI projects enthusiasts Advanced projects for hobbyists professionals Equipped with a 2-degree-of-freedom 1080p high-definition wide-angle camera, it can complete a variety of AI intelligent gameplay such as face recognition, color tracking, label recognition, sight line patrol, and transportation. Compared with ordinary cameras, the video image is clear, the field of view is large, and the visual detection range is larger. Supports a variety of controls to achieve intelligent gameplay: it can be controlled through wireless USB handle, APP remote control, and PC web version. Through the APP, we can not only realize car body remote control and various performance modes, but also see the first visual picture of the robot. In addition, you can quickly switch to other smart game modes such as color tracking, line of sight, face detection, tag detection, etc. 35kg servo motor + alloy structure: Equipped with a high-torque 35KG servo motor and a solid all-aluminum alloy structure to ensure the durability and reliability of the product in harsh environments. Provide detailed tutorial materials: Yahboom provides open python source code, allowing you to quickly play with intelligent robots! The built-in large-capacity battery can provide continuous power supply for more than 3 hours, ensuring that you have enough use time without frequent charging. Provide users with a high-quality product experience.

Wireless Video Transmission: The image transmission module is equipped with an ESP32 chip and a 2MP HD camera, supporting wireless transmission over 2.4GHz WiFi frequency band. It effortlessly achieves real-time transmission of high-definition video images, allowing for remote control commands, widely applied in DIY smart programming car robots. Extensive Compatibility: The WiFi image transmission module is compatible with Arduino, STM32, micro:bit, Raspberry Pi Pico, and many other microcontrollers, as well as development boards such as Raspberry Pi and Jetson Nano, providing visual solutions for users' project development. Two Operating Modes: The ESP32-CAM image transmission module supports both the AP mode with self-delivered hotspot and the STA mode with module-connected WiFi, allowing flexible switching or simultaneous activation according to actual application requirements. Two Versions of Bracket and Gimbal Optional: The ESP32-CAM image transmission module adopts an integrated shell design with multiple installation holes reserved, compatible with standard building block installation. Users can choose between a fixed bracket and a two-degree-of-freedom motorized gimbal bracket according to their needs, facilitating quick and convenient installation. What You Get: Yahboom provides program examples for this sensor module, aiding users in quick setup. Additionally, we offer a remote control APP for the robot car, enabling users to view real-time video footage by connecting their smartphones. If you encounter any technical issues regarding this module, Yahboom's technical support is available to assist you at any time.

【High Torque Dual-Axis Fixed】Yahboom DC6.0-8.4V Servo hat eine hohe Torque von 35 kg und ist ein zweiachsiges Design. Der Power Output Shaft ist mit einem auxiliary fixed shaft equipped which will not shake even if there is power. (Drei Packages to choose from choose) 【Full Metal Shell and stainless steel bearings】In order to solve the problem of high torque and easy slipping or jamming of getriebe, we use stainless steel gets and bearings, which are more wear-resistant than copper, and use a black oxidized metal middle shell to speed up the heat dissipation of the steering gear. Längere Lebensdauer im Vergleich zu gewöhnlichen Servos 【Drei Port-Serienbus-Servos】Die obere und untere Serie sind durch zwei Schnittstellen hergestellt. Die links, rechts und oben von den Servos sind alle mit 3pin-HY2.0 Anti-Reverse Connection Schnittstellen entworfen. Mehrere Servos können in Serien verbunden werden, um die Besetzung des seriellen Ports zu reduzieren. Overall Strong Operability. 【ID Identifikation, Buskommunikation】Each steering gear can be set with an ID number for steering gear identifizierung. Single Bus Communication is used between the controller and the servo. Users can assign an ID number to each servo, and the instructions issued by the controller contain ID information. Only the servo that matches the ID number can fully receive the corresponding instructions and perform actions according to the instructions. 【Hochpräzision potentiometer, angle readback】With position/temperature/voltage as angle feedback, you can understand the internal data of the steering gear in real time and protect the steering gear. Digital Servos sind für Menschen verfügbar, die an der Entwicklung von Software für Roboterparts, wie Roboterarms, Hexapods und andere Roboter-Geräte interessiert sind. Bietet Lernmaterialien für RaspberryPi, Jetson Nano und Microbit.

[Embodied Intelligent Experience] The ROSMASTER M3 Pro utilizes the ROS2 system and the latest inference architecture to deliver a superior user experience. It can perceive and analyze its surroundings, interact with users via voice, and supports free interruption. Users do not need to issue specific voice commands; the robot automatically understands and executes their needs perfectly. [Large-Scale AI Model and OpenClaw Deployment Enablement] The M3 Pro is based on OpenRouter and employs an interactive system centered around three AI models. It supports the deployment of large-scale multimodal AI models, including online access and local offline deployment. Deep integration enables remote voice and text commands, autonomous task decomposition, intelligent decision-making, and complex task execution. [High-Performance AI Robot] The M3 PRO is equipped with six intelligent serial bus servo motors, a 3D binocular depth camera, a built-in large-scale AI model voice module, and a large-scale multimodal AI model, enabling various applications including 3D spatial grasping, target tracking, object classification, scene understanding, and voice control. [Version Notes] The ROSMASTER M3 Pro comes in 12 versions: one with a 7-inch IPS touchscreen, and another without. Each version is further divided into 6 different main control chips: Orin NX 16GB / Orin NX 8GB / Orin Nano 8GB / Jetson Nano B01 / Raspberry Pi 16GB / Raspberry Pi 8GB. For efficient robot operation, a high-performance development board is recommended. [Comprehensive Courses] Over 200 course materials help you quickly learn and experience the fun of artificial intelligence. Yahboom's course code is completely open source. If you encounter any technical problems, please contact Yahboom; our technical support team will assist you.

[Embodied Intelligent Experience] The ROSMASTER M3 Pro utilizes the ROS2 system and the latest inference architecture to deliver a superior user experience. It can perceive and analyze its surroundings, interact with users via voice, and supports free interruption. Users do not need to issue specific voice commands; the robot automatically understands and executes their needs perfectly. [Large-Scale AI Model and OpenClaw Deployment Enablement] The M3 Pro is based on OpenRouter and employs an interactive system centered around three AI models. It supports the deployment of large-scale multimodal AI models, including online access and local offline deployment. Deep integration enables remote voice and text commands, autonomous task decomposition, intelligent decision-making, and complex task execution. [High-Performance AI Robot] The M3 PRO is equipped with six intelligent serial bus servo motors, a 3D binocular depth camera, a built-in large-scale AI model voice module, and a large-scale multimodal AI model, enabling various applications including 3D spatial grasping, target tracking, object classification, scene understanding, and voice control. [Version Notes] The ROSMASTER M3 Pro comes in 12 versions: one with a 7-inch IPS touchscreen, and another without. Each version is further divided into 6 different main control chips: Orin NX 16GB / Orin NX 8GB / Orin Nano 8GB / Jetson Nano B01 / Raspberry Pi 16GB / Raspberry Pi 8GB. For efficient robot operation, a high-performance development board is recommended. [Comprehensive Courses] Over 200 course materials help you quickly learn and experience the fun of artificial intelligence. Yahboom's course code is completely open source. If you encounter any technical problems, please contact Yahboom; our technical support team will assist you.

[Embodied Intelligent Experience] The ROSMASTER M3 Pro utilizes the ROS2 system and the latest inference architecture to deliver a superior user experience. It can perceive and analyze its surroundings, interact with users via voice, and supports free interruption. Users do not need to issue specific voice commands; the robot automatically understands and executes their needs perfectly. [Large-Scale AI Model and OpenClaw Deployment Enablement] The M3 Pro is based on OpenRouter and employs an interactive system centered around three AI models. It supports the deployment of large-scale multimodal AI models, including online access and local offline deployment. Deep integration enables remote voice and text commands, autonomous task decomposition, intelligent decision-making, and complex task execution. [High-Performance AI Robot] The M3 PRO is equipped with six intelligent serial bus servo motors, a 3D binocular depth camera, a built-in large-scale AI model voice module, and a large-scale multimodal AI model, enabling various applications including 3D spatial grasping, target tracking, object classification, scene understanding, and voice control. [Version Notes] The ROSMASTER M3 Pro comes in 12 versions: one with a 7-inch IPS touchscreen, and another without. Each version is further divided into 6 different main control chips: Orin NX 16GB / Orin NX 8GB / Orin Nano 8GB / Jetson Nano B01 / Raspberry Pi 16GB / Raspberry Pi 8GB. For efficient robot operation, a high-performance development board is recommended. [Comprehensive Courses] Over 200 course materials help you quickly learn and experience the fun of artificial intelligence. Yahboom's course code is completely open source. If you encounter any technical problems, please contact Yahboom; our technical support team will assist you.

[Embodied Intelligent Experience] The ROSMASTER M3 Pro utilizes the ROS2 system and the latest inference architecture to deliver a superior user experience. It can perceive and analyze its surroundings, interact with users via voice, and supports free interruption. Users do not need to issue specific voice commands; the robot automatically understands and executes their needs perfectly. [Large-Scale AI Model and OpenClaw Deployment Enablement] The M3 Pro is based on OpenRouter and employs an interactive system centered around three AI models. It supports the deployment of large-scale multimodal AI models, including online access and local offline deployment. Deep integration enables remote voice and text commands, autonomous task decomposition, intelligent decision-making, and complex task execution. [High-Performance AI Robot] The M3 PRO is equipped with six intelligent serial bus servo motors, a 3D binocular depth camera, a built-in large-scale AI model voice module, and a large-scale multimodal AI model, enabling various applications including 3D spatial grasping, target tracking, object classification, scene understanding, and voice control. [Version Notes] The ROSMASTER M3 Pro comes in 12 versions: one with a 7-inch IPS touchscreen, and another without. Each version is further divided into 6 different main control chips: Orin NX 16GB / Orin NX 8GB / Orin Nano 8GB / Jetson Nano B01 / Raspberry Pi 16GB / Raspberry Pi 8GB. For efficient robot operation, a high-performance development board is recommended. [Comprehensive Courses] Over 200 course materials help you quickly learn and experience the fun of artificial intelligence. Yahboom's course code is completely open source. If you encounter any technical problems, please contact Yahboom; our technical support team will assist you.

✅ New Generation HDMI 2.1compatible Headless Adapter - 8K@30Hz-hdmi dummy plug Can enable the PC to enable the GPU to create a virtual display to perform tasks,Simulate high resolution for remote control,Up to 8K@30Hz 4K@60/120Hz, compatible with 1440P@60/120/144Hz,1080P@60/120/144Hz, etc.(Notice:The graphics card interface must support HDMI 2.1 version to achieve Above 120Hz refresh rate) ✅ Product Highlights,High-Quality Construction--Gold-Plated HDMI Connector: Ensures maximum conductivity and corrosion resistance.Full board copper pouring: Enhances signal stability and reduces electromagnetic interference.Use brand new solder and refuse to recycle solder:: Provides long-term durability and prevents solder-joint failure.The thicken aluminum shell delivers outstanding durability,a premium feel and Enhanced Electromagnetic Shielding. ✅ Energy-Efficient & Headless Operation--Designed for headless setups such as mini PCs, home labs, colocation centers, and remote-deployed workstations. It reduces power usage, eliminates the need for a real display, and allows your system to run "headlessly" for improved efficiency and space-saving. A low-cost, eco-friendly solution for professionals and hobbyists. ✅ Broad System Compatibility--Works with all devices featuring HDMI output, including desktop PCs, laptops, small-form-factor computers, and development boards.Compatible with:Windows，macOS，Linux，Raspberry Pi，Mac Mini，Jetson Nano，Perfect for remote control, screen sharing, VR display setup, and multi-monitor simulation. ✅ Plug & Play – No Drivers or Software Needed--No installation required. Simply plug the device into your HDMI port, and the system will recognize it as an active display.No drivers，No external power，Hot-swappable，Ultra-low power consumption，Guaranteed stable operation for 24/7 tasks such as rendering, mining, and remote sessions.

✅New Generation HDMI 2.1compatible Headless Adapter - 8K@30Hz-hdmi dummy plug Can enable the PC to enable the GPU to create a virtual display to perform tasks,Simulate high resolution for remote control,Up to 8K@30Hz 4K@60/120Hz, compatible with 1440P@60/120/144Hz,1080P@60/120/144Hz, etc.(Notice:The graphics card interface must support HDMI 2.1 version to achieve Above 120Hz refresh rate) ✅ Product Highlights,High-Quality Construction--Gold-Plated HDMI Connector: Ensures maximum conductivity and corrosion resistance.Full board copper pouring: Enhances signal stability and reduces electromagnetic interference.Use brand new solder and refuse to recycle solder:: Provides long-term durability and prevents solder-joint failure.The thicken aluminum shell delivers outstanding durability,a premium feel and Enhanced Electromagnetic Shielding. ✅ Energy-Efficient & Headless Operation--Designed for headless setups such as mini PCs, home labs, colocation centers, and remote-deployed workstations. It reduces power usage, eliminates the need for a real display, and allows your system to run "headlessly" for improved efficiency and space-saving. A low-cost, eco-friendly solution for professionals and hobbyists. ✅ Broad System Compatibility--Works with all devices featuring HDMI output, including desktop PCs, laptops, small-form-factor computers, and development boards.Compatible with:Windows，macOS，Linux，Raspberry Pi，Mac Mini，Jetson Nano，Perfect for remote control, screen sharing, VR display setup, and multi-monitor simulation. ✅ Plug & Play – No Drivers or Software Needed--No installation required. Simply plug the device into your HDMI port, and the system will recognize it as an active display.No drivers，No external power，Hot-swappable，Ultra-low power consumption，Guaranteed stable operation for 24/7 tasks such as rendering, mining, and remote sessions.

【Powerful ROS Master】3 ROS master controllers are available,equipped with Jetson Nano 4GB,Orin Nano Super and Orin NX Super development boards,which inject more powerful performance into DOFBOT-PRO greatly improving its AI performance in multiple fields such as mechanical control.AI vision applications and 3D depth,and making image recognition processing smoother.Support MediaPipe develop and Movelt. 【New 3D Space Tech】DOFBOT-PRO is equipped with a 3D depth camera.Combining 3D vision tech with robotic arm control to achieve depth distance measurement,recognition,and height measurement.Use the robotic arm to identify,track,and grab target objects in three-dimensional space.Through the inverse kinematics algorithm,DOFBOT-PRO realizes high-level AI projects such as arbitrary grasping,sorting,and handling in 3D space.Play with 3D AI vision! 【Empowered by Large Al Model, Enhanced Human-Computer Interaction】DOFBOT PRO builds an interactive system centered around OpenRouter, based on 3 AI models.It incorporates 3D vision to identify the scene described by the command, and then uses multimodal to determine if the scene on screen matches the description,enabling navigation and AI visual gameplay. Its superior environmental perception, reasoning,and intelligent execution capabilities empower more advanced embodied AI applications. 【Hardware Configuration】Standard with an AI large model voice module, facilitating the use of embodied intelligence/multimodal applications; Ultimate version features a 10.1-inch IPS display (1920*1080p)；The robotic arm's end effector is equipped with a binocular 3D depth camera with a measurement range of up to 5 meters, providing accurate calculations and a first-person perspective for high-level AI projects in 3-dimensional space. 【What will you get?】DOFBOT PRO will guide you through a range of cutting-edge technologies, including ROS2 development, 3D depth vision, Large AI Model, OpenCV, YOLOv8, MediaPipe, robot inverse kinematics, MoveIt, Gazebo simulation, and AI voice interaction. You can learn ROS2, Python programming, and 3D AI vision, shortening project development cycles and fully experiencing AI!

✅ Function – Simulate a Display, Unlock GPU Performance--This display emulator plug creates a virtual screen by simulating an active HDMI connection. It keeps your GPU active even without a physical monitor, ideal for tasks like remote desktop, cryptocurrency mining, video rendering, game streaming, and VR setup.4K@60hz(default1080P）Supports resolutions up to 3840x2160@60Hz,2560X1440@120/144HZ,1920x1080@120/144/240Hz,and more—perfect for high-performance systems. ✅ Product Highlights,High-Quality Construction--Gold-Plated HDMI Connector: Ensures maximum conductivity and corrosion resistance.Full board copper pouring: Enhances signal stability and reduces electromagnetic interference.Use brand new solder and refuse to recycle solder:: Provides long-term durability and prevents solder-joint failure.The thicken aluminum shell delivers outstanding durability,a premium feel and Enhanced Electromagnetic Shielding. ✅ Energy-Efficient & Headless Operation--Designed for headless setups such as mini PCs, home labs, colocation centers, and remote-deployed workstations. It reduces power usage, eliminates the need for a real display, and allows your system to run "headlessly" for improved efficiency and space-saving. A low-cost, eco-friendly solution for professionals and hobbyists. ✅ Broad System Compatibility--Works with all devices featuring HDMI output, including desktop PCs, laptops, small-form-factor computers, and development boards.Compatible with:Windows，macOS，Linux，Raspberry Pi，Mac Mini，Jetson Nano，Perfect for remote control, screen sharing, VR display setup, and multi-monitor simulation. ✅ HDR HDMI Display Emulator (Dummy Plug) – Vibrant, Realistic Display Simulation--Supports High Dynamic Range (HDR) for enhanced brightness and color accuracy. Simulates vivid output with peak brightness up to 1,015 nits, making it suitable for color-sensitive applications like video preview and display mirroring. ✅ Plug & Play – No Drivers or Software Needed--No installation required. Simply plug the device into your HDMI port, and the system will recognize it as an active display.No drivers，No external power，Hot-swappable，Ultra-low power consumption，Guaranteed stable operation for 24/7 tasks such as rendering, mining, and remote sessions.

✅ Function – Simulate a Display, Unlock GPU Performance--This display emulator plug creates a virtual screen by simulating an active HDMI connection. It keeps your GPU active even without a physical monitor, ideal for tasks like remote desktop, cryptocurrency mining, video rendering, game streaming, and VR setup.4K@60hz(default1080P）Supports resolutions up to 3840x2160@60Hz,2560X1440@120/144HZ,1920x1080@120/144/240Hz,and more—perfect for high-performance systems. ✅ Product Highlights,High-Quality Construction--Gold-Plated HDMI Connector: Ensures maximum conductivity and corrosion resistance.Full board copper pouring: Enhances signal stability and reduces electromagnetic interference.Use brand new solder and refuse to recycle solder:: Provides long-term durability and prevents solder-joint failure.The thicken aluminum shell delivers outstanding durability,a premium feel and Enhanced Electromagnetic Shielding. ✅ Energy-Efficient & Headless Operation--Designed for headless setups such as mini PCs, home labs, colocation centers, and remote-deployed workstations. It reduces power usage, eliminates the need for a real display, and allows your system to run "headlessly" for improved efficiency and space-saving. A low-cost, eco-friendly solution for professionals and hobbyists. ✅ Broad System Compatibility--Works with all devices featuring HDMI output, including desktop PCs, laptops, small-form-factor computers, and development boards.Compatible with:Windows，macOS，Linux，Raspberry Pi，Mac Mini，Jetson Nano，Perfect for remote control, screen sharing, VR display setup, and multi-monitor simulation. ✅ HDR HDMI Display Emulator (Dummy Plug) – Vibrant, Realistic Display Simulation--Supports High Dynamic Range (HDR) for enhanced brightness and color accuracy. Simulates vivid output with peak brightness up to 1,015 nits, making it suitable for color-sensitive applications like video preview and display mirroring. ✅ Plug & Play – No Drivers or Software Needed--No installation required. Simply plug the device into your HDMI port, and the system will recognize it as an active display.No drivers，No external power，Hot-swappable，Ultra-low power consumption，Guaranteed stable operation for 24/7 tasks such as rendering, mining, and remote sessions.

✅ Function – Simulate a Display, Unlock GPU Performance--This display emulator plug creates a virtual screen by simulating an active HDMI connection. It keeps your GPU active even without a physical monitor, ideal for tasks like remote desktop, cryptocurrency mining, video rendering, game streaming, and VR setup.4K@60hz(default2160P）Supports resolutions up to 4096 x2160@60Hz, 3840x2160@60Hz, 2560X1440@120/144HZ, 1920x1080@120/144/240Hz,and more—perfect for high-performance systems. ✅ Product Highlights,High-Quality Construction--Gold-Plated HDMI Connector: Ensures maximum conductivity and corrosion resistance.Full board copper pouring: Enhances signal stability and reduces electromagnetic interference.Use brand new solder and refuse to recycle solder:: Provides long-term durability and prevents solder-joint failure.The thicken aluminum shell delivers outstanding durability,a premium feel and Enhanced Electromagnetic Shielding. ✅ Energy-Efficient & Headless Operation--Designed for headless setups such as mini PCs, home labs, colocation centers, and remote-deployed workstations. It reduces power usage, eliminates the need for a real display, and allows your system to run "headlessly" for improved efficiency and space-saving. A low-cost, eco-friendly solution for professionals and hobbyists. ✅ Broad System Compatibility--Works with all devices featuring HDMI output, including desktop PCs, laptops, small-form-factor computers, and development boards.Compatible with:Windows，macOS，Linux，Raspberry Pi，Mac Mini，Jetson Nano，Perfect for remote control, screen sharing, VR display setup, and multi-monitor simulation. ✅ HDR HDMI Display Emulator (Dummy Plug) – Vibrant, Realistic Display Simulation--Supports High Dynamic Range (HDR) for enhanced brightness and color accuracy. Simulates vivid output with peak brightness up to 1,015 nits, making it suitable for color-sensitive applications like video preview and display mirroring. ✅ Plug & Play – No Drivers or Software Needed--No installation required. Simply plug the device into your HDMI port, and the system will recognize it as an active display.No drivers，No external power，Hot-swappable，Ultra-low power consumption，Guaranteed stable operation for 24/7 tasks such as rendering, mining, and remote sessions.

✅ Function – Simulate a Display, Unlock GPU Performance--This display emulator plug creates a virtual screen by simulating an active HDMI connection. It keeps your GPU active even without a physical monitor, ideal for tasks like remote desktop, cryptocurrency mining, video rendering, game streaming, and VR setup.4K@60hz(default1080P）Supports resolutions up to 3840x2160@60Hz,2560X1440@120/144HZ,1920x1080@120/144/240Hz,and more—perfect for high-performance systems. ✅ Product Highlights,High-Quality Construction--Gold-Plated HDMI Connector: Ensures maximum conductivity and corrosion resistance.Full board copper pouring: Enhances signal stability and reduces electromagnetic interference.Use brand new solder and refuse to recycle solder:: Provides long-term durability and prevents solder-joint failure.The thicken aluminum shell delivers outstanding durability,a premium feel and Enhanced Electromagnetic Shielding. ✅ Energy-Efficient & Headless Operation--Designed for headless setups such as mini PCs, home labs, colocation centers, and remote-deployed workstations. It reduces power usage, eliminates the need for a real display, and allows your system to run "headlessly" for improved efficiency and space-saving. A low-cost, eco-friendly solution for professionals and hobbyists. ✅ Broad System Compatibility--Works with all devices featuring HDMI output, including desktop PCs, laptops, small-form-factor computers, and development boards.Compatible with:Windows，macOS，Linux，Raspberry Pi，Mac Mini，Jetson Nano，Perfect for remote control, screen sharing, VR display setup, and multi-monitor simulation. ✅ HDR HDMI Display Emulator (Dummy Plug) – Vibrant, Realistic Display Simulation--Supports High Dynamic Range (HDR) for enhanced brightness and color accuracy. Simulates vivid output with peak brightness up to 1,015 nits, making it suitable for color-sensitive applications like video preview and display mirroring. ✅ Plug & Play – No Drivers or Software Needed--No installation required. Simply plug the device into your HDMI port, and the system will recognize it as an active display.No drivers，No external power，Hot-swappable，Ultra-low power consumption，Guaranteed stable operation for 24/7 tasks such as rendering, mining, and remote sessions.

✅ Function – Simulate a Display, Unlock GPU Performance--This display emulator plug creates a virtual screen by simulating an active HDMI connection. It keeps your GPU active even without a physical monitor, ideal for tasks like remote desktop, cryptocurrency mining, video rendering, game streaming, and VR setup.4K@60hz(default1080P）Supports resolutions up to 3840x2160@60Hz,2560X1440@120/144HZ,1920x1080@120/144/240Hz,and more—perfect for high-performance systems. ✅ Product Highlights,High-Quality Construction--Gold-Plated HDMI Connector: Ensures maximum conductivity and corrosion resistance.Full board copper pouring: Enhances signal stability and reduces electromagnetic interference.Use brand new solder and refuse to recycle solder:: Provides long-term durability and prevents solder-joint failure.The thicken aluminum shell delivers outstanding durability,a premium feel and Enhanced Electromagnetic Shielding. ✅ Energy-Efficient & Headless Operation--Designed for headless setups such as mini PCs, home labs, colocation centers, and remote-deployed workstations. It reduces power usage, eliminates the need for a real display, and allows your system to run "headlessly" for improved efficiency and space-saving. A low-cost, eco-friendly solution for professionals and hobbyists. ✅ Broad System Compatibility--Works with all devices featuring HDMI output, including desktop PCs, laptops, small-form-factor computers, and development boards.Compatible with:Windows，macOS，Linux，Raspberry Pi，Mac Mini，Jetson Nano，Perfect for remote control, screen sharing, VR display setup, and multi-monitor simulation. ✅ HDR HDMI Display Emulator (Dummy Plug) – Vibrant, Realistic Display Simulation--Supports High Dynamic Range (HDR) for enhanced brightness and color accuracy. Simulates vivid output with peak brightness up to 1,015 nits, making it suitable for color-sensitive applications like video preview and display mirroring. ✅ Plug & Play – No Drivers or Software Needed--No installation required. Simply plug the device into your HDMI port, and the system will recognize it as an active display.No drivers，No external power，Hot-swappable，Ultra-low power consumption，Guaranteed stable operation for 24/7 tasks such as rendering, mining, and remote sessions.

✅ Function – Simulate a Display, Unlock GPU Performance--This display emulator plug creates a virtual screen by simulating an active HDMI connection. It keeps your GPU active even without a physical monitor, ideal for tasks like remote desktop, cryptocurrency mining, video rendering, game streaming, and VR setup.4K@60hz(default1080P）Supports resolutions up to 3840x2160@60Hz,2560X1440@120/144HZ,1920x1080@120/144/240Hz,and more—perfect for high-performance systems. ✅ Product Highlights,High-Quality Construction--Gold-Plated HDMI Connector: Ensures maximum conductivity and corrosion resistance.Full board copper pouring: Enhances signal stability and reduces electromagnetic interference.Use brand new solder and refuse to recycle solder:: Provides long-term durability and prevents solder-joint failure.The thicken aluminum shell delivers outstanding durability,a premium feel and Enhanced Electromagnetic Shielding. ✅ Energy-Efficient & Headless Operation--Designed for headless setups such as mini PCs, home labs, colocation centers, and remote-deployed workstations. It reduces power usage, eliminates the need for a real display, and allows your system to run "headlessly" for improved efficiency and space-saving. A low-cost, eco-friendly solution for professionals and hobbyists. ✅ Broad System Compatibility--Works with all devices featuring HDMI output, including desktop PCs, laptops, small-form-factor computers, and development boards.Compatible with:Windows，macOS，Linux，Raspberry Pi，Mac Mini，Jetson Nano，Perfect for remote control, screen sharing, VR display setup, and multi-monitor simulation. ✅ HDR HDMI Display Emulator (Dummy Plug) – Vibrant, Realistic Display Simulation--Supports High Dynamic Range (HDR) for enhanced brightness and color accuracy. Simulates vivid output with peak brightness up to 1,015 nits, making it suitable for color-sensitive applications like video preview and display mirroring. ✅ Plug & Play – No Drivers or Software Needed--No installation required. Simply plug the device into your HDMI port, and the system will recognize it as an active display.No drivers，No external power，Hot-swappable，Ultra-low power consumption，Guaranteed stable operation for 24/7 tasks such as rendering, mining, and remote sessions.

Unitree As2 - Kompakter Quadruped-Roboter für Forschung, Inspektion und Entwicklung Der Unitree As2 ist eine vielseitige Familie kompakter Quadruped-Roboter, die hohe industrielle Leistungsfähigkeit mit einer offenen Entwicklungsplattform verbindet. Je nach Variante eignet er sich für Forschung und Lehre, KI- und Robotikentwicklung, autonome Navigation sowie mobile Inspektions- und Automatisierungsaufgaben. Mit 12 Freiheitsgraden, einem Gewicht von ca. 18 kg und einem maximalen Gelenkdrehmoment von bis zu 90 N.m bietet der As2 eine hohe Beweglichkeit und Belastbarkeit. Er erreicht Geschwindigkeiten von regulär bis zu 3,7 m/s und unter geeigneten Bedingungen bis ca. 5 m/s. Steigungen bis ca. 40°, Treppenstufen bis 25 cm sowie anspruchsvolle Innen- und Außenbereiche können bewältigt werden. Der Langstreckenakku mit 15.000 mAh beziehungsweise 648 Wh ermöglicht unbelastet eine Laufzeit von mehr als vier Stunden und eine Reichweite von ca. 20 km. Die Dauertraglast beim Laufen beträgt ca. 15 kg, während die maximale Stehtraglast bei ca. 65 kg liegt. Zur Ausstattung gehören eine 8-Kern-Hochleistungs-CPU, HD-Kamera, industrielles LiDAR, Mikrofonarray und Lautsprecher. Abhängig von der Variante kommen NVIDIA-Jetson-Rechenmodule mit 40 oder 100 TOPS, Tiefenkameras sowie ein Livox Mid-360 mit Navigationsalgorithmus hinzu. Das IP54-geschützte Gehäuse aus Aluminiumlegierung und hochfestem Kunststoff ist für Temperaturen von -20 °C bis +50 °C ausgelegt. Sekundärentwicklung, Simulationsschnittstellen, Isaac Sim, KI-Algorithmen, UniStore und kontinuierliche OTA-Updates machen den As2 zu einer flexiblen Plattform für Forschung und praxisnahe Anwendungen. Hinweise zu Varianten (Stand 08/2026) As2 EDU - Entwicklungsplattformen As2 EDU Standard (U1): Einstiegsversion mit NVIDIA Jetson Orin Nano und 40 TOPS Rechenleistung. Tiefenkamera optional. As2 EDU Smart (U2): Erweiterte Version mit 100-TOPS-Rechenmodul und einer Tiefenkamera. As2 EDU Plus (U3): Wie U2, zusätzlich mit Livox Mid-360 und Navigationsalgorithmus. As2 EDU Ultimate (U4): Umfassendste Variante mit 100 TOPS, drei Tiefenkameras sowie Livox Mid-360 inklusive Navigationsalgorithmus. Merkmale Kompakt und leistungsstark: Ca. 18 kg Gewicht, 12 Freiheitsgrade und bis zu 90 N.m Gelenkdrehmoment. Hohe Mobilität: Bis ca. 5 m/s, Steigungen bis ca. 40° und Treppenstufen bis 25 cm. Große Tragfähigkeit: Ca. 15 kg Dauertraglast beim Laufen und bis ca. 65 kg im Stand. Lange Einsatzdauer: Mehr als vier Stunden Laufzeit beziehungsweise ca. 20 km Reichweite ohne Nutzlast. Intelligente Wahrnehmung: HD-Kamera und industrielles LiDAR sowie modellabhängig Tiefenkameras und Livox Mid-360. Leistungsfähige KI-Plattform: 8-Kern-CPU und je nach Variante NVIDIA-Jetson-Rechenmodule mit 40 oder 100 TOPS. Robuste Konstruktion: IP54-Schutz und Betriebstemperatur von ?20 °C bis +50 °C. Anwendung & Nutzen Forschung und KI: Entwicklung von Bewegungsmodellen, Embodied AI, autonomer Entscheidungsfindung und Mensch-Roboter-Interaktion. Lehre und Ausbildung: Praxisnahe Plattform für Hochschulen, Forschungseinrichtungen und Robotiklabore. Navigation und Autonomie: Entwicklung und Erprobung autonomer Navigation, Umgebungserfassung und intelligenter Folgefunktionen. Inspektion und Datenerfassung: Mobile Erfassung von Anlagen, Gebäuden und anspruchsvollen Außenbereichen. Automatisierung und Prototyping: Integration eigener Sensoren, Algorithmen und KI-Anwendungen über die offene Entwicklungsplattform. Transport und mobile Robotik: Beförderung von Ausrüstung und Nutzlasten in strukturierten sowie unwegsamen Umgebungen. Technische Spezifikationen Abmessungen: ca. 720 × 378 × 457 mm stehend; ca. 776 × 378 × 233 mm liegend Gewicht: ca. 18 kg inklusive Akku Material: Aluminiumlegierung und hochfester Kunststoff Freiheitsgrade: 12 Gelenkdrehmoment: bis ca. 90 N.m Bewegungsbereiche: Rumpf ?45° bis +45°; Oberschenkel ?115° bis +200°; Unterschenkel ?159° bis ?47° Antrieb: Trägheitsarme PMSM-Innenläufer mit industriellen Kreuzrollenlage

Unitree As2 - Kompakter Quadruped-Roboter für Forschung, Inspektion und Entwicklung Der Unitree As2 ist eine vielseitige Familie kompakter Quadruped-Roboter, die hohe industrielle Leistungsfähigkeit mit einer offenen Entwicklungsplattform verbindet. Je nach Variante eignet er sich für Forschung und Lehre, KI- und Robotikentwicklung, autonome Navigation sowie mobile Inspektions- und Automatisierungsaufgaben. Mit 12 Freiheitsgraden, einem Gewicht von ca. 18 kg und einem maximalen Gelenkdrehmoment von bis zu 90 N.m bietet der As2 eine hohe Beweglichkeit und Belastbarkeit. Er erreicht Geschwindigkeiten von regulär bis zu 3,7 m/s und unter geeigneten Bedingungen bis ca. 5 m/s. Steigungen bis ca. 40°, Treppenstufen bis 25 cm sowie anspruchsvolle Innen- und Außenbereiche können bewältigt werden. Der Langstreckenakku mit 15.000 mAh beziehungsweise 648 Wh ermöglicht unbelastet eine Laufzeit von mehr als vier Stunden und eine Reichweite von ca. 20 km. Die Dauertraglast beim Laufen beträgt ca. 15 kg, während die maximale Stehtraglast bei ca. 65 kg liegt. Zur Ausstattung gehören eine 8-Kern-Hochleistungs-CPU, HD-Kamera, industrielles LiDAR, Mikrofonarray und Lautsprecher. Abhängig von der Variante kommen NVIDIA-Jetson-Rechenmodule mit 40 oder 100 TOPS, Tiefenkameras sowie ein Livox Mid-360 mit Navigationsalgorithmus hinzu. Das IP54-geschützte Gehäuse aus Aluminiumlegierung und hochfestem Kunststoff ist für Temperaturen von -20 °C bis +50 °C ausgelegt. Sekundärentwicklung, Simulationsschnittstellen, Isaac Sim, KI-Algorithmen, UniStore und kontinuierliche OTA-Updates machen den As2 zu einer flexiblen Plattform für Forschung und praxisnahe Anwendungen. Hinweise zu Varianten (Stand 08/2026) As2 EDU - Entwicklungsplattformen As2 EDU Standard (U1): Einstiegsversion mit NVIDIA Jetson Orin Nano und 40 TOPS Rechenleistung. Tiefenkamera optional. As2 EDU Smart (U2): Erweiterte Version mit 100-TOPS-Rechenmodul und einer Tiefenkamera. As2 EDU Plus (U3): Wie U2, zusätzlich mit Livox Mid-360 und Navigationsalgorithmus. As2 EDU Ultimate (U4): Umfassendste Variante mit 100 TOPS, drei Tiefenkameras sowie Livox Mid-360 inklusive Navigationsalgorithmus. Merkmale Kompakt und leistungsstark: Ca. 18 kg Gewicht, 12 Freiheitsgrade und bis zu 90 N.m Gelenkdrehmoment. Hohe Mobilität: Bis ca. 5 m/s, Steigungen bis ca. 40° und Treppenstufen bis 25 cm. Große Tragfähigkeit: Ca. 15 kg Dauertraglast beim Laufen und bis ca. 65 kg im Stand. Lange Einsatzdauer: Mehr als vier Stunden Laufzeit beziehungsweise ca. 20 km Reichweite ohne Nutzlast. Intelligente Wahrnehmung: HD-Kamera und industrielles LiDAR sowie modellabhängig Tiefenkameras und Livox Mid-360. Leistungsfähige KI-Plattform: 8-Kern-CPU und je nach Variante NVIDIA-Jetson-Rechenmodule mit 40 oder 100 TOPS. Robuste Konstruktion: IP54-Schutz und Betriebstemperatur von ?20 °C bis +50 °C. Anwendung & Nutzen Forschung und KI: Entwicklung von Bewegungsmodellen, Embodied AI, autonomer Entscheidungsfindung und Mensch-Roboter-Interaktion. Lehre und Ausbildung: Praxisnahe Plattform für Hochschulen, Forschungseinrichtungen und Robotiklabore. Navigation und Autonomie: Entwicklung und Erprobung autonomer Navigation, Umgebungserfassung und intelligenter Folgefunktionen. Inspektion und Datenerfassung: Mobile Erfassung von Anlagen, Gebäuden und anspruchsvollen Außenbereichen. Automatisierung und Prototyping: Integration eigener Sensoren, Algorithmen und KI-Anwendungen über die offene Entwicklungsplattform. Transport und mobile Robotik: Beförderung von Ausrüstung und Nutzlasten in strukturierten sowie unwegsamen Umgebungen. Technische Spezifikationen Abmessungen: ca. 720 × 378 × 457 mm stehend; ca. 776 × 378 × 233 mm liegend Gewicht: ca. 18 kg inklusive Akku Material: Aluminiumlegierung und hochfester Kunststoff Freiheitsgrade: 12 Gelenkdrehmoment: bis ca. 90 N.m Bewegungsbereiche: Rumpf ?45° bis +45°; Oberschenkel ?115° bis +200°; Unterschenkel ?159° bis ?47° Antrieb: Trägheitsarme PMSM-Innenläufer mit industriellen Kreuzrollenlage

Unitree As2 - Kompakter Quadruped-Roboter für Forschung, Inspektion und Entwicklung Der Unitree As2 ist eine vielseitige Familie kompakter Quadruped-Roboter, die hohe industrielle Leistungsfähigkeit mit einer offenen Entwicklungsplattform verbindet. Je nach Variante eignet er sich für Forschung und Lehre, KI- und Robotikentwicklung, autonome Navigation sowie mobile Inspektions- und Automatisierungsaufgaben. Mit 12 Freiheitsgraden, einem Gewicht von ca. 18 kg und einem maximalen Gelenkdrehmoment von bis zu 90 N.m bietet der As2 eine hohe Beweglichkeit und Belastbarkeit. Er erreicht Geschwindigkeiten von regulär bis zu 3,7 m/s und unter geeigneten Bedingungen bis ca. 5 m/s. Steigungen bis ca. 40°, Treppenstufen bis 25 cm sowie anspruchsvolle Innen- und Außenbereiche können bewältigt werden. Der Langstreckenakku mit 15.000 mAh beziehungsweise 648 Wh ermöglicht unbelastet eine Laufzeit von mehr als vier Stunden und eine Reichweite von ca. 20 km. Die Dauertraglast beim Laufen beträgt ca. 15 kg, während die maximale Stehtraglast bei ca. 65 kg liegt. Zur Ausstattung gehören eine 8-Kern-Hochleistungs-CPU, HD-Kamera, industrielles LiDAR, Mikrofonarray und Lautsprecher. Abhängig von der Variante kommen NVIDIA-Jetson-Rechenmodule mit 40 oder 100 TOPS, Tiefenkameras sowie ein Livox Mid-360 mit Navigationsalgorithmus hinzu. Das IP54-geschützte Gehäuse aus Aluminiumlegierung und hochfestem Kunststoff ist für Temperaturen von -20 °C bis +50 °C ausgelegt. Sekundärentwicklung, Simulationsschnittstellen, Isaac Sim, KI-Algorithmen, UniStore und kontinuierliche OTA-Updates machen den As2 zu einer flexiblen Plattform für Forschung und praxisnahe Anwendungen. Hinweise zu Varianten (Stand 08/2026) As2 EDU - Entwicklungsplattformen As2 EDU Standard (U1): Einstiegsversion mit NVIDIA Jetson Orin Nano und 40 TOPS Rechenleistung. Tiefenkamera optional. As2 EDU Smart (U2): Erweiterte Version mit 100-TOPS-Rechenmodul und einer Tiefenkamera. As2 EDU Plus (U3): Wie U2, zusätzlich mit Livox Mid-360 und Navigationsalgorithmus. As2 EDU Ultimate (U4): Umfassendste Variante mit 100 TOPS, drei Tiefenkameras sowie Livox Mid-360 inklusive Navigationsalgorithmus. Merkmale Kompakt und leistungsstark: Ca. 18 kg Gewicht, 12 Freiheitsgrade und bis zu 90 N.m Gelenkdrehmoment. Hohe Mobilität: Bis ca. 5 m/s, Steigungen bis ca. 40° und Treppenstufen bis 25 cm. Große Tragfähigkeit: Ca. 15 kg Dauertraglast beim Laufen und bis ca. 65 kg im Stand. Lange Einsatzdauer: Mehr als vier Stunden Laufzeit beziehungsweise ca. 20 km Reichweite ohne Nutzlast. Intelligente Wahrnehmung: HD-Kamera und industrielles LiDAR sowie modellabhängig Tiefenkameras und Livox Mid-360. Leistungsfähige KI-Plattform: 8-Kern-CPU und je nach Variante NVIDIA-Jetson-Rechenmodule mit 40 oder 100 TOPS. Robuste Konstruktion: IP54-Schutz und Betriebstemperatur von ?20 °C bis +50 °C. Anwendung & Nutzen Forschung und KI: Entwicklung von Bewegungsmodellen, Embodied AI, autonomer Entscheidungsfindung und Mensch-Roboter-Interaktion. Lehre und Ausbildung: Praxisnahe Plattform für Hochschulen, Forschungseinrichtungen und Robotiklabore. Navigation und Autonomie: Entwicklung und Erprobung autonomer Navigation, Umgebungserfassung und intelligenter Folgefunktionen. Inspektion und Datenerfassung: Mobile Erfassung von Anlagen, Gebäuden und anspruchsvollen Außenbereichen. Automatisierung und Prototyping: Integration eigener Sensoren, Algorithmen und KI-Anwendungen über die offene Entwicklungsplattform. Transport und mobile Robotik: Beförderung von Ausrüstung und Nutzlasten in strukturierten sowie unwegsamen Umgebungen. Technische Spezifikationen Abmessungen: ca. 720 × 378 × 457 mm stehend; ca. 776 × 378 × 233 mm liegend Gewicht: ca. 18 kg inklusive Akku Material: Aluminiumlegierung und hochfester Kunststoff Freiheitsgrade: 12 Gelenkdrehmoment: bis ca. 90 N.m Bewegungsbereiche: Rumpf ?45° bis +45°; Oberschenkel ?115° bis +200°; Unterschenkel ?159° bis ?47° Antrieb: Trägheitsarme PMSM-Innenläufer mit industriellen Kreuzrollenlage

Unitree As2 - Kompakter Quadruped-Roboter für Forschung, Inspektion und Entwicklung Der Unitree As2 ist eine vielseitige Familie kompakter Quadruped-Roboter, die hohe industrielle Leistungsfähigkeit mit einer offenen Entwicklungsplattform verbindet. Je nach Variante eignet er sich für Forschung und Lehre, KI- und Robotikentwicklung, autonome Navigation sowie mobile Inspektions- und Automatisierungsaufgaben. Mit 12 Freiheitsgraden, einem Gewicht von ca. 18 kg und einem maximalen Gelenkdrehmoment von bis zu 90 N.m bietet der As2 eine hohe Beweglichkeit und Belastbarkeit. Er erreicht Geschwindigkeiten von regulär bis zu 3,7 m/s und unter geeigneten Bedingungen bis ca. 5 m/s. Steigungen bis ca. 40°, Treppenstufen bis 25 cm sowie anspruchsvolle Innen- und Außenbereiche können bewältigt werden. Der Langstreckenakku mit 15.000 mAh beziehungsweise 648 Wh ermöglicht unbelastet eine Laufzeit von mehr als vier Stunden und eine Reichweite von ca. 20 km. Die Dauertraglast beim Laufen beträgt ca. 15 kg, während die maximale Stehtraglast bei ca. 65 kg liegt. Zur Ausstattung gehören eine 8-Kern-Hochleistungs-CPU, HD-Kamera, industrielles LiDAR, Mikrofonarray und Lautsprecher. Abhängig von der Variante kommen NVIDIA-Jetson-Rechenmodule mit 40 oder 100 TOPS, Tiefenkameras sowie ein Livox Mid-360 mit Navigationsalgorithmus hinzu. Das IP54-geschützte Gehäuse aus Aluminiumlegierung und hochfestem Kunststoff ist für Temperaturen von -20 °C bis +50 °C ausgelegt. Sekundärentwicklung, Simulationsschnittstellen, Isaac Sim, KI-Algorithmen, UniStore und kontinuierliche OTA-Updates machen den As2 zu einer flexiblen Plattform für Forschung und praxisnahe Anwendungen. Hinweise zu Varianten (Stand 08/2026) As2 EDU - Entwicklungsplattformen As2 EDU Standard (U1): Einstiegsversion mit NVIDIA Jetson Orin Nano und 40 TOPS Rechenleistung. Tiefenkamera optional. As2 EDU Smart (U2): Erweiterte Version mit 100-TOPS-Rechenmodul und einer Tiefenkamera. As2 EDU Plus (U3): Wie U2, zusätzlich mit Livox Mid-360 und Navigationsalgorithmus. As2 EDU Ultimate (U4): Umfassendste Variante mit 100 TOPS, drei Tiefenkameras sowie Livox Mid-360 inklusive Navigationsalgorithmus. Merkmale Kompakt und leistungsstark: Ca. 18 kg Gewicht, 12 Freiheitsgrade und bis zu 90 N.m Gelenkdrehmoment. Hohe Mobilität: Bis ca. 5 m/s, Steigungen bis ca. 40° und Treppenstufen bis 25 cm. Große Tragfähigkeit: Ca. 15 kg Dauertraglast beim Laufen und bis ca. 65 kg im Stand. Lange Einsatzdauer: Mehr als vier Stunden Laufzeit beziehungsweise ca. 20 km Reichweite ohne Nutzlast. Intelligente Wahrnehmung: HD-Kamera und industrielles LiDAR sowie modellabhängig Tiefenkameras und Livox Mid-360. Leistungsfähige KI-Plattform: 8-Kern-CPU und je nach Variante NVIDIA-Jetson-Rechenmodule mit 40 oder 100 TOPS. Robuste Konstruktion: IP54-Schutz und Betriebstemperatur von ?20 °C bis +50 °C. Anwendung & Nutzen Forschung und KI: Entwicklung von Bewegungsmodellen, Embodied AI, autonomer Entscheidungsfindung und Mensch-Roboter-Interaktion. Lehre und Ausbildung: Praxisnahe Plattform für Hochschulen, Forschungseinrichtungen und Robotiklabore. Navigation und Autonomie: Entwicklung und Erprobung autonomer Navigation, Umgebungserfassung und intelligenter Folgefunktionen. Inspektion und Datenerfassung: Mobile Erfassung von Anlagen, Gebäuden und anspruchsvollen Außenbereichen. Automatisierung und Prototyping: Integration eigener Sensoren, Algorithmen und KI-Anwendungen über die offene Entwicklungsplattform. Transport und mobile Robotik: Beförderung von Ausrüstung und Nutzlasten in strukturierten sowie unwegsamen Umgebungen. Technische Spezifikationen Abmessungen: ca. 720 × 378 × 457 mm stehend; ca. 776 × 378 × 233 mm liegend Gewicht: ca. 18 kg inklusive Akku Material: Aluminiumlegierung und hochfester Kunststoff Freiheitsgrade: 12 Gelenkdrehmoment: bis ca. 90 N.m Bewegungsbereiche: Rumpf ?45° bis +45°; Oberschenkel ?115° bis +200°; Unterschenkel ?159° bis ?47° Antrieb: Trägheitsarme PMSM-Innenläufer mit industriellen Kreuzrollenlage