Special Purpose Machine

The BRAVE Biped Robot is an advanced multi-modal humanoid robotic platform designed for AI research, robotics education, and embodied intelligence development. It supports Sim2Real learning, reinforcement learning (RL), and multi-modal mobility, making it ideal for universities, R&D labs, and advanced robotics training centers. BRAVE enables researchers and students to explore humanoid locomotion, AI perception, and intelligent decision-making in real-world environments. KEY FEATURES ” Multi-Modal Mobility System (3-in-1 Design)Point Foot ModeSole Foot ModeWheeled Mode ” AI-Ready Platform for Embodied Intelligence” Sim2Real Learning & Reinforcement Learning Support” RGB-D Camera for 3D Vision & Perception” High-Performance Motion Control Algorithms” Open SDK & API for Custom Development” Quick Reconfiguration (Modular Foot-End Design) (WLKATA¼) TECHNICAL SPECIFICATIONS ParameterSpecificationRobot TypeBiped (Humanoid)Mobility ModesWalking / Wheeled / HybridMax SpeedUp to 1 m/s (walking), higher in wheeled modeClimbing CapabilityUp to 15 inclineMax Step Height15 cmPayload” (application dependent)CameraRGB-D Depth CameraProcessorIntel i3 / AI Processor (typical config)Memory16 GB RAMStorage512 GB SSDBattery Power1000W SystemOperating Time1“1.5 hoursWeight‰ 20 kg AI & SOFTWARE CAPABILITIESReinforcement Learning (RL)Sim2Real Training (Simulation † Real Robot)ROS / ROS2 IntegrationPython, C++ DevelopmentComputer Vision & Depth PerceptionSLAM & Autonomous Navigation CONTROL & INTERFACEPC / Laptop ControlRemote & Wireless ControlSDK-Based ProgrammingIntegration with AI frameworks (PyTorch, TensorFlow) APPLICATIONSHumanoid Robotics ResearchAI & Reinforcement Learning LabsAutonomous Navigation & SLAMDefense & Surveillance ResearchSmart Robotics Innovation ProjectsRobotics Competitions & Demonstrations

Product Overview The Haro-380 6-Axis Industrial Desktop Robot is a high-precision, compact robotic arm designed for AI robotics training, industrial simulation, and automation learning. It brings real industrial robot experience into classrooms, labs, and R&D environments with advanced control, vision integration, and AI capabilities.

GENERAL DESCRIPTION The MarchX Quadruped Robot is an advanced AI-powered robotic dog platform designed for autonomous navigation, robotics research, and Industry 4.0 applications. It combines LiDAR, vision systems, and AI computing to enable real-world applications such as mapping, inspection, and intelligent mobility. MarchX is ideal for engineering colleges, AI labs, and advanced robotics training centers. KEY FEATURES ” 12-Axis Quadruped Mobility System” AI-Based Autonomous Navigation” LiDAR + Vision Sensor Fusion” Sim2Real Learning Support” Reinforcement Learning Compatible” Remote Control & Autonomous Operation” Open SDK (Python, ROS, C++)” Real-Time Mapping & SLAM Capabilities TECHNICAL SPECIFICATIONS ParameterSpecificationRobot TypeQuadruped (4-Legged Robot)Degrees of Freedom12 AxisMovement SpeedUp to 2.5 m/sClimbing CapabilityUp to 40Step HeightUp to 15 cmBattery Runtime1.5 HoursWeight13“14 kgProcessorHigh-performance AI processor (ARM-based)AI ComputeNPU up to 6 TOPSCameraWide-angle RGB Camera (130 FOV)SensorsLiDAR, Ultrasonic, IMUCommunicationWi-Fi / Bluetooth AI & NAVIGATION CAPABILITIESSLAM (Simultaneous Localization and Mapping)Autonomous Path PlanningObstacle Detection & AvoidanceObject Tracking & FollowingAI-based Decision Making CONTROL & SOFTWAREPython, C++, ROS ProgrammingReinforcement Learning Framework SupportAI Integration (PyTorch, TensorFlow)Mobile App Remote ControlSimulation (Sim2Real Learning Environment)SYSTEM FEATURES ” Multi-terrain mobility (indoor & outdoor)” Real-time mapping & navigation” Human-following and tracking capability” Autonomous patrol and inspection” Modular design for upgrades APPLICATIONSRobotics & AI ResearchAutonomous Navigation ProjectsIndustrial Inspection & MonitoringDefense & Surveillance SimulationSmart Factory & Industry 4.0 LabsRobotics Competitions & Demonstrations

Mirobot is a six-axis mini industrial robot arm manipulator and is independently developed and launched by Wristline Inc. The WLKATA Mirobot manipulator is primarily developed for STEAM makers, adolescent education, and higher education purposes. It represents a new generation of lightweight six-axis desktop robot arm models, which integrates various practical functions, such as drawing, handling, stacking, painting, writing, and machine vision. Users can easily control Mirobot by remote controller, graphical programming, teaching, and play. It has a rich I / O extension interface, which allows it to connect to diverse end-effectors. For advanced operation, users could adopt Python, C++, and more for subsequent development.

The MT4 Modular Desktop Four-Axis Robotic Arm is a fully modular educational robot designed for hands-on learning. Students can assemble and disassemble the robot from scratch, enabling a deeper understanding of robotic structures and mechanisms. It serves as an open-architecture AI-based teaching platform for robotics education. Once assembled, the MT4 robotic arm is capable of performing functions such as writing, drawing, material handling, and stacking. The system supports multiple communication interfaces, including Bluetooth, Wi-Fi, serial communication, and RS485, and can be integrated with hardware extensions to simulate smart factory applications. It also supports multiple control methods, including PC-based programming software and visual control interfaces. Users can configure motion sequences and integrate different end-effectors (grippers) based on learning objectives. The platform supports secondary development using programming languages such as Python and C.