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CL-EP-001: Panoramic perception car CL-EP-002:Panoramic perception panel CL-EP-003: Millimeter Wave Radar Kit CL-EP-004: Vision Perception Kit CL-EP-005: Lidar Portable Kit CL-EP-006:Combined Positioning Kit CL-EP-007: Ultrasonic Sensors Kit CL-EP-008:Automotive Electronics Kit CL-EP-009:Millimeter Wave Radar Stand CL-EP-010: Vision Perception Stand CL-EP-011: LiDAR Training Stand CL-EP-012: Inertial Navigation Stand CL-EP-013: Ultrasonic Snesors Stand CL-DC-001: Chassis Bench CL-DC-002: Brake Integration Stand CL-DC-003: Steering Technology Stand CL-IC-001: Algorithm & Simulation CL-IC-002: Smart Cockpit Stand CL-IC-003: ADAS Assisted Driving Stand CL-IC-004: Parallel Cockpit and Remote Driving Vehicle Kit CL-IT-001: Connected Training Microcar CL-IT-002:Connected Logistics Microcar CL-IT-003:Sightseeing Mini Bus CL-IT-004:Car Basic Development CL-IT-005: Car Advanced Development CL-IT-006:Sightseeing Cart CL-IT-007: Roaming Cart CL-IT-008: Training Microcar-Educar CL-VC-001: Miniature Vehicle CL-VC-002: Miniature Vehicle Parallel Driving System CL-VC-003: Vehicle-Road Cooperation Sandbox and Cloud Control Platform CL-VC-004: V2X Vehicle-Road Cooperation
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CL-A01 Gasoline Engine System Trainer CL-A02 Engine with Automatic Gearbox CL-A03 Engine with Air Conditining CL-A05 Engine Disassembly Trainer CL-A06 Engine Cutaway Stand Trainer CL-A07 Ignition System Panel Trainer CL-A08 Startup System Panel Trainer CL-A09 Charging System Panel Trainer CL-A10 Fuel Injection System Trainer CL-A17 Engine Parts & Components CL-B01 Automatic Transmission Trainer CL-B02Automatic Gearbox Disassembly CL-B03 Automatic Gearbox Cutaway CL-B04 Manual Gearbox Disassembly CL-B05 Manual Transmission Cutaway CL-B06 CVT System Trainer CL-B07 CVT Disassembly Trainer CL-C01 Clutch Stand Trainer CL-C02 Clutch Parts & Components CL-D01 Powertrains Cutaway Stand (FR) CL-D02 Powertrains Cutaway Stand (FF) CL-D03 Differentials, Axles, Drum CL-D04 Differentials Section Model CL-E01 Hydraulic Braking Trainer CL-E02 Pneumatic Braking Trainer CL-E03 Anti-Lock Brake System CL-E04 Braking Parts & Components CL-F01 Power Steering & Suspension CL-F02 Electric Power Steering Trainer CL-F03 Steering & Suspension Parts CL-G01 Chassis System Trainer CL-H01 Vehicle Cutaway Stand Trainer CL-I01 Automatic AC System (Cool) CL-I02 Automatic AC Trainer (H & C) CL-I03 Manual AC Trainer (Cool Only) CL-I04 Manual AC System Trainer (H&C) CL-I05 Air-Conditioning Component CL-I06 CAN-BUS Panel Trainer CL-I07 Air Bag and Seat Belt Panel CL-I08 Electrical / Electronics Stand CL-I09 Electrical / Electronics Panel CL-I10 Single Display Driving Simulator
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Category：CL-EP-006:Combined Positioning Kit
CL-EP-006: Portable Combined Positioning System Experiment KitI.Experiment Box OverviewThis experiment box is developed based on the advanced navigation technology of intelligent networked vehicles, s···
CL-EP-006: Portable Combined Positioning System Experiment Kit
I. Experiment Box Overview
This experiment box is developed based on the advanced navigation technology of intelligent networked vehicles, specifically extracting and integrating combined navigation sensor modules to form a complete functional block. The experiment box is equipped with the necessary equipment, allowing users to independently conduct experiments and training on the combined navigation system without relying on other devices.
I. Detailed Parameters of Combined Navigation
· Navigation System:
o Integrates GNSS and IMU for combined navigation positioning, providing precise location information.
o IMU Measurement Dimensions: Three-dimensional acceleration, angular velocity, and magnetic field measurement.
o Range Selection: Acceleration ±2/4/8/16g, angular velocity ±250/500/1000/2000°/s, angle range for X, Z axis ±180°, Y axis ±90°.
o Stability and Accuracy: Acceleration stability 0.01g, angular velocity stability 0.05°/s, attitude measurement stability 0.01°.
o Satellite Frequency Support: Includes multiple satellite navigation systems such as BDS, GPS, GLONASS, Galileo, QZSS, and SBAS.
o Positioning Accuracy: Single-point positioning accuracy for plane ≤1.5m (RMS), elevation accuracy ≤3.0m (RMS); RTK positioning accuracy for plane ≤8.0mm + 1ppm (RMS), elevation accuracy ≤15mm + 1ppm (RMS).
o Interface: Supports RS-232 interface for easy communication with other devices.
o Accessories: Includes a combined navigation host, 2 satellite antennas, and required connecting cables.
II. Display and Host Specifications
· Display
o Size: 13.3 inches, providing ample visual display space.
o Resolution: 1920×1080, high-definition resolution for a delicate visual experience.
o Interface: Equipped with mini HDMI, 3.5mm headphone jack, built-in dual speakers, and HDR function, enhancing multimedia display effects.
o Power Requirement: DC12V, adaptable to various usage environments.
· Host
o CPU: At least 6 cores and 12 threads, base frequency not less than 2.9GHz, and at least 12MB of third-level cache, meeting efficient data processing needs.
o GPU: Memory frequency not less than 1590MHz, memory capacity of at least 4GB DDR6, supporting high-load graphic processing tasks.
o Memory: No less than 8GB LPDDR4x 2666MHz, ensuring fast system response.
o Storage: Solid-state drive (SSD) capacity not less than 250GB, providing fast read/write speeds and ample storage space.
III. Device Functionality
· Combined Navigation Calibration: The device allows for comprehensive combined navigation calibration, including initial alignment, navigation mode configuration, axis setting, and port output data configuration.
· Data Reception and Processing: Capable of receiving and processing data from GNSS satellites and IMU attitude data, users can set and correct positioning errors to improve positioning accuracy.
· RTK Differential Positioning: The device supports RTK differential positioning functionality, providing theoretical teaching and practical operation, suitable for professional directional training.
· Advanced Training Support: The experiment box is equipped with dual RTK antennas, enhancing the precision and stability of navigation positioning, suitable for advanced navigation directional training.
This combined navigation experiment box kit provides a complete experimental platform for the learning and research of intelligent networked vehicle navigation systems. Through hands-on operation and application, users can deeply understand and master the core role and application technology of combined navigation systems in intelligent networked vehicles.
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