Inertial Integrated Navigation Assembly and Disassembly Training Box
This equipment adopts a real hardware module of inertial integrated navigation (GNSS/IMU) and an experimental platform structure for educational design. It is used for structural cognition, assembly,
Product Overview
This equipment adopts a real hardware module of inertial integrated navigation (GNSS/IMU) and an experimental platform structure for educational design. It is used for structural cognition, assembly, disassembly, and adjustment training of integrated navigation sensors and control modules. The equipment can demonstrate the shell structure, internal components, interface connections, and installation and fixation relationships of the inertial navigation module, helping students master the hardware structure identification and basic assembly methods of integrated navigation systems. It is suitable for vocational colleges and technical schools in intelligent connected vehicle integrated navigation training teaching scenarios.
Core Advantages
Real Component Configuration
The inertial integrated navigation module (GNSS/IMU fusion navigation module) is used as the core physical component, installed on a dedicated experimental platform to demonstrate the real navigation hardware structure and installation form.
Structural Composition and Interface Cognition
Demonstrates the shell structure of the inertial navigation module, internal component layout, PCB structure, GNSS and IMU integration methods, and external interface forms such as RS-232, CAN bus, and Ethernet, facilitating the identification of hardware composition and connection relationships.
Disassembly Training
Supports disassembly training of the inertial integrated navigation module shell and fixed structure, completing basic decomposition operations to understand internal structural composition and installation methods.
Assembly Training
Supports reset and assembly training of disassembled inertial navigation module structural components, mastering structural restoration and fastening installation methods.
Installation Position and Angle Adjustment
Supports training on adjusting the installation position and angle of the inertial navigation module on the experimental platform to understand the impact of installation posture on structural layout.
Basic Measurement
Supports basic continuity testing and connection relationship measurement of interface terminals, used for learning basic circuit and interface identification methods.
Safety Protection
The experimental platform is equipped with a stable support structure and reliable fixation methods, with protective treatment on key edges and corners to ensure safety during assembly and disassembly operations.
Digital Teaching Assistance
Provides supporting materials such as structural diagrams of the inertial integrated navigation module, interface definition diagrams, and disassembly and assembly step guidance for teaching and operational training assistance.
Teaching Content & Training Projects
Hands-on training covering the following topics:
- Inertial Integrated Navigation Module Structural Cognition
- GNSS/IMU Integrated Structure Cognition
- Inertial Integrated Navigation Module Shell Disassembly
- Inertial Integrated Navigation Module Structural Reassembly
- Integrated Navigation Module Installation Angle Adjustment
- Interface Plugging and Connection Operations
- Inertial Integrated Navigation Module Structural Composition
- GNSS and IMU Integrated Structure Cognition
- Interface Type and Connection Method Identification
- Module Installation and Fixation Requirements
Technical Specifications
| Parameter | Value |
|---|---|
| Positioning Accuracy (Single Point Positioning) | Horizontal ≤1.5m, Vertical ≤3.0m |
| RTK Positioning Accuracy | Horizontal ≤8.0mm+1ppm, Vertical ≤15mm+1ppm |
| GNSS Supported Bands | BDS B1I/B2I/B3I, GPS L1CA/L1C/L5, GLONASS, Galileo, etc. |
| Acceleration Measurement Range | ±2/4/8/16g |
| Angular Velocity Measurement Range | ±250/500/1000/2000°/s |
| Attitude Stability | 0.01° |
| Overall Dimensions | ≥1200×660×1500mm (Length×Width×Height) |
| Operating Temperature Range | -40℃～+85℃ |
| External Interfaces | RS-232, supports CAN bus and Ethernet communication |
What's Included
- ✓ Inertial Integrated Navigation Module (GNSS/IMU Integrated Module)
- ✓ Integrated Navigation Experiment Platform (including Fixed Bracket and Mounting Base)
Product Category
Automotive teaching equipment — suitable for vocational colleges, technical schools, and automotive training institutions.
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