• Introduction
  • Core Features
  • Chapter 1 Toolchain Installation and Learning Methods
    • 1.1 Toolchain Installation and Usage
    • 1.2 Introduction to Software Components
    • 1.3 Introduction to Hardware Teaching Aids
    • 1.4 Background Knowledge Primer
    • 1.5 How to Use This Chapter
    • 1.6 Frequently Asked Questions
  • Chapter 2 Experimental Platform Configuration and Usage
    • 2.1 How to Use
    • 2.2 Featured Examples
    • 2.3 Frequently Asked Questions
  • Chapter 3 3D Scene Modeling and Simulation
    • 3.1 How to Use
    • 3.2 Featured Examples
    • 3.3 Frequently Asked Questions
  • Chapter 4 Vehicle Motion Modeling and Simulation
    • 4.1 How to Use
    • 4.2 Featured Examples
    • 4.3 Frequently Asked Questions
  • Chapter 5 Filtering Estimation and Low-Level Control
    • 5.1 How to Use
    • 5.2 Featured Examples
    • 5.3 Frequently Asked Questions
  • Chapter 6 External Control and Trajectory Planning
    • 6.1 How to Use
    • 6.2 Featured Examples
    • 6.3 Frequently Asked Questions
  • Chapter 7 Health Management and Safety Assessment
    • 7.1 How to Use
    • 7.2 Featured Examples
    • 7.3 Frequently Asked Questions
  • Chapter 8 Multimodal Perception and Intelligent Decision-Making
    • 8.1 How to Use
    • 8.2 Featured Examples
    • 8.3 Frequently Asked Questions
  • Chapter 9 Multi-Vehicle Communication and Intelligent Networking
    • 9.1 How to Use
    • 9.2 Featured Examples
    • 9.3 Frequently Asked Questions
  • Chapter 10 Swarm Coordination and Game-Theoretic Confrontation
    • 10.1 How to Use
    • 10.2 Featured Examples
    • 10.3 Frequently Asked Questions
  • Introduction to RflySim Supporting Textbooks
    • 1. Design and Control of Multirotor Aircraft
    • 2. Multirotor Aircraft Design and Control: Practice
    • 3. Multirotor Aircraft: From Principle to Practice
    • 4. Remote Control Practice for Multirotor UAVs
    • 5. Micro Fixed-Wing UAV Flight Control: Design and Practice
    • 6. Intelligent Unmanned System Control Practice
  • Introduction and Usage of RflySim Supporting Hardware
    • 1. FeiSi Product Line Overview
      • 1.1. Hardware-in-the-Loop Simulation Kit
      • 1.2. FeiSi Swarm Simulation Unit (Swarm Box)
      • 1.3. FeiSi Intelligent Simulation Unit (Vision Box)
      • 1.4. FeiSi MiniQuad150 UAV Development Platform
      • 1.5. Other Products
    • 2. Long-Term Supported Autopilots
      • 2.1. Pixhawk 2.4.8 (a.k.a. Pixhawk 1)
      • 2.2. CUAV V5 Nano
      • 2.3. Pixhawk 6X & 6X Mini
      • 2.4. Pixhawk 6C & 6C Mini
      • 2.5. CubePilot Orange
      • 2.6. Droneyee Racer
      • 2.7. Other Autopilot Configurations
    • 3. Common Remote Controller Configuration Guide
      • 3.1. WFLY ET10
      • 3.2. FlySky i6S
      • 3.3. RadioLink AT9S Pro
      • 3.4. Other Remote Controller Configurations
    • 4. Other Hardware Usage Instructions
      • 4.1. SKYRC D100 Charger
      • 4.2. FeiSi Rover1 Unmanned Ground Vehicle
  • Published with GitBook

1. FeiSi Product Line Overview

Feisi Series UAV introduction

  • 1.Hardware-in-the-loop simulation suite
  • 2.Feisi Swarm simulation unit
  • 3.Feisi intelligent simulation unit
  • 4.The FS-J150 drone
  • other products

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