📊
KerloudUAV
  • Kerloud UAV Main Page
  • 📗Kerloud UAV User Guide
    • Introduction
    • System Overview
    • Hardware Options
      • Kerloud 300
      • Kerloud 600
    • Gallery
    • Quick Start
    • Application Programming Interface (API)
    • Tutorials
      • Powering and Programming Interface
      • Offboard Control with Mavros (C++)
      • Offboard Control with Mavros (Python)
      • Indoor Positioning with Optical Flow
      • Flight Data Analysis
      • Virtual Simulation
      • Camera Pod Operation
      • Real Time Visual Recognition
      • Deep Learning in ROS
      • Enabling Autonomous Indoor Flight with a Tracking Camera
      • Hardware-in-the-loop Simulation in Airsim Environment
      • Visual Inertial System (VINS) with Stereo Vision and GPU Acceleration
      • DASA Swarm Simulation Toolbox
    • Video Instructions
  • 📘Kerloud UAV使用说明
    • 介绍
    • 系统组成
    • 硬件选项
      • Kerloud 300
      • Kerloud 600
    • 展示区
    • 快速启动
    • 应用程序接口 (API)
    • 使用教程
      • 供电和编程界面
      • Mavros在线控制 (C++)
      • Mavros在线控制 (Python)
      • 室内光流定位
      • 飞行数据分析
      • 虚拟仿真空间
      • 吊舱操作
      • 实时视觉识别
      • ROS深度学习集成
      • 基于跟踪相机的室内自主飞行实现
      • Airsim环境下的硬件在环仿真
      • 基于立体视觉和GPU加速的视觉里程系统(VINS)
      • DASA集群仿真工具箱
    • 视频指导
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  1. Kerloud UAV User Guide

System Overview

PreviousIntroductionNextHardware Options

Last updated 2 years ago

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A typical Kerloud UAV set consists of several components as depicted above:

  • Kerloud autopilot and GPS: the core unit for flight stabilization with PX4 open source hardware and software design, and it is configured with proper parameters in factory.

  • Onboard computer: Either Raspberry Pi or Nvidia Jetson Nano can serve as the onboard computer responsible for mission management and high level tasks.

  • Onboard camera: The platform can be equipped with CSI cameras or other advanced depth cameras like Intel Realsense series. The camera delivers the vision signal for mission tasks.

  • Wifi antenna: The wifi antenna enables the access from a remote computer for user operation, and a wireless router is required to setup a local network.

The schematic for system information flow is shown as:

📌 Details for the Kerloud autopilot can be found in

📗
http://cloudkernel-tech.gitee.io/kerloud-autopilot