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KERLOUD_FLYINGROVER
  • Kerloud Flying Rover Main Page
  • 📗User Guide
    • Introduction
    • System Overview
    • Hardware Options
      • Scorpion Options
      • Falcon Options
    • Gallery
    • Quick Start
    • Application Programming Interface
    • Tutorials
      • Powering and Programming Interface
      • Mission Management via Qgroundcontrol Software
      • Offboard Control Example (ROS C++)
      • Offboard Control Example (ROS python)
      • Indoor SLAM with a Laser Scanner
      • Autonomous Indoor Localization with a Tracking Camera
      • Virtual Simulation
    • Video Instructions
  • 📘使用说明
    • 介绍
    • 系统总览
    • 硬件选项
      • Scorpion系列
      • Falcon系列
    • 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
      • 地面站任务管理
      • Offboard Control 例程 (ROS C++)
      • Offboard Control 例程 (ROS python)
      • 室内激光SLAM
      • 基于跟踪摄像头的自主室内定位
      • 虚拟仿真空间
    • 视频指导
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  1. User Guide

Hardware Options

PreviousSystem OverviewNextScorpion Options

Last updated 2 years ago

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The Kerloud flying rover family provides various configurations to meet the need from different scenarios. Currently we offer two series: Scorpion and Falcon. The Scorpion series is with the tricopter configuration, and the Falcon series is integrated with quadrotor propulsion for increased payload capability and computation power.

The overview of available options is shown in the table below.

ID
Option
Main Functions
Potential Users

1

Basic avionics setup with outdoor flight and driving capabilities

Users interested in basic autopilot operations

2

Onboard Raspberry Pi computer with laser SLAM capability

Users getting started with basic ROS programming in C++/python for indoor applications

3

Onboard Raspberry Pi computer with Intel Realsense tracking camera

Users getting started with ROS programming in C++/python and computer vision for indoor applications

4

Basic avionics setup and Jetson Nano computer with outdoor flight and driving capabilities

Users interested in basic autopilot operations

5

Onboard Jetson Nano computer and VIO camera for indoor localization

Users getting started with basic ROS programming in C++/python for indoor applications

6

Onboard Jetson Xavier NX computer with VINS (Visual Inertial Fusion System) indoor localization

Users interested in computer vision for indoor applications

7

Onboard Jetson Xavier NX computer with SLAM and path planning capabilities

Users interested in advanced task development for indoor applications

📗
Scorpion Basic
Scorpion Laser
Scorpion VIO
Falcon Nano Outdoor
Falcon Nano Indoor
Falcon NX VINS
Falcon NX SLAM