Getting our drone ready for the 1st flight

Advanced Mission

Recent Posts

  • Advanced Mission: Launchpad Detection
  • How to… Specific Risk Assessment (SORA) (2/2)
  • How to… Specific Risk Assessment (SORA) (1/2)
  • The Table of the components.
  • Dynamic flight plans

Categories

  • Advanced Mission
  • Components
  • Flight Authorization
  • FlightTest
  • Frame
  • Frame Assembly
  • Introduction
  • MissionPlanner
  • Object Detection
  • OpenCV
  • OpenTX
  • Pixhawk
  • RC
  • Sin categoría
  • SORA
  • Telemetry
  • UAS Regulation

Tags

  • Activity 1
  • Activity 2
  • Activity 3
  • Activity 4
  • Activity 5
  • Activity 6
  • Activity 7
  • Activity 8
  • Activity 9

Advanced Mission

Advanced Mission: Launchpad Detection

Using OpenCV, few hsv launchpad values were taken to be processed and identified by the algorithm. Before starting, it is important to resize the images to get some comfortable sizes to work with. The original images are 4000×2250 and it is going to be difficult to work with them unless Read more…

By team3-2021, 4 years23 de April de 2022 ago
Advanced Mission

Dynamic flight plans

As mentioned in Activity 11, another option for controlling unmanned aircraft is dynamic flight planning. In general, in the drone platform, we use a Raspberry py as an onboard computer. The programs for our onboard computer are written in Python 2.7 by importing the Dronekit library. In this phase of Read more…

By tuvshinbayar, 4 years19 de April de 2022 ago
Advanced Mission

Advanced Mission: Terrain reconstruction

In this section we will show how to recreate a terrain with a set of images using photogrammetry. The software that is going to be used for the process is Global Mapper. Although is not the most specialized application for photogrammetry, it is a very versatile tool that allows you Read more…

By team3-2021, 4 years15 de April de 2022 ago
  • Home
Hestia | Developed by ThemeIsle