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2. Flying and Data Acquisition
Safety Guidelines
Regulations overview
Payloads and Their Settings
- Set up RGB61
- RX1: General Information Guide
- Set up Oblique Sony a6100 camera
- Set up Sony a6100 nadir camera
- Set up Sony QX1 20MP camera on WingtraOne GEN I
- Set up of the MicaSense RedEdge-P camera
- Set up the MicaSense RedEdge MX camera
- Set up the MicaSense Altum camera
- WingtraOne SD cards
- Set up MAP61
Charging of WingtraOne
Flight Preparation
Flight planning
- Download maps for offline use
- Create a new flight plan
- How to plan a flight on your desktop computer
- Import and export flight plan into/from WingtraHub
- Using KML files for flight planning
- Pre-flight checklist
- Custom side overlap
- Flight planning tools
- How to choose the optimal flight direction
- How to change the mission entry point in WingtraPilot
- How to reuse previous missions/flight plans
Advanced flight planning
- Terrain following
- Custom elevation data import
- Corridor mapping
- How to map small areas
- How to fly large projects
- Flying in windy conditions
- Flying BVLOS behind mountains or buildings
- Flying in mines
- Flying in terrain with obstacles / buildings / forest
- Flying at high altitudes (>1500 m above mean sea level)
- How to collect data in densely vegetated areas
- Flying BVLOS
- Flying in dynamic terrains
Flying
- Flight modes and in-flight interactions
- Flight feedback
- Battery Health Check
- Return-to-home
- Pause and resume
- Reposition WingtraOne for landing using in-app controls
- Manual flying with the remote control
- Failsafe scenarios
- Flight time, coverage and job time with the WingtraOne
- Low battery RTH and flight time
- Best practices for maintaining telemetry connection while flying
- How the transition height affects the flight time
- WingtraOne data organization