Camflite Manuals
Camflite
Aurora
Aurora
  • Aurora Manual
  • Camflite Aurora Intro
    • Introduction
    • Getting Started
    • Overview
      • Non-NDAA Controller
      • NDAA Controller
      • RTK GPS Mast Installation
      • Powering
      • Motor Booms
      • Landing Gear
    • Flying
      • Flying Procedures
      • Flight Modes
      • Emergency/Advanced
    • Remote ID
      • How Remote ID works
        • Remote ID indicators in AMC
        • Frequently Asked Questions
        • Serial Number
        • Resgistering with the FAA
    • Software
      • Auterion Mission Control
        • Fly
        • Plan
          • Transfer Mission Plan and KML Files with Herelink
        • Vehicle Setup
        • Photos
        • User Account
        • Settings
          • Advanced
        • Auterion Suite/Flight Logs
    • Network and Connectivity
    • Travel and Shipping
  • Maintenace Manual
    • Periodic Maintenance
    • Motors & Propellers
    • Replacing Components
    • Herelink Controller Maintenance
    • Updating Firmware
    • USB Formating
    • Software Release Notes
    • Calibration and Tuning
    • Troubleshooting
    • Release Notes
  • Payload
    • Flight Operations
      • Pre-Flight Procedures
      • Flying a Mission
      • 3D View
      • Operational Limitations
      • Mapping
        • Pre-flight Planning
          • Camera Setup
      • Precise Flight
    • I/O Board and Payload Power
    • Gremsy Gimbal w/Sony A7
    • Pro Tips
  • Specs and Interfaces
    • Technical Specifications
    • Performance
    • Component Sourcing
  • Ecosystem
    • Batteries
    • Herelink Pilot Controller
    • Vibration Isolators
    • GNSS Base Stations
  • Development Tools
    • MavSDK
    • Electrical and I/O
    • Software Interfaces
  • Limited Warranty
  • Service Bullitins
Powered by GitBook
On this page
  • I/O outputs
  • Payload Connector
  • USB-C FMU Plug

Was this helpful?

  1. Payload

I/O Board and Payload Power

PreviousPrecise FlightNextGremsy Gimbal w/Sony A7

Last updated 1 year ago

Was this helpful?

The Input/Output (I/O) board, which is located at the bottom, acts as an interface between the Flight Management Unit (FMU) and various other components. It enables the FMU to access and control the rangefinder, nadir camera, and other similar devices, allowing for more efficient and accurate operation.

Onboard Power

Aurora has equipped the UAS with a 24v power source accessible through an XT30 connector at the bottom. The power supply is fed through a fused switching system and regulated by a linear regulator, ensuring clean and reliable power.

I/O outputs

USB-C for webcam, flash storage, etc

Telem1- UART4 and I2C from FMU

Ethernet- for camera or other network-based payloads

Cap- FMU CH 7 and CH 8, FMU CAP, and one GPIO from MC

Can1- CAN from FMU

PWM- ch7-8

Payload Connector

USB-C FMU Plug

The Aurora drone features an exclusive USB port that is situated at the bottom of the device. This USB port is dedicated to direct connection to the onboard mission computer, which manages and coordinates the drone's operation. With this USB port, you can comfortably perform essential tasks such as upgrading the drone's firmware and communicating with the Flight Management Unit (FMU).To establish a connection with the flight computer, it is essential to power up the Aurora device as the USB port alone does not provide any power. Thus, you will need to ensure that the Aurora device is powered on before attempting to communicate with the flight computer.

Payload Pinouts