Intel FALCON 8+ User Manual

INTEL
®
FALCON™ 8+
UNMANNED AIRCRAFT SYSTEM
ENGLISH
MAY 2018

USER MANUAL

Intel FALCON 8+ Specifications

General

Type	Octocopter
Easy to use	Yes
Product color	Black, Yellow
Maximum speed	16 m/s
Frequency band	2.4 GHz
Number of rotors	8 rotors
Maximum flight time	26 min
Maximum weight capacity	2.8 kg
Maximum operating distance	1000 m
Maximum pitch angular velocity	50 °/sec
Operating temperature (T-T)	-5 - 40 °C
Transmitter power consumption	100 mW
Built-in processor	-
Moving control functions	Backward, Forward, Turn left, Turn right, Upward

Weight and Dimensions

Depth	817 mm
Width	768 mm
Height	160 mm
Weight	1200 g
Rotor diameter	203.2 mm

Summary

1. Intel® Falcon™ 8+ UAS

1.1. Safety and Usage Guidelines

Covers intended use, safety guidelines, and operational warnings for safe system operation.

1.2. UAS and Safety Checks

Outlines essential checks before and after each flight to ensure system integrity and safety.

1.3. Pre-Flight Check

Details the mandatory steps to perform a close pre-flight check of the UAS before operation.

1.4. Post-Flight Check

Provides the necessary steps to conduct a thorough post-flight check of the system.

2. Description of the System

2.1. Intel® Falcon™ 8+ UAV Components

Details the physical components and structure of the Intel® Falcon™ 8+ Unmanned Aerial Vehicle.

2.2. Intel® Cockpit Controller (CTR)

Describes the main control hub for the UAV, including its interface and display functionalities.

2.3. Independent Camera Control (ICC)

Explains the optional component for controlling the camera via a gamepad.

2.4. 2nd Operator Monitor Package

Details the accessory for a second operator to view camera feeds.

2.5. Payloads - Camera Options

Discusses various camera payloads, their specifications, and integration with the UAV system.

3. Operating the System

3.1. Preparing the UAV and CTR

Step-by-step guide for powering up and preparing the UAV and CTR for flight operations.

3.3. Touchscreen Tablet and Cockpit Control Application

Details the functionality and interface of the touchscreen tablet for flight control and monitoring.

3.4. Automated Start-up Checks

Explains the automated system checks performed during UAV startup, including regional settings and magnetic field detection.

3.5. Link Loss Procedure

Describes the procedures to follow in case of lost data link connection between the UAV and the CTR.

3.6. Flight Modes

Explains the different flight modes available, their control parameters, and operational characteristics.

3.7. Starting and Stopping Motors

Provides instructions on how to safely start and stop the UAV's motors.

3.8. Taking Off

Details the procedures for launching the UAV in different flight modes, emphasizing safety and pilot experience.

3.9. The Flight

Explains fundamental flight principles, control inputs, mission planning, and general operational advice for flying.

3.10. In-Flight Emergencies

Outlines potential in-flight emergencies and provides recommended responses and operational guidelines.

3.11. Landing Procedures

Provides step-by-step instructions for landing the UAV safely in different flight modes.

3.12. Warnings and Error Messages

Details various system warnings, their causes, signals, and possible resolutions for safe operation.

3.13. Operational Limitations

Lists the operational limits and restrictions for the UAV, including wind speed, temperature, and altitude.

4. Status Display

4.1. Status Display Overview and Menu Structure

Provides an overview of the Status Display, its buttons, and the menu navigation structure.

4.1.2. Main Information Screens

Details the various information screens available on the Status Display for monitoring flight parameters and system status.

5. Special Functions

5.1. Circle of Interest (COI)

Explains the semi-automatic flight function for creating a 360° circle around an object for aerial photography.

5.2. Panorama Functions

Describes how to capture images for creating panoramic shots, including camera settings and procedures.

5.3. Quick Surveying Assistant

Details the function for performing automated mapping flights without prior computer planning.

5.4. Waypoint Navigation Using AscTec Navigator Software

Explains how to use pre-planned missions from AscTec Navigator Software for complex flight patterns.

6. Maintenance, Troubleshooting, and Support

6.1. Maintenance and Caring for the UAV

Provides essential maintenance procedures to keep the UAV in good condition and ensure optimal performance.

6.1.1. Firmware Updates

Guides users through the process of updating the firmware for the UAV, CTR, and Cockpit Control Application.

6.1.3. Propeller Replacement

Instructions on how to safely inspect, remove, and replace propeller blades.

6.1.4. Motor Rail Replacement

Details the procedure for replacing a motor rail, including necessary tools and checks.

6.1.5. Exchanging a Payload Adapter

Step-by-step instructions for removing and attaching payload adapters.

6.1.6. Updating a Payload

Explains the process of updating payloads for compatibility with the Intel Falcon 8+ UAV.

6.2. Troubleshooting Common Issues

Offers solutions for common problems related to connection, data links, video preview, and flight log access.

6.2.1. Establishing CTR-UAV Connection

Guides users on how to manually establish a connection between the CTR and the UAV if automatic connection fails.

6.2.2. Analyzing Data Link Connection Issues

Provides steps to diagnose and isolate issues related to data link disturbances or failures.

6.2.3. No Preview Video on CTR Touchscreen

Troubleshooting steps for resolving issues where no video preview is displayed on the CTR's touchscreen.

6.2.4. Flight Logs

Explains how the UAV manages flight logs and potential issues with storage device access.

6.3. Support Information

Provides information on what details to supply when requesting support for malfunctions or accidents.

7. Technical Specification

7.1. Technical Data

Comprehensive technical specifications of the Intel Falcon 8+ UAV, its components, and operational parameters.