Parrot Bluegrass User manual

USER GUIDE
GUIDE UTILISATEUR
GEBRAUCHSANLEITUNG
GUIDA PER L’UTENTE
GUIA DO USUÁRIO
MANUAL DE USUARIO
GEBRUIKSHANDLEIDING
V1.0 10/2017
B
A

English.....................................................................4
Français.................................................................46
Deutsch .................................................................89
Italiano ................................................................ 132
Español................................................................ 174
Português ............................................................ 216
Nederlands .......................................................... 258

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Your Parrot Bluegrass ™ contains the following elements:
1. A Parrot Bluegrass™ drone;
2. A Parrot Skycontroller 2™ controller. You can y your Parrot
Bluegrass with the Parrot Skycontroller 2 by downloading
the FreeFlight Pro™ app to your smartphone or tablet.
This app is free of charge but might contain In-App
Purchase. It also allows you to calibrate your Parrot
Bluegrass;
3. A Sequoia™ sensor containing:
(a) A multispectral sensor that captures the light reected
by plants; and
(b) A sunshine sunlight sensor that records the intensity of
light emanating from the sun
4. Access to Airinov First+™ services allowing you to obtain
your NDVI and zoning maps from the images captured
by the free Pix4Dcapture™ app to download to your
smartphone or tablet.

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ENGLISH
WARNING
1. Parrot Bluegrass IS NOT A TOY. It should therefore not be used
or handled by children under the age of 14.
2. BEFORE USING Parrot Bluegrass:
(A) CAREFULLY READ this User Guide and all information
and documentation available at www.parrot.com, which may
be updated at any time and without prior notice (hereinafter,
“Parrot Documentation"). SPECIAL ATTENTION should be
given to the paragraphs containing the symbol ;
(B)
ENSURE YOU ARE AWARE OF THE APPLICABLE
REGULATIONS FOR THE USE OF DRONES AND THEIR
ACCESSORIES (hereinafter, referred to as "Applicable
Regulations"); and
(c) KEEP IN MIND that Parrot Bluegrass is prone to expose
others and yourself to PROPERTY DAMAGE AND/OR BODILY
HARM and may even lead to severe, or even fatal injuries.
3. Please note that the videos and photos used in publicity
and advertising campaigns by Parrot Drones SAS and its
subsidiaries have been created by and with professionals and
experienced pilots. PLEASE CONTINUOUSLY REFER TO THE
LATEST UPDATES TO PARROT DOCUMENTATION IN CASE
OF DOUBT CONCERNING THE USE OF YOUR PARROT
BLUEGRASS AND ITS ACCESSORIES.
4. WITHIN THE LIMITS OF APPLICABLE LAW, PARROT DRONES
SAS, ITS SUBSIDIARIES AND THEIR DISTRIBUTORS AND
RESPECTIVE RETAILERS WILL NOT BE HELD RESPONSIBLE
FOR ANY INJURY RESULTING FROM OR IN RELATION TO
THE NON-RESPECT OF PARROT DOCUMENTATION OR
APPLICABLE REGULATIONS BY YOURSELF OR BY ANY
PERSON USING YOUR PARROT BLUEGRASS.

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PARROT BLUEGRASS
PRESENTATION
Threaded propeller Fisheye Camera
ON/OFF button
and
indicator light
Sunshine
Sensor
Battery Compartment
Battery Connector Micro-USB Port

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ENGLISH
Base and
Antenna
Multispectral
Sensor

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PARROT SKYCONTROLLER 2
PRESENTATION
Antenna
Position of mobile device holder
On/Off
Button
Return to take-off point
Take off/Land
In ight: start/stop video recording
Settings menu: return
In ight:take a photo
Settings
menu:validate
Settings
USB Port

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ENGLISH
Camera Exposure
Display mode
Vertical orientation of the camera
USB Port

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SEQUOIA PRESENTATION
Sequoia is made up of a multispectral sensor and a
sunshine irradiance integrated into Parrot Bluegrass.
Sequoia is a multispectral sensor specically for farming.
Its design was created according to three principal
criteria: excellent precision, minimal size and weight,
optimal ease of use. The Sequoia sensor is designed to
be suitable for all types of drones, those with xed wings
and multi-rotors and mounted on gimbals or not. Its
use allows the capture of images of agricultural plots in
several spectral bands measuring the state of vegetation:
green (550 nm wavelength, 40 nm bandwidth), red (660
nm wavelength, 40 nm bandwidth), red-edge (735 nm
wavelength, 10 nm bandwidth) and near InfraRed (790 nm
wavelength, 40 nm bandwidth).
The photos taken can then be analysed using various
software. They can be used to make indexed maps (NDVI,
NDRE, etc.) and make recommendations regarding
nitrogen fertilisation.