北京无人机培训



AOPA无人机培训考试,


AOPA authorized UAV training school 丨 No.1 AOPA Exam Centre in North China

无人机考试中心

Hotline

+86 13581977281

Industrial Course


Agriculture Application Class

As a large agricultural country, China needs a huge of agricultural plant protection every year. The number of pesticide poisonings in

China reaches 100,000 each year, and the fatality rate is about 20%.The number of deaths caused by pesticide residues and pollution

is even more numerous and the data are alarming.With the growing development of the UAV industry, there is a huge demand for UAV

applications pilots in the industry. Take the example of plant protection in the popular field of drone applications as an example. Experts

predict that the demand for plant protection pilots will reach 40 thousand by 2020, new high salary occupations, and  

plant protection UAV pilots are scarce.


TTA education Plant Protection Specialized Course is tailored for the students of agriculture and forestry industry. The curriculum includes

the agricultural drones types, principle, spraying, common diseases and pests and precautions for spraying pesticides, laws and regulations,

etc.Strive to enable trainees to master practical application skills while obtaining AOPA pilot qualifications, and to be able to truly use drones

for plant protection.TTA education has always been thinking that China's agriculture is transporting more practical talents, striving to impart

knowledge of agricultural plant protection, provide employment platforms, and help more entrepreneurs enter the field of plant protection.


Mapping Application Class

Aerial mapping is currently a relatively mature field of UAV applications in the industry, where the demand for drone pilot is huge.In order to

meet China's demand for surveying pilots, TTA education specially hired industry experts to design the UAV aerial survey specialization course

for students. This course includes oblique photography equipment and technology, automatic modeling, and geographic information acquisition.

And data acquisition and other related knowledge, and strive to enable students to obtain the AOPA driving qualifications, but also grasp the actual

application of surveying and mapping industry skills, can truly use the UAV for geographic information mapping operations, to provide more

possibilities for the future of students.


Class Schedule:

01, The first day of the morning [theory]

[1] Understanding and understanding of oblique photography

02, The first day of the afternoon [theory]

[1]Cognition and understanding of the TTA oblique photography

03, The second morning [theory]

[1] Cognition and understanding of ZERO-TECH GCS software

04, The afternoon of the second day [theory]

[1] Cognition and understanding of GOOGLE EARTH [Google Earth] software

[2]UAV route planning

05, The third day of the morning [theory + practice]

[1] Precautions for UAV Automatic Route Flight

[2] Oblique photography data acquisition practice

06, the third day of the afternoon [practice]

[1] Oblique photography data acquisition practice

07, The fourth morning [theory + practice]

[1] SMART3D automatic modeling

08, The fourth day of the afternoon [practice]

[1] SMART3D automatic modeling

09, the fifth day of the morning [theory]

[1] Basic understanding of control points

[2] Cognition and understanding of RTK measurement equipment

The fifth day afternoon [practice]

[1] Control point target deployment and prick measurement practice



Aerial Photo Application Class

TTA Educations aerial photo course is a specialized course for aerial photo enthusiasts. This course teaches the application of aerial photo of UAV in different industries, The issues that need attention, such as aerial photo equipment operation, aerial photo skills, aerial altitude and aerial routes.And post-production and post-production modules, have a full range of practical skills, so as to enable the trainees to learn practical value-added skills, avoid the damage of photographic equipment, and become a qualified aerial shooter.



    The first day

Theory + practice



1.Introducing the aircraft

(four,six, eight axes)

2.The basic flight route

3.The application of basic

flight operations


The second day

Theory + practice



1. Introduction of  payloads

2.Introduce  several  main

picture transmission devices

3.Explain the application of various lenses,

composition, light, screen, panoramic picture


The third day

Theory + practice


1.The  issues  that should  be noted  in aerial  video

2.The cross-movement between camera and UAV,

use foreground, following, surrounding

3. Use a one-minute video to show the grandness

of the building, the expressive  speed


The fourth day

Theory + practice



1.The basic operation of editing software EDIUS

2.The basic operation of panoramic image stitching

software AUTOPANO GIGA

3.How to select useful shots and put them together

4.Make your own aerial panorama

5. Cut the film



The fifth day

Practice



Photo :

1.Shoot you think the most beautiful light in a day

2.Pick a building and find the angle you think is the most  attractive

3.Capture the most fascinating moments of your life

Video:imitation + actual combat

1.Take a promotional video 2.Shoot a storyline

(content can be made up by oneself)



Aerial Payload Application Class

Most drone systems are lifted to perform missions and usually require payloads.Payloads are generally related to reconnaissance, weapon projection, communications, remote sensing or cargo.Drone design is usually performed around the payload.Some drones can carry a variety of payloads.The size and weight of the payload are the most important considerations for the drone design.Most small commercial drones require a payload of no more than 5 pounds.Some small drone manufacturers use payloads that can be quickly removed and replaced.

For reconnaissance tasks and remote sensing tasks are concerned, sensor payloads can take many different forms according to different tasks, including opto-electronic cameras, infrared cameras, synthetic aperture radars, and laser distance meters.The optical sensor assembly can be permanently mounted on the drone so that the sensor operator can obtain a fixed viewing angle, and it can also be mounted on a universal joint or turret.A universal joint or turret mounting system allows the sensor to rotate within a predetermined range, typically around two axes.The universal joint or turret can pass the automatic flying system, but also can receive the output signal through the independent receiver.Some universal joints are also equipped with vibration isolation devices, which can reduce the fit.There are two types of vibration isolation methods. One is to use an elastic/rubber mount, and the other is to use an electronic gyroscope stabilization system.


TTA UAV Professional Pilot Class (payload) trains the basic principle and application of payloas in three aspects: photoelectricity and infrared light, and trains the drone payload professional pilots in the industry.


Time

AM

PM

Note


           

        The first day

Simulate flight test;Four

points hover training ;With

four throttle hover training

With throttle four  points hover training;

Simulate taking off, landing

training;

Simulator assessment;


According to the actual flight

level of students, adjust training

content and progress



The second day

Aircraft body structure

explanation and

disassembly;

Optical pod, Gimbal camera,

video

transmission GCS  debugging and

disassembly

Combine physical objects for

explanation and focus on explaining

how to use



The third day

Infrared thermal imager,

four lens cameras, spectrometer debugging and

disassembly

Megaphone, sparger,

slow-down

dropping, observation  and

shooting

equipment, debugging and

disassembly

Combining safe flight inspection

with remote controllers  and

GCS


The fourth day

Flight safety inspection

instructions

Optical pod, Gimbal camera,

video transmission

GCS  debugging and disassembly

In combination with the security



The fifth day



Flight (emphasis on

hovering);

Megaphone, sparger,

slow-down

dropping, observation  and

shooting equipment,

debugging and disassembly

check content, the GPS mode is

for tail hover and taking off and

landing training.


The sixth day

UAV planning flight

Explain remote controllers

and GCS

Payload flight in accordance with

flight inspection and payload

requirements


The seventh day

Theoretical examination, oral

examination

Payload flight examination

Pass:give certificate;

Failing :re-learn



Service

Employment

College cooperation

Cooperative partner

FAQ

Add: No.1 TTA Building, Niantou Industrial Park ,Changping District,Beijing,China

Hotline:+86 13581977281

Website:www.ttaviation.com

E-mail:tta_global@ttaviation.com


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