Walkera is a Chinese drone company founded in 1994 that now has over 500 employees. They produce drones for a variety of applications like environmental testing, construction inspection, and fire monitoring. Their AR game drone was the first to combine augmented reality technology. Walkera also focuses on excellent customer service and timely product upgrades. They invest 25% of sales back into research and development to improve drone functions such as rescue missions, traffic enforcement, and disaster monitoring.

1. Walkera
HengWu 2446956

2. Introduction
• Founded in 1994 in Guangzhou, China, it is located in the Nansha
Economic Development Zone. At present, the company has more than 500
employees, including nearly 200 reacher. After more than 20 years of
development, Walkera now has core technology and a global customer
base. Why did I choose Walkera? Because I believe it will become the
global leader in the smart aircraft industry. There are many applications
for drones in the future. Such as environmental testing, construction
inspection, fire protection and volcano monitoring. More importantly the
virtual and reality combination of the 'Aibao' game drone, AR technology
application is the first creatd by Walkera. The AR game drone will also
become an increasingly popular thing, it just to meet the market demand.
Walkera has excellent service, perfect after-sales service, and feedback on
customers, and timely upgrade products. The most interesting thing is that
the AR drone ‘Rodeo 110’ combines the powerful technical capabilities of
Walkera and the demand for players, so that consumers can enjoy the fun
of FPV flying through indoors. Walkera is also China's top ten drone
companies.

3. Body of report
• Walkera company have the ‘VOYAGER 5’ drone. It can travel up to 5 kilometers and
the battery system consists of three 4300mAh batteries with a maximum
continuous flight time of up to 41 minutes. With regard to its protection system, it
can accept an ambient temperature of -20 ° C to 45 ° C, and it can be easily
operated by the mobile phone app. Furthermore Drone also has a significant
function, for example using aerial photography to detect earthquake disasters and
plant recovery rates(Zhenwang,2014). On May 12, 2008, an earthquake of
magnitude 8.0 Wenchuan occurred in Sichuan Province, China. The geological
survey was carried out by drones. Reduce overall geological disasters by 12% per
year. Moreover, it can measure the depth of snow in harsh environments（Harder，
2016）therefore it can avoid lots of safety problem. There are many useful
features. In the power inspection, it effectively identifies the fault of the facility
and replaces the manual detection, which greatly improves the work efficiency.
The second point in search and rescue, through strong endurance and long-
distance flight performance, play an active role in forest fire prevention and fire
rescue. The third point is to be able to collect traffic evidence. In places far away
from roads and crowds, use high-power cameras to clearly capture the license
plate numbers of illegal vehicles to help traffic enforcement. Walkera company due
to drone can rescue, traffic verification and these functions bring huge economic
benefits,and use 25% sales as the cost of research.

4. Conclusion
• Walkera company drone which has provided
great convenience to many industries, not
only ensuring human safety in a dangerous
environment, but also improving work
efficiency, especially in rescue activities, and
continuously serving the society. Last but not
least，It can maintain national security. With
the development of drone technology, it is not
limited to people's lives. drone play an
increasingly important role in the arm.

5. Bibliography
• Zhenwang Li（2014）’Monitoring Geologic Hazards
and Vegetation Recovery in the Wenchuan Earthquake
Region Using Aerial Photography’ 3(1)pp.368-390
Available at:
https://doaj.org/article/04b81087899e4995856fbc624
ab3e556 (Accessed 04/07/2019)
• Harder,P（2016）‘Accuracy of snow depth
estimation in mountain and prairie environments by an
unmanned aerial vehicle‘10(6)pp.2559-2571 Available
at:
https://doaj.org/article/22284c5b0ece44c5bba2e3afa3
69bbca (Accessed 04/07/2019)