TECHNICAL DATA OF FLIGHTS |
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General data |
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Engine |
Two-cylinder with water cooling |
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Lifting capacity |
kW |
51 |
Fuel consumption per hour |
I/h |
15 |
Geometric basic characteristics |
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Length with rotating propellers |
mm |
4300 |
Length |
mm |
3100 |
Diameter HB |
mm |
4000 |
Height |
mm |
1334 |
Chassis base |
mm |
1100 |
Weight data |
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Maximum lifting weight |
kg |
175 |
Weight |
kg |
120 |
Payload |
kg |
40 |
Standard fuel reserve |
I |
15 |
Flight’s basic characteristics |
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Horizontal flight speed near the ground |
km/h |
60 |
Flight duration (height 5 m) |
h |
1 |
Maximum allowed wind speed during takeoff and landing |
m/s |
10 |
Power availability per unit |
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Electric supply power, which is distributed for useful load in 12 v circuit |
W |
200 |
Chemical treatment performance |
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Flight speed performing chemical treatment |
km/h |
01.10.20 |
1 hectare treatment time |
min |
6 |
Working liquid consumption |
I/min |
0.9-2.75 adjustable |
Width of lane under treatment, if the flight height is 3-4 m |
m |
3.7-7.5 adjustable |
Spraying 1 ha |
I |
4.5-10 adjustable |
Use of drone helicopter has a considerable privilege if compared to simple land treatment methods. |
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Helicopter’s control method is very simple |
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Helicopter allows more precisely and more efficiently using pesticides and herbicides in the specific sector |
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Distant use is safe to humans |
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Use of drone helicopter many times increases the amount of received harvest. |