120min maximum load 8kg multi rotor UAV Long120 with maximum speed
50km/h level 5 wind resistance light rain resistance
Long120 multi rotor UAV is a new integrated flight platform
specially built for the map field. Long120 is a six axis multi
rotor UAV with a wheelbase of 1.6m and a load of 8kg. It can run
for 120 minutes with pure electric power; it has industrial level
flight control, which can effectively deal with various harsh
environments. By carrying different equipment, Long120 can be used
in power line inspection, aerial survey, natural disaster survey,
agriculture and forestry, land and resources, hydrological
monitoring and other fields.
Main parameters of Long120
| Unfold wheelbase | 170cm |
| Dimension | 60*60*50 |
| Takeoff weight | 17kg |
| Maximum load | 8kg |
| Mission payload | 0-8kg |
| Maximum horizontal flight speed | 50km/h |
| Maximum ascent speed | 5m/s |
| Maximum descent speed | 3m/s |
| Max takeoff sea level | ≤2500m(standard package) ≤4500m(plateau package) |
| Max. wind resistance | ≤Level 5 |
| Rain resistance | Light rain |
| Operation temperature | -10℃——40℃ |
| Duration | 120min w/o payload |
65min with 6kg payload |
| Expandable payload | Photoelectric pod, SLR/oblique camera, infrared camera, LiDAR,
multispectral / hyperspectral imager, detector, high altitude
lighting |
Expandable module | RTK/PKK,etc |
| Duration test environment | Altitude below 500m, temperature 15-30 ℃ (w/o load)
|
| Inspection distance environment | No interference and shielding |
Main features of Long120
1. Pure electric: Long120 multi rotor UAV is equipped with super
large capacity high-energy lithium battery as standard, which is
simple to use and maintain and has high reliability.
2. Heavy load: The Long120 multi rotor UAV arm adopts a six rotor
symmetrical layout design and is equipped with efficient motors and
blades to effectively improve the efficiency of the power system
and bring strong power. The integrated carbon fiber fuselage can
support a maximum load of 8kg, and the duration time is longer than
55 minutes. It can meet the needs of long-time operation of heavy
load equipment.
3. Long duration: Thanks to the excellent aerodynamic layout design
and efficient power system of Long120 multi rotor UAV, it ensures
not only the most efficient operation of pneumatic and power
system, but also brings a long endurance of up to 120min. The
biggest benefit of long duration is to improve work efficiency and
economic benefits.
4. Multi load and multi task: Long120 multi rotor UAV adopts
modular task load design and multi-source data acquisition scheme.
It can be equipped with LiDAR, visible light video load, thermal
infrared video load, orthophoto load, oblique photography load,
thermal infrared remote sensing load, etc. to generate orthophoto
map, 3D map and thermal infrared remote sensing map, so as to meet
the requirements of diversified data acquisition.
5. Strong environmental adaptability: Long120 multi rotor UAV
adopts an integrated carbon fiber body. The solid carbon fiber body
is suitable for changeable weather and climate and can resist the
interference of level 5 wind and snow. It can work normally even in
light rain to meet the requirements of emergency tasks in extreme
environments.
Industry application of Long120
Taking UAV as the flight platform, multiple types of data can be
obtained by carrying orthophoto camera, multispectral camera,
oblique camera, thermal infrared camera and LiDAR. It is widely
used in disaster emergency and treatment, land supervision and
resource development, especially in basic mapping, land resource
investigation and monitoring, land use dynamic monitoring,
emergency relief mapping, the investigation of forestry resources
and forest fire prevention.
1. Application of visible light remote sensing by UAV in forest
resource parameter extraction
2. Application of UAV equipped with multispectral sensors in
forestry resources investigation and water quality monitoring
3. Application of UAV oblique Photogrammetry in large-scale
topographic mapping
4. Application of UAV equipped with thermal infrared sensor in
forest fire prevention
5. Application of UAV airborne LiDAR in topographic mapping
6. Application of UAV and airborne LiDAR in forestry investigation
