Product Background
Emergency rescue demands are urgent: Major natural disasters often
come with problems such as traffic disruptions and material
shortages. How to quickly and accurately deliver rescue supplies to
the affected areas within the "golden 10 minutes" and "golden 1
hour" is a problem that disaster rescue urgently needs to solve.
With a 100-kilogram carrying capacity, it can transport a large
amount of rescue supplies such as tents, medicines, etc., and even
transport injured people, effectively improving rescue efficiency
and ensuring the safety of the affected people's lives.
Industrial transportation scenarios are diverse: In industrial
scenarios such as transporting power equipment in mountainous
areas, supplying materials to offshore platforms, and hoisting
building materials at construction sites, traditional
transportation methods face problems such as high costs, low
efficiency, or being restricted by terrain. The 100-kilogram
transportation drone can break through these limitations and
achieve rapid transportation of materials at a lower cost,
replacing some high-cost helicopter operations.
Support for the development of unmanned aerial vehicle technology:
The technologies such as the power system and flight control system
of unmanned aerial vehicles have been continuously improving,
providing a technical foundation for large-load unmanned aerial
vehicles. For instance, the application of efficient motors enables
unmanned aerial vehicles to maintain good endurance performance
when carrying a 100-kilogram load. At the same time, the use of
lightweight composite materials can reduce the weight of the
aircraft and increase its carrying capacity. Moreover, advanced
navigation, positioning, and obstacle avoidance technologies, such
as laser radar, millimeter-wave radar, and visual systems, enable
unmanned aerial vehicles to fly precisely and avoid obstacles in
complex environments.
Support for low-altitude economic policies: Various regions have
been introducing policies to support the development of
low-altitude economy, providing a favorable environment for the
research, testing, and application of unmanned aerial vehicles. For
example, the 100-kilogram-load unmanned aerial vehicle developed by
Dalian Ocean University benefited from the local support for the
low-altitude economic industry. It can be used in scenarios such as
land-sea transportation and aerial exploration. Moreover, with the
gradual improvement of relevant regulations and standards, the
operation of 100-kilogram transportation unmanned aerial vehicles
has become more standardized and safe.
Growth in maritime transportation demand: In the maritime sector,
transporting small packages to ships or oil drilling platforms
accounts for a significant portion of the maritime logistics
market. However, using small submarines and helicopters for
transportation is costly and inefficient. A 100-kilogram
transportation drone can achieve automatic delivery of items to
ships and offshore platforms within 100 kilometers, meeting the key
requirements of maritime transportation.
Product parameters
| Product size | 2795 x 2359 x 982 mm (unfolded) 1747 x 853 x 1132 mm (folded) |
| Product wheelbase | 2565mm |
| Product weight | 22 kg (rack weight) 66.8 kg (maximum configuration, excluding
battery) ≈ 106.8 kg (including the weight of the four batteries) ≈
206.8 kg (with a full load of 100 kg, takeoff weight) |
| Arm dimensions | 46*50mm |
| Load capacity | 80~100kg |
| Battery fixation method | Quick installation of four battery compartments |
| Fly Control | Poxing / Microg |
| Remote controller | H16/H30/MK32 |
| Power system | X11 MAX (Motor) 150A (Electrically Controlled) 48-inch (propeller) |
| Battery | 18S 44000mAh * 4 (SuperHao/ Haiying) |
| Working hours | 60 minutes (empty, takeoff weight 106.8 kg) Approximately 20 to 25
minutes (with a full load of 100kg, the flight time varies
depending on the actual load) |
Product display
