FEIMA ROBOTICS intelligent inspection system F2000 fixed wing UAV
Logistics information
Technical Features
The FEIMA ROBOTICS F2000 fixed-wing UAV is the 1 high-performance and powerful industrial-grade unmanned aerial system. The following is a detailed evaluation of it:
- Design and Construction
FEIMA ROBOTICS F2000 UAV System consists of aircraft, payload module, ground control station and UAV butler professional software. The aircraft is made of EPO carbon fiber composite material, with a wingspan of 1.9 meters, a captain of 1.07 meters and a takeoff weight of 3.7kg. This design allows the F2000 to have sufficient strength and durability, while maintaining a light weight, easy to carry and transport.
- flight performance
Power system: F2000 is driven by a brushless motor, the cruising speed can reach 60 km/h, the maximum endurance time can reach 1.5 hours (that is, 80 minutes), and the measurement and control radius is 10 kilometers. These performance parameters enable the F2000 to cover a large area in a short period of time to meet the needs of a variety of complex operations.
Take-off and landing mode: F2000 supports automatic take-off and recovery without remote control hand throwing, including automatic descent without remote control, automatic parachute and other recovery methods. This take-off and landing mode simplifies the operation process, reduces the requirements for the landing site, and improves the operation efficiency.
Wind resistance and ceiling: F2000 has level 5 wind resistance, the service ceiling reaches 6000 meters above sea level (5000 meters for some data, but 6000 meters is a higher standard), and the maximum hand-thrown take-off altitude is 3500 meters above sea level. These performances enable the F2000 to fly stably in all kinds of bad weather and complex environments and complete high-precision operations.
- load and imaging capability
High-precision camera: F2000 is equipped with a 24 million-pixel SONY ILCE-6000(α6000) camera with a sensor size of 23.5mm × 15.6mm and a lens parameter of 20mm fixed focus. This high-precision camera can capture clear and delicate images, providing reliable data support for subsequent data processing and analysis.
Dual-frequency GPS differential positioning system: F2000 is equipped with a 20Hz high-precision GNSS board, supports PPK operation mode, and can provide centimeter-level exposure point position data. This enables the F2000 to achieve phase-free or sparse point control point map, greatly improving the accuracy and efficiency of the operation.
- Software and Data Processing
UAV butler professional software: F2000 is equipped with UAV butler professional software, which has the functions of GPS calculation, control point measurement, empty 3 calculation, one-key mapping, one-key export stereo mapping, etc. Users can also choose to purchase full-module software as needed to support the generation and browsing of more data results.
One-stop solution: F2000 supports the whole process operation from aerial survey design, control point measurement to air 3 processing, providing users with one-stop large-scale mapping solution. At the same time, the active service based on Pegasus Cloud also supports functions such as timely push of important information, real-time synchronization, and cloud sharing, which further improves the efficiency and convenience of operations.
- application scenarios and advantages
FEIMA ROBOTICS F2000 fixed-wing UAV is widely used in surveying and mapping, remote sensing, environmental monitoring and other fields. Its high-precision, high-efficiency, and high-reliability operation mode makes the F2000 have significant advantages in these fields. For example, in ocean and coastline monitoring, topographic mapping, remote sensing image collection, etc., F2000 can provide users with high-quality data support to help management departments make better decisions and plans.
In summary, the FEIMA ROBOTICS F2000 fixed-wing UAV performs well in design and construction, flight performance, payload and imaging capabilities, software and data processing, and application scenarios and advantages. Its powerful functions and excellent performance make the F2000 one of the best in the industrial UAV market.
Performance
FEIMA ROBOTICS the parameters of the F2000 fixed-wing drone to perform well, and has a certain lens-carrying ability. The following is a detailed analysis of its parameters and can carry the lens:
- UAV parameters
Load parameters
Camera model: SONY ILCE-6000 (alpha 6000)
Sensor size: 23.5mm × 15.6mm
Effective pixels: 24 million (6000 x 4000)
Lens parameters: 20mm fixed focus
Flight Parameters
Wingspan: 1.9m
Captain: 1.07m
Take-off weight: 3.7kg
Power mode: electric
Cruising speed: 60 km/h
Maximum battery life: 80min
Maximum operating range: 70km
Measurement and control radius: 10km
Wind resistance: Level 5
Takeoff mode: no remote control hand throw automatic takeoff
Recycling method: no remote control automatic sliding, automatic parachute
Service ceiling: 5000m above sea level
Maximum hand throw take-off altitude: 3500m above sea level
Other configurations
Material: EPO carbon fiber composite material
Equipped with high-precision GNSS board to support PPK operation mode
Equipped with "UAV butler Professional Edition" software, with a variety of mapping and data processing functions
- can carry the lens
FEIMA ROBOTICS F2000 UAV is mainly equipped with SONY SEL20F28 lens, which is the 1 fixed focus lens with a focal length of 20mm and an aperture range of F2.8-F16 mm, which can meet the needs of most aerial surveying and mapping tasks. At the same time, the load module design of the UAV is flexible, allowing users to change different lenses according to actual needs to adapt to different shooting and mapping tasks. However, please note that when changing the lens, you need to ensure that the new lens is compatible with the drone's camera compartment and shutter control system.
- Application Areas
With its high precision, high reliability and full automation, FEIMA ROBOTICS F2000 UAV is widely used in land inspection, power line inspection, urban planning, topographic mapping, natural disaster assessment, digital city, sea area supervision, emergency detection, mine investigation, engineering survey and other fields. In these fields, UAVs can efficiently complete various complex mapping and shooting tasks, and provide important data support for decision-making in related fields.
In summary, FEIMA ROBOTICS the parameters of the F2000 UAV to perform well, and the lens that can be carried also has a certain degree of flexibility and adaptability. At the same time, the UAV has a wide range of application prospects in many fields, and can provide efficient and accurate mapping and shooting services for users in related fields.
Logistics information