FEIMA ROBOTICS intelligent inspection system V500 fixed wing UAV
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Technical Features
The FEIMA ROBOTICS V500 fixed-wing UAV is the 1 outstanding UAV system. The following is a detailed evaluation of it:
Excellent performance of 1. technology
Lightweight and high precision:
V500 uses Kevlar PMI composite material, and the takeoff weight of the whole machine is only 7.2kg (some say it is 6.8kg, which may vary depending on version or configuration), thus realizing lightweight design.
Equipped with high-precision differential GNSS board, supports PPK, RTK and its fusion operation mode, can realize 1:500 mapping without control points, and has high-precision positioning and mapping capabilities.
Long sailing time and efficient operation:
The battery life can reach 180 minutes (some say 3 hours, which may vary depending on battery configuration or flight conditions) to meet the needs of long-term operations.
The aircraft adopts modular quick disassembly and folding design, which effectively reduces assembly steps and improves operation efficiency.
Vertical take-off and landing with flexible portability:
With vertical take-off and landing capability, it can take off and land flexibly in a small space without runway or catapult.
The fuselage platform adopts a modular design, which is easy to carry and transport, and meets the needs of rapid response and deployment.
- feature-rich and practical
Multiple load support:
The V500 comes standard with two options, ortho-version and tilt version, to meet the customization needs of different users.
It can carry a variety of mission payloads, such as photoelectric pods, aerial survey modules, etc., to achieve multi-source data acquisition.
high precision graph and data processing:
The standard "UAV butler Professional Edition" software supports a one-stop intelligent GIS system for UAV data acquisition, processing, display management and UAV maintenance.
It has a rich data preprocessing toolbox, supports robust precision control and automatic drawing, and provides 4D and 3D production.
Terrain following and wide range operations:
It has the ability of accurate terrain following flight and can obtain high-resolution data of terrain with large height difference.
The take-off altitude can reach 5000 meters, the operation altitude can reach 7000 meters, and the operation height can reach 3000 meters. It has super ceiling operation capability.
- safe and reliable design
Strong wind resistance:
The V500 is resistant to 7-level winds, ensuring stable flight in complex weather conditions.
Multiple security guarantees:
Equipped with UAV dedicated data transmission radio, enhance anti-interference ability, to ensure the stability of data transmission.
The aircraft is designed to meet relevant safety standards and has multiple backup systems and emergency handling capabilities.
Wide range of 4. applications
V500 is suitable for aerial survey, remote sensing, inspection, emergency and other fields. Its high precision and high efficiency make it a good assistant in urban planning, environmental monitoring, disaster assessment and other tasks. Especially in the rapid construction of urban three-dimensional model, terrain mapping and other aspects, V500 shows excellent performance.
In summary, the FEIMA ROBOTICS V500 fixed-wing UAV performs well in terms of technical performance, feature richness, safety and reliability, and application areas. However, as the 1 high-performance UAV system, its price may be relatively high, and users should consider it comprehensively according to their own needs and budget before purchasing.
Performance
FEIMA ROBOTICS V500 is the 1 lightweight, high-precision, long-endurance pure electric vertical take-off and landing fixed-wing UAV system independently developed by Pegasus Robot. The following is its detailed parameter configuration:
- basic specifications
Aircraft main material: Kevlar PMI composite material
Take-off weight of the whole machine: 7.2kg (inclined version), otherwise 6.8kg (ortho version), may vary depending on configuration
Size: 2296mm × 1280mm × 257mm
Operation transport box: mold design, easy to carry and reliable, length, width and height of 1141mm × 744mm × 500mm
Total weight: 34kg (ortho version with internal equipment),34.4kg (inclined version with internal equipment)
- power system
Power mode: electric
Battery configuration: compatible with D2000S, D3000S smart battery
Battery life: 3 hours (ortho version),2.5 hours (tilt version), otherwise 180 minutes, may vary depending on battery status or flight conditions
- flight performance
Cruising speed: 17 m/s
Maximum speed: 26 m/s
Operating range: 150km (ortho version),120km (inclined version)
Take-off altitude: 0~5000m (altitude)
Service ceiling: 7000m (altitude)
Operation is really high: up to 3000m
Wind resistance: Level 7
Telemetry distance: 25km
Method of take-off and landing: vertical take-off and landing
Working temperature:-20 ℃ ~ 50 ℃
- load and sensor
Standard version: ortho version and tilt version of the two options to meet the customization needs of different users
High-precision differential GNSS board: supports PPK, RTK and its fusion operation mode
Network RTK/PPK services: providing high-precision positioning and mapping support
UAV Butler Professional Edition Software: A one-stop intelligent GIS system that supports UAV data acquisition, processing, display management and UAV maintenance.
- other features
Modular quick disassembly and folding design: effectively reduce assembly steps and improve operation efficiency
Accurate terrain following flight: with high-resolution data acquisition capability for large altitude terrain
Wing-Body Fusion Design: Innovative Design for Improved Flight Performance and Stability
feathering design: reduce cruise resistance, improve flight efficiency
In summary, the FEIMA ROBOTICS V500 fixed-wing UAV exhibits high performance, high reliability and versatility in parameter configuration, and is suitable for aerial survey, remote sensing, inspection, emergency and other fields. Users can choose orthographic version or oblique version according to specific needs to meet different customization needs.
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