FEIMA D200 Multirotor Drone Aerial Mapping Platform
FEIMA D200 Overview
The FEIMA D200 is a high-end multirotor drone platform designed specifically for aerial surveying and industrial applications. It combines advanced flight control technology, robust multi-sensor fusion algorithms, and high-precision GNSS systems to provide an all-in-one, precise aerial surveying solution. The simplicity of Feima software, together with the integrated GNSS system, delivers an exceptional user experience, making it the preferred tool for high-precision aerial surveys.
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Key specifications include:
- Flight Speed: 13.5 m/s
- Maximum Endurance: 48 minutes
- Maximum Transmission Distance: 5 km
- Wind Resistance: Level 5
- Maximum Service Ceiling: 4500 meters
- Operating Temperature Range: -20 to 50°C
- Takeoff Weight: 8.5 kg
FEIMA D200 Key Features
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Advanced Flight Control System:
- Flight Control Laws: Based on model-following flight control laws to ensure stable flight.
- Multi-Sensor Fusion: Advanced multi-sensor fusion algorithms enhance flight reliability.
- High-Redundancy Sensors: Increase flight safety with real-time error detection and resolution.
- High-Precision Attitude Measurement: Equipped with a high-precision attitude measurement system supporting fully automated flight.
- Positioning Technology: RTK and PPK fusion technology providing centimeter-level positioning accuracy.
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Intelligent Safety Mechanisms:
- Hovering in GPS-Denied Environment: Stable hovering in environments without GPS signals.
- Auto Return: Automatic return in case of connection loss, ensuring flight safety.
- Power-On Self-Test: Automatic hardware self-test to eliminate potential faults.
- Safe Landing: Ensures safe landing in the event of sensor failure.
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High-Performance Cameras and Gimbals:
- D-CAM300 Camera Module: Equipped with SONY RX1RII, 42 million pixels, and a two-axis gimbal.
- D-CAM200 Camera Module: Equipped with SONY ILCE-6000, 24 million pixels, and a two-axis gimbal.
- D-OP200 and D-OP300 Oblique Modules: Provide multi-angle, high-precision imaging data.
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High-Precision LiDAR:
- LiDAR Module: Quick data acquisition and processing ensure surveying accuracy, adaptable to complex terrains.
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All-in-One Software Support:
- FeimaMonitor Cloud Platform: Cloud-based service system supporting UAV data acquisition, processing, and maintenance. Offers UAV health status analysis, fault diagnosis, and firmware upgrade services.
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Outstanding Flight Performance:
- Flight Speed: 13.5 m/s for fast and efficient operations.
- Endurance: Up to 48 minutes of flight time suitable for long-duration tasks.
- Maximum Transmission Distance: 5 km enabling remote operations.
- Wind Resistance: Level 5 wind resistance, suitable for various harsh weather conditions.
- Quick Deployment: Deployment time ≤10 minutes, withdrawal time ≤15 minutes.
FEIMA D200 Application Scenarios
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Topographic Surveying:
- Point Cloud 3D Modeling: High-precision point cloud data used for terrain analysis and planning.
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Emergency Monitoring:
- Disaster Monitoring and Emergency Response: Provides real-time monitoring and data support for timely responses.
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Cultural Heritage Protection:
- 3D Modeling and Preservation: High-precision 3D modeling and digital archiving of cultural heritage sites.
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Building Information Modeling (BIM):
- 3D Modeling and Information Management: Enhances construction and management efficiency, supporting 3D modeling and information management in construction projects.
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Digital City:
- Smart City Development: Supports the digitalization and intelligence of city management through data acquisition and analysis.
The FEIMA D200 multirotor drone, with its advanced technology, high-precision surveying capabilities, and diverse application scenarios, stands out as a leading industrial-grade UAV platform, providing users with an exceptional flight experience and reliable surveying solutions.
FEIMA D200 Specifications
Expand | 830x732x378mm | Fold | 955x362x378mm |
Diagonal Size | 988mm | Out Packing Size | 1038x475x366.5mm |
Flight Speed | 13.5m/s | Navigation Satellite | GPS:L1+L2(20Hz) BeiDou:B1+B2(20HZ) GLONASS:L1+L2(20Hz) |
Differential Mode | PPK/RTK | Hover Accuracy Range(RTK) | Vertical 1cm+1ppm;Horizontal2cm+1ppm |
Empty Weight | 6.5kg | Take off Weight | 8.5kg |
Endurance | 48min | Max Transmitting Distance | 5KM |
Wind Resistance | Level 5 | Max Ascent Speed | 10m/s |
Max Descent Speed | 8m/s | Max Service Ceiling | (elevation)4500m |
Takeoff/Landing Mode | Vertical take-off and landing without remote control | Operating Temperature Range | -20~50 °C |
Deployment time | Expand ≤10min,withdraw ≤15min |
Camera Type | SONY ILCE-6000(α6000) | Sensor Size | 23.5x15.6mm |
Effective Size | (6000x4000)2400万 | Lens | 20mm fixed focus |
Gimbal | 2-axis |
Camera Type | SONY RX1RII | Sensor Size | 35.9×24mm |
Effective Size | (7952X5304)4200万 | Lens | 35mm(fixed focus) |
Gimbal | 2-axis |
Camera Type | SONY DSC-RX0 | Number of Cameras | 5 |
Sensor size | 1 inch (13.2x8.8mm) | Effective Size | 1500 million (4800x3200)x5 |
Lens | 7.7mm(24mm format equivalent) | Gimbal | 2-axis |
Number of Cameras | 5 | Sensor Size | 23.5×15.6mm |
Slope | 45° | Effective Size | 2400 millionx5 |
Lens | Center 25mm,other 35mm | Weight | 1.45kg |
Other | Support RTK phase-free control |
Laser Type | RIEGL mini VUX-1UAV | Channels | 1 |
Dot Frequency | 100kpts/s | Measurement Range | 250m |
Range Accuracy | ±1cm | Echo Number | 5(Max.) |
Scanning Speed | 10~100Hz | Echo Intensity | 16bit |
Wavelength | 905nm(Class 1) | Laser Divergence Angle | 1.6×0.5mrad |
Horizontal Field of View | 360° | Resolution-horizontal | 0.05~0.5° |
Video Resolution | 1920X1080 | Video Frame rate | 25fps |
Zoom Range | 30x | Compression Standard | H.264 |
Image Transmission Frequency | 2.3GHz~2.7GHz | Communication Bandwidth | 10MHZ |
Max Transmission Distance | 10km | Gimbal | 3-axis |