RIEGL VUX-100-25 High-Performance Airborne LiDAR for Unmanned Aerial Vehicles
Description
The RIEGL VUX-100-25 is an advanced, high-performance airborne LiDAR sensor designed for use with unmanned aerial vehicles (UAVs). It combines cutting-edge technology and compact design, providing professionals in a wide range of industries with accurate and high-density LiDAR data for diverse applications. Whether you're mapping complex urban environments, surveying vast agricultural fields, or performing forestry and vegetation analysis, the VUX-100-25 is engineered to deliver precise, reliable, and comprehensive results.
This system features a 25° field of view, allowing for efficient data capture over a wide area, making it ideal for large-scale surveys. With a pulse repetition rate of up to 1,000 kHz, the VUX-100-25 can generate high-density point clouds, ensuring that every detail of the surveyed environment is captured with incredible precision. This high repetition rate supports flying at low altitudes with excellent point distribution, making the VUX-100-25 well-suited for both low and high altitude applications.
The integration of a high-performance GNSS/IMU system ensures that the LiDAR sensor’s data is always accurately georeferenced, with real-time positioning and orientation during flight. This enables efficient and seamless operation, even in challenging environments. Moreover, the real-time data processing capabilities ensure that high-quality data can be accessed immediately after the flight, streamlining workflows and reducing time to results.
Compact and lightweight, the VUX-100-25 is designed for easy integration with a variety of UAV platforms, providing a versatile solution for professionals across multiple sectors. Whether for urban planning, agriculture, mining, or flood mapping, this LiDAR system offers flexibility and high performance across a wide range of survey types. Additionally, the system's ability to generate dense point clouds with high accuracy makes it particularly effective for applications requiring detailed 3D modeling, such as city modeling, infrastructure monitoring, and vegetation studies.
Optimized for UAV integration, the RIEGL VUX-100-25 brings precision and versatility to a variety of industries, ensuring efficient and cost-effective data acquisition in both large and intricate surveying tasks.
RIEGL VUX-100-25 High-Performance Airborne LiDAR for Unmanned Aerial Vehicles
Specifications |
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| Maximum Measurement Range: | 360 m |
| Minimum Measurement Range: | 5 m |
| Measurement Rate: | 1333333 meas./sec |
| Accuracy: | 50 mm |
| Precision: | 5 mm |
| Laser Type: | 2D LiDAR (Laser Scanning) |
| Field Of View: | up to 160° |
| Pulse Repetition Rate: | Up to 1,000 kHz |
| Scan Frequency: | 200 Hz |
| Point Density: | > 250 points/m² (at typical settings) |
| Scan Speed: | up to 200 lines/second |
| Weight: | Approx. 2.3 kg |
| Dimensions: | 255 x 255 x 210 mm |
| Power Supply: | 12-36 V DC |
| Data Storage: | Internal memory, removable SD card |
| Temperature Range: | -10 to +50 °C |
Features
- Compact and Lightweight Design: Optimized for integration with UAVs, offering ease of installation and operation
- Wide Field of View (25°): Enables efficient data collection with extensive coverage in a single pass
- High Pulse Repetition Rate (up to 1,000 kHz): Supports high-density point cloud generation for detailed mapping
- Excellent Data Accuracy: Delivers precise georeferencing for reliable results in various mapping applications
- Long Battery Life: Capable of sustained operation for extended flight times, maximizing operational efficiency
- Fully Integrated System: Includes an integrated GNSS/IMU for real-time positioning and orientation during flight
- Real-Time Data Processing: Provides high-quality LiDAR data instantly after collection, speeding up project turnaround times
- Versatile Mounting Options: Designed to be easily integrated with different UAV platforms and aircraft types
- Optimized for Vegetation and Terrain Mapping: Suited for applications like forestry surveys, flood modeling, and coastal mapping
Applications
- UAV-based Surveys: Ideal for aerial mapping and surveying of large areas using drones for precision data collection
- Vegetation and Forestry Mapping: Used for detailed vegetation surveys, forest inventory, and biomass estimation
- Urban Planning and Development: Supports city planning, infrastructure monitoring, and 3D city modeling with high-resolution LiDAR data
- Floodplain and Coastal Mapping: Perfect for mapping flood-prone areas, riverbanks, and coastal regions for environmental studies
- Powerline and Corridor Mapping: Excellent for utility mapping and monitoring of powerlines, pipelines, and transportation corridors
- Agriculture and Land Use Studies: Facilitates crop monitoring, precision agriculture, and land use analysis with high-density point cloud data
- Mining and Quarry Surveys: Enables accurate stockpile measurements, volume calculations, and terrain modeling in mining operations
For pricing, technical or any other questions please contact the supplier
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How to order?
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Ships from:
Austria
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Sold by:
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On FindLight:
since 2019
Frequently Asked Questions
The RIEGL VUX-100-25 is an advanced airborne LiDAR sensor designed for use with unmanned aerial vehicles (UAVs). It is ideal for a wide range of applications such as urban planning, agriculture, forestry, mining, flood mapping, and infrastructure monitoring. It captures high-density LiDAR data with a 25° field of view, making it highly effective for both large-scale and detailed surveys.
The RIEGL VUX-100-25 delivers highly accurate georeferenced LiDAR data, thanks to its integrated GNSS/IMU system. This system ensures precise positioning and orientation during flight, making the system ideal for creating accurate 3D models and detailed point clouds in applications such as city modeling and infrastructure monitoring.
The RIEGL VUX-100-25 has a pulse repetition rate of up to 1,000 kHz. This high repetition rate allows the system to generate dense point clouds, ensuring excellent point distribution and high precision for low-altitude and high-resolution mapping tasks.
The VUX-100-25 has a 25° field of view, which provides wide-area coverage for efficient data collection during UAV-based surveys. This large field of view makes it well-suited for large-scale surveys and mapping projects.
The RIEGL VUX-100-25 is designed to be lightweight and compact, making it highly compatible with a wide range of UAV platforms. Its small size and user-friendly integration allow for easy attachment to various UAV systems, giving operators flexibility in choosing the right drone for their specific application.
Yes, the RIEGL VUX-100-25 is optimized for high-density LiDAR mapping. With its high pulse repetition rate and advanced scanning capabilities, it is ideal for generating dense point clouds, making it suitable for applications such as ultra-high point density mapping, city modeling, and vegetation analysis.
The RIEGL VUX-100-25 collects highly accurate LiDAR point cloud data and is capable of generating 3D models of landscapes, structures, and environments. It is used for topographic surveys, urban planning, forestry analysis, and more.
The RIEGL VUX-100-25 can operate effectively at various flying altitudes, depending on the specific requirements of the project. It is designed for use at both low altitudes for high-resolution surveys and higher altitudes for large-area mapping. The specific altitude ranges will vary based on the pulse repetition rate and target reflectance.
The RIEGL VUX-100-25 is equipped with real-time data processing capabilities, allowing for the immediate access to data after flight. The onboard data processing ensures that LiDAR point clouds are available without the need for external data recorders, streamlining workflows and reducing time to results.
Yes, the RIEGL VUX-100-25 is highly effective for flood mapping and other environmental monitoring applications. The sensor’s high pulse repetition rate and dense point cloud generation make it ideal for accurately mapping topography in flood-prone areas, providing critical data for flood risk assessment and mitigation efforts.