Overview
MUSES9-DR – Product Overview
The MUSES9-DR is a cutting-edge drone-mounted hyperspectral imaging camera developed by Spectricon, designed to revolutionize remote sensing applications. Operating across the 400–1000 nm spectral range, it captures up to 24 spectral images at 4K spatial resolution in real-time, providing unparalleled detail and accuracy.
Traditional snapshot spectral imagers often face a trade-off between spectral and spatial resolution, typically offering limited spatial detail due to the use of multiband mosaic filter arrays. The MUSES9-DR overcomes this limitation by employing an innovative technology that combines real-time acquisition of high-resolution spectral images with an AI-based spectral estimation technique. This approach constructs a full hyperspectral cube without compromising either spectral or spatial resolution.
The system supports real-time supervised and unsupervised spectral classification, displaying spectral maps and vegetation index (VI) maps side-by-side at video rates. Its compact and lightweight design (weighing only 310 g) makes it ideal for integration with various airborne platforms, facilitating efficient data collection over large areas.
With its advanced capabilities, the MUSES9-DR is perfectly suited for applications in precision agriculture, plant pathology, mineralogy, environmental monitoring, and more, providing users with immediate, high-quality spectral data for informed decision-making.
Highlights
Product Highlights – MUSES9-DR Hyperspectral Drone Camera
High Spectral and Spatial Resolution
Captures up to 24 spectral images at 4K resolution, providing detailed spectral data without compromising image quality.
Real-Time Spectral Cube Construction
Utilizes AI-based spectral estimation to construct full hyperspectral cubes instantly, enabling immediate data analysis.
Instantaneous Spectral Mapping and VI Visualization
Displays spectral maps and vegetation indices side-by-side at video rates, facilitating rapid assessment of environmental conditions.
Lightweight and Drone-Compatible
Weighs only 310 g, making it ideal for integration with various UAV platforms for efficient aerial data collection.
Broad Spectral Range (400–1000 nm)
Covers visible to near-infrared regions, suitable for diverse applications including agriculture, forestry, and mineral exploration.
Versatile Imaging Modes
Supports transmission, reflection, and fluorescence imaging, enhancing its applicability across different sensing scenarios.
High Light Throughput
Achieves 96% light throughput with polarization-independent optics, ensuring high-quality data capture under various lighting conditions.
User-Friendly Software Integration
Includes advanced software for camera control, spectral analysis, and classification mapping, streamlining the data processing workflow.
Related Products
Muses9-HS
- Wide spectral range: 370–1000 nm (UV–VIS–NIR)
- 94% light throughput for exceptional sensitivity
- Full-frame hyperspectral imaging
- Tunable filter design for fast, precise wavelength selection
- Compact and robust form factor
- Ideal for scientific, industrial, and environmental applications
Muses9-SnS
- Real-Time 4K Snapshot Hyperspectral Imaging
- Up to 53 Hyperspectral Cubes Per Second
- Broad Spectral Range: 370–1000 nm
- High Spatial Resolution – 6.4 Million Pixels Per Cube
- 10–22 Customizable Spectral Bands
- 90% Light Throughput – No Polarization Loss
Muses9-MS
- Dual-Sensor Multispectral Imaging from 365–1700 nm
- 12 Spectral Bands – 6 Per Sensor (Si + InGaAs)
- High-Resolution Imaging Across VIS and SWIR
- Compact Design with Standard F-Mount Interface
- Advanced Software for Control and Classification
- Optimized for Diverse Applications
