Full Spectrum
The full spectrum camera captures the entire electromagnetic spectrum from UV to infrared light. It is used in forensics, medicine, environmental monitoring, and art. Special filters allow adjustments for specific applications, such as skin lesions or plant growth. The camera is an essential tool for professionals requiring precise imaging across the spectrum.
Advanced Applications for Research and Industry
The industrial application of full spectrum cameras with multispectral lenses is crucial for various industries. These cameras enable precise data capture across multiple spectral ranges, which is extremely valuable in areas such as agriculture, geology, and remote sensing. By using multispectral lenses, specific frequency ranges can be targeted and analyzed to examine soil moisture, plant health, or geological formations, for example. These highly specialized cameras significantly contribute to gaining valuable insights into complex systems and environments, supporting researchers and professionals in decision-making and problem-solving.
High-Resolution Brilliance
Built upon the highly regarded SONY ILX-LR1 with its powerful 61.0-megapixel full-frame sensor and interchangeable E-mount lenses, the Aeriality ILX delivers outstanding aerial imaging technology. With its remarkable sensitivity, resolution, and an astonishing dynamic range, our camera captures the finest details with exceptional clarity. The advanced BIONZ XR™ image processor ensures natural color gradations and realistic colors in real-time with minimal noise, both in photos and videos. Its versatile applicability, combined with the confidence and reliability of Sony, makes our modified full spectrum camera from Aeriality the optimal choice for high-precision inspections, investigations, surveys, and mapping from the air.
Seamless Integration
Ensure effortless integration into industrial applications with the Pixy SM, offering perfect balance through its easy mounting and instant readiness. With plug-and-play functionality for the M300 RTK and seamless compatibility with the Aeriality ILX, the Pixy SM becomes the ideal solution for precise mapping tasks. Discover a new dimension of efficiency and reliability for your aerial imaging needs, supported by state-of-the-art technology and unparalleled user-friendliness.
Seamless Alignment Technology for Multispectral Imaging Systems
Most multispectral imaging systems use multiple CCD cameras with different bandpass filters. While this allows for individual adjustment of focus and aperture settings, aligning the images from all bands can be challenging. The patented technology ensures perfect alignment at all times, eliminating the need for frequent hardware calibration.
Precision Synchronization: Achieving Seamless Imagery Acquisition on Fast-Moving Drones
Synchronizing multiple cameras on fastmoving drones is challenging; even a 20ms gap can cause significant discrepancies. The patent-pending technology achieves 100% synchronized imagery acquisition with a single camera, sensor, and shutter, ensuring reliable remote sensing without differing viewpoints.
Optical Excellence: High-Resolution, LowDistortion Lenses for Advanced Multispectral Imaging
Many multispectral cameras suffer from subpar optics, leading to wide-angle views, low resolution, and high distortion. This often requires extensive pre-processing due to pixel manipulation. In contrast, our lenses offer minimal distortion and high resolution, enabling the acquisition of NDVI/Red-Edge data and 3D modeling in a single flight.
AI-Enabled Potato-Blight Detection
Low altitude high-resolution multispectral imagery enables the use of Machine-Vision and Machine-Learning (AI) techniques, separating the brown Blight from the green leaves and the earth-brown. Resolution of sub 0.5mm per pixel, resulting from imagery acquisition from 3m altitude above the crop, enables detection of distinctive multispectral signatures of pests, diseases and nutrient deficiencies.
High Altitude NDVI
The narrow bands,high-resolution, high dynamic-range sensors, produce the most detailed NDVI maps one can expect. Such detailed NDVI (and similar metrics) maps, are essential for spotting stressed and outlying areas of the field, at an early stage. Spotting various degrees of blight is demonstrated in this potatoes test-field. The imagery was acquired from 100m altitude using Aeriality's R10C based sensor with NDVI lens.
The Invisible Revealed
The progression of Black Sigatoka in Banana leaves, and HLB in Citrus, is invisible at early dates. Analyzing high-resolution multi-band multispectral data of wide dynamic-range, enables machine-detection of the invisible
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