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Sensaprobe™ with Built-In Camera

Advanced Visual Targeting for Superior Field Spectral Data

The Sensaprobe™ with Built‑In Camera is a breakthrough accessory designed to streamline and elevate field remote sensing workflows. By combining live visual targeting with comprehensive contextual metadata capture, it enables researchers to gather precise, fully documented in‑situ spectral measurements when paired with Spectral Evolution’s NaturaSpec™ series and RS‑3500 spectroradiometers.

Each scan automatically records critical information—such as target distance, probe orientation, solar elevation, GPS coordinates, and high‑resolution imagery—ensuring stronger repeatability, traceability, and confidence in collected data. With Bluetooth tablet control, intuitive field operation, and rugged ergonomic design, the Sensaprobe transforms hyperspectral data collection into a more accurate, efficient, and insight‑rich process for scientific and environmental research.

Sensaprobe™ with Built‑In Camera – Precision Visual Targeting for Field Spectral Measurements

The Sensaprobe™ with Built‑In Camera is a breakthrough accessory engineered to enhance remote sensing, field spectroscopy and hyperspectral data collection by combining accurate spectral measurements with advanced contextual metadata capture. Designed for seamless integration with Spectral Evolution’s NaturaSpec™ series and RS‑3500 spectroradiometers, the Sensaprobe delivers real‑time operational intelligence directly through a tablet using Bluetooth connectivity and mobile‑optimised DARWin™ software. This enables live spectral previews alongside real‑time video targeting for precise field‑of‑view alignment.

The Sensaprobe automatically records essential auxiliary information with every scan—including target distance, probe tilt angle, solar elevation angle, GPS coordinates, and a high‑resolution image of the measurement area—creating a fully documented dataset for scientific, environmental and calibration applications. This level of contextual detail significantly improves repeatability, traceability, and result confidence in the field.

Its integrated inclinometer, laser range sensor and onboard camera ensure highly accurate orientation, distance measurement and target framing, supporting consistent data collection even in challenging outdoor environments.

With a built‑in live video feed, the Sensaprobe helps users visually confirm the exact field of view before initiating each scan. A quick‑release fiber optic mount, trigger‑activated scanning and tablet‑mounted controls streamline operation and help reduce user error.

This unified visual-spectral workflow is ideal for remote sensing tasks such as vegetation studies, soil analysis, mineral exploration, environmental monitoring, microbial diversity studies, and ground‑truthing for multispectral and hyperspectral satellite data.

Built for demanding research environments, the Sensaprobe features an ergonomic grip, tripod compatibility, durable cable management, and strain‑relief construction for long‑term field reliability. Its advanced measurement intelligence includes automatic image capture, laser‑guided aiming, live distance sensing, and precise orientation tagging—features not available in other systems.

Key Features

  • Live Targeting & Visual Feedback – Built‑in camera with live video feed and automatic image capture of each scan’s field of view
  • Orientation & Range Precision – Integrated inclinometer and laser range sensor for accurate tilt and distance data
  • Bluetooth Tablet Control – Operate scans and view live spectral data + video via DARWin™ software
  • Ergonomic, Rugged Structure – Trigger‑activated scanning, comfortable grip, tripod mount, and durable construction for extended field campaigns
  • Quick‑Release Fiber Mount for efficient instrument changes

By merging live visual targeting, advanced metadata capture, and real‑time spectral intelligence, the Sensaprobe sets a new standard for precision in field spectroscopy. Researchers gain improved measurement confidence, better documentation, and more reliable datasets—critical for environmental research, remote sensing validation, and scientific field campaigns.

 

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