Vision Aerial adds pixel-based gas detection to OGI Scout 2.0

Vision Aerial has launched OGI Scout 2.0 for its Vulcan SX drone, adding Aquanta Vision’s Pixel Analysis Mode to live-detect and colorize methane and other hydrocarbon plumes in flight. The upgrade aims to give field crews faster leak identification, fewer false positives and less post-flight review.

Why it matters: - OGI Scout 2.0 adds a new in-flight option for finding gas leaks without adding a separate payload, weight or drag to the aircraft. - The system is aimed at oil and gas leak detection and repair work, where faster plume identification can reduce inspection time and support work in hazardous or hard-to-reach sites. - Existing OGI Scout customers can upgrade their current payload instead of buying a new system.

What happened: - Vision Aerial introduced OGI Scout 2.0 as the next generation of its aerial optical gas imaging payload for the Vulcan SX. - The upgrade integrates Aquanta Vision’s Pixel Analysis Mode, or PAM, for detecting and colorizing methane and other hydrocarbon gas plumes during flight. - Vision Aerial is the first U.S. drone manufacturer to partner with Aquanta Vision on an aerial PAM integration. - OGI Scout 2.0 is available to order, demonstrate and ship now. - New Vulcan SX customers will receive OGI Scout 2.0 as the standard airborne OGI payload.

The details: - PAM analyzes the infrared signal pixel by pixel and colorizes gas plumes live in the operator display. - The software runs directly on the camera, which avoids the need for a separate processing unit. - OGI Scout 2.0 remains built around Sierra Olympia’s Ventus OGI, a 640-by-512 mid-wave infrared camera core designed to detect and visualize hydrocarbon gases. - Ventus OGI includes Sierra Olympia’s Gas Enhancement Mode, or GEM, which uses frame-based analysis to colorize gas plumes. - PAM complements GEM by adding a pixel-based analysis option rather than replacing the existing mode. - During flight, operators can view the standard monochrome OGI image, select GEM or PAM, adjust settings, and use Vision Aerial’s MarkPoint software to mark and document findings in real time. - Vision Aerial says the workflow can save hours of post-flight work. - OGI Scout 2.0 uses Sierra Olympia’s upgraded SightLine 4000 processing board and a tuned convective cooling system. - Vision Aerial says the hardware changes provide about 10 times more compute and support indefinite sensor operation while advanced analysis modes are running. - The Ventus OGI is designed to detect gases including methane, ethane, propane, propylene, 1-Pentene, butane, ethyl benzene, heptane, hexane, isoprene and octane. - Existing OGI Scout customers can return their payload to Vision Aerial for a paid upgrade. - Demonstrations are available at visionaerial.com.

Between the lines: - The partnership ties a physics-based software layer to an American-made aerial inspection system, which could make advanced gas detection easier to deploy in the field. - Dual analysis modes may give operators more flexibility: GEM for frame-based enhancement and PAM for pixel-level detection when conditions change during flight. - The focus on onboard processing suggests the companies want to keep analysis live, portable and practical for field crews rather than tied to post-flight review.

What's next: - Vision Aerial will begin shipping the new payload now and will support paid upgrades for current customers. - Field demonstrations and customer evaluations will likely be the next step as operators test PAM alongside GEM in real-world leak detection work. - The companies are positioning the system for broader use across large, difficult or hazardous inspection sites.

The bottom line: - Vision Aerial is betting that onboard pixel-level analysis will make airborne optical gas imaging faster, more flexible and more useful for methane leak detection.