NASA pilots flew a high-altitude research jet through the Aug. 12 total solar eclipse to capture rare images of the Sun’s corona from above the clouds.
Story Highlights
- NASA based a WB-57 jet in Iceland to fly inside the eclipse path and image the corona.
- The aircraft used a four-camera suite to record visible and infrared views at 50,000 feet.
- NASA later shared eclipse images showing the corona and prominences in multiple wavelengths.
- Airborne viewing extended time in totality and improved clarity over ground observers.
NASA Aircraft Chases Totality Over Iceland
NASA said pilots from Johnson flew a WB-57 research aircraft from Ellington Field in Houston to Iceland to meet the Aug. 12, 2026 total solar eclipse. From there, the jet flew through the path of totality to study the Sun’s outer atmosphere, called the corona. The goal was a steady, high-contrast view above clouds and haze. NASA framed the mission as a chance to gather clean data on structures around the Sun that are hard to see from the ground.
NASA’s planning described a focused instrument setup on the WB-57. The agency said the jet would carry four cameras in the nose to capture visible and infrared light and would operate near 50,000 feet. That altitude placed the aircraft above most water vapor and dust that blur views from Earth’s surface. The setup aimed to record fast changes and fine details in the solar corona, including outflows and prominences near the Sun’s limb during totality.
Imaging The Corona From The Stratosphere
NASA reported after the eclipse that the WB-57 captured images of the corona and solar prominences across different wavelengths. Those views came from the instrument package mounted on the jet’s nose and were collected while the plane flew inside the shadow. The agency highlighted the value of these images for studying the hot outer atmosphere, which behaves differently than the Sun’s bright surface and holds clues about solar activity.
NASA’s visual archive identifies the Aug. 12 imagery as captured from the skies of Iceland, noting its use for corona studies. That archive places the aircraft and instrument in the eclipse environment and ties the material to a science purpose. The release fits a pattern where NASA previews plan details, flies the mission, and later shares curated imagery and context for public and research use tied to the event timeline.
Why Airborne Eclipse Science Matters
Airborne eclipse work aims to stretch time in totality and sharpen the view by flying above weather. Coverage at the time reported the WB-57 flew near 50,000 feet and gained an eclipse view approaching three minutes, longer than many ground locations on the path. That extra time helps scientists watch changes in the corona and track features that move quickly. It also reduces cloud risk that can ruin ground-based eclipse campaigns.
NASA’s high-flying research observatory.
From 50,000 feet off Iceland, the WB-57 and its SAMI imager captured the solar corona plus a massive unexpected prominence across nine wavelengths during the Aug. 12 eclipse.#SolarEclipse #NASA #SpaceWeather https://t.co/iWLMw70VrP
— ImperiumCosmicum (@ICosmicum) August 22, 2026
NASA has used this approach before. The agency preview noted the four-camera setup and rapid imaging rate to catch fine structure in visible and infrared light. The 2026 flight followed that playbook, with the jet staged in Iceland for a clear shot at totality. NASA’s posts and later summary credited the aircraft with delivering high-resolution views, adding to a line of eclipse efforts that put sensors above the weather for steadier results.
Link To Prior WB-57 Eclipse Campaigns
NASA drew on a known platform. The WB-57 program supports high-altitude research with long endurance and stable mounts. Earlier eclipse efforts used similar jets to image the corona and extend observing time across multiple minutes. That history set expectations for what airborne eclipse science can do. The 2026 campaign continued that model, pairing proven aircraft performance with upgraded cameras to study structures that help drive space weather near Earth.
NASA’s social channel said the team departed Ellington Field on Aug. 9 to stage in Iceland ahead of the Aug. 12 eclipse. That timeline matches the mission plan to launch from Iceland, enter the shadow, and gather data during totality. The staging choice placed the jet close to the eclipse track over the North Atlantic and Europe, improving the odds of clear skies and on-time arrival in the narrow path.
What The Data Can Help Explain Next
The corona is far hotter than the Sun’s visible surface, and scientists want to know why. High-speed, multiwavelength images from above the clouds can reveal waves, jets, and loops that hint at how energy moves through the corona. NASA says these views can also show prominences and outflows that shape the near-Sun environment. Those features tie into forecasts for solar storms that can disrupt power grids, radio links, and satellites used by families and businesses here at home.
Sources:
nasa.gov, science.nasa.gov, srpske.rs
