SPAIN — In the realm of high-stakes commercial and adventure photography, certain projects transcend standard execution to flirt with the boundaries of what is physically and technically possible. For veteran action-sports photographer Noah Wetzel and Red Bull Air Force athlete Mike Brewer, achieving this required nine months of grueling preparation, hundreds of hours of logistical planning, four distinct test productions, and a staggering amount of calculated risk.
The result of this monumental endeavor is a breathtaking, once-in-a-lifetime photograph captured in Alarilla, Spain. The image features Brewer diving through the celestial ring of a total solar eclipse at roughly 150 miles per hour, his body sharply frozen against a darkened, twilight sky. Yet, what appears to be an effortless alignment of cosmic and earthly elements was actually an engineered masterpiece—a high-wire act where variables ranging from flash duration to orbital mechanics nearly handcuffed the entire operation.
Main Facts: The Anatomy of a High-Stakes Shot
Capturing an elite athlete flying past a solar eclipse from a distance of nearly a mile away is an exercise in extreme micro-management. The foundational elements of the shoot highlight the sheer complexity of the production:
The Core Team: Photographer Noah Wetzel, Red Bull Air Force athlete Mike Brewer, Spanish Red Bull athlete Dani Román, and secondary remote photographer Dane Cronin.
The Location: Alarilla, Spain, chosen for its specific geography and trajectory relative to the path of totality on August 12, 2026.
The Time Window: Exactly 84 seconds of totality, during which two athletes needed to execute their runs.
The Camera & Optics: Canon EOS R5 II paired with a Canon RF 600mm f/4 lens. Wetzel opted for the 600mm focal length instead of a tighter 840mm or 1200mm setup to maintain a critical margin of error for framing.
The Lighting Rig: Four strategically hidden wireless flashes—three Godox AD1200 Pros and one Godox AD360 II+ C—positioned 1,400 meters away along a ridgeline and triggered via PocketWizard systems using 100- to 200-foot auxiliary cables.
The Exposure Triangle: 1/200s shutter speed, f/4 aperture, and ISO 2500, with flashes locked at 1/8 power to guarantee a fast flash duration.
The photograph operates at the intersection of astrophotography, remote studio lighting, and extreme sports journalism, requiring every single mechanical and human link in the chain to function without a single point of failure.
Chronology: Nine Months to 84 Seconds
The genesis of the project traced back to a previous triumph: Wetzel’s celebrated photograph of a mountain biker during the 2017 total solar eclipse, which earned a category win in the prestigious Red Bull Illume competition. Eager to push the envelope far beyond terrestrial boundaries, Wetzel and Brewer conceptualized a far more dangerous and technically demanding subject: a wingsuit pilot flying through the corona of a solar eclipse.
Phase One: Testing and Prototyping
Over the course of nine months, the team executed four intensive test productions to iron out operational flaws. One notable test took place before dawn in Moab, Utah, demanding that the crew cross a rushing river by raft and haul hundreds of pounds of professional camera and lighting gear up a mountain in pitch-black conditions. These rehearsals were vital for testing long-distance flash synchronization and communication protocols among team members.
Phase Two: Arrival in Spain
When the crew finally arrived in Alarilla, Spain, they faced the ultimate test of their predictive software. Wetzel had calculated the exact coordinates months prior, but nature introduced immediate uncertainties: unmapped foliage, shifting topography, and unpredictable atmospheric conditions. Local Red Bull athlete Dani Román joined the team to scout the terrain, flying test paths that allowed the crew to validate their flight corridors.
Phase Three: The Climax of Totality
As August 12, 2026, arrived, the margin for error compressed into minutes. Ten minutes before totality, Wetzel faced a severe physical hurdle: tracking the movement of the eclipse required him to periodically look directly at the sun, causing intense eye strain and temporary visual impairment.
Just moments before the sky went dark, Wetzel pulled off his solar filter to lock focus on the ridgeline, quickly swinging the lens back into position as totality commenced.
Dani Román executed the first flight, blasting through the center of the eclipse ring. The success of Román’s run triggered an immediate, heart-pounding crisis: due to the Earth’s rotation and orbital mechanics, the eclipse shifted significantly across the horizon in just 20 seconds. Wetzel had to physically pull back, adjust his tripod, and completely recompose the frame to ensure the second athlete, Mike Brewer, wouldn’t fly over the top of the descending solar ring.
As Brewer dropped out of the sky like a heat-seeking missile, navigating by a faint blinking bike light on his heels, Wetzel waited for the exact hundredth-of-a-second window and pressed the shutter.
Supporting Data: Engineering the Impossible
To fully understand the mastery behind the final image, one must examine the intricate technical data that solved the physical paradox of the shoot: how to light and freeze a subject moving at 200 feet per second in near-total darkness from a distance of 1,400 meters.
The Flash vs. Shutter Paradox
A common misconception in sports photography is that the camera’s shutter speed is solely responsible for freezing fast-moving subjects. In this scenario, Wetzel used a 1/200s shutter speed. However, at 150 miles per hour (roughly 200 feet per second), a 1/200s shutter would have resulted in an unacceptable 12 inches of ambient motion blur.
The solution lay entirely within the flash duration:
Power Setting: The Godox flashes were locked at 1/8 power.
Duration Speed: This specific power output yielded a flash duration of 1/2500s.
Motion Control: At 1/2500s, the motion blur of the athlete during the flash burst was restricted to just one inch—a negligible amount when viewed through a 600mm lens from nearly a mile away.
The Shutter’s Role: The 1/200s shutter speed served strictly to control ambient background motion and camera shake, while the 1/8 power setting allowed the R5 II to fire two consecutive frames at its 12fps mechanical rate, doubling the team’s margin for error.
Long-Distance Wireless Rigging
Triggering flashes from 1,400 meters away introduced heavy interference and delay risks. Wetzel utilized a PocketWizard Plus Ve transmitter on channel 2, sending signals to light stands positioned on the horizon line. These stands held PocketWizard Plus IIIe receivers, which were hardwired to the hidden Godox AD1200 Pro units via 100- to 200-foot auxiliary cables.
To safeguard against total failure, a secondary camera setup managed by photographer Dane Cronin was stationed near the Red Bull pylon. Utilizing a 1/25s shutter speed and rear-curtain synchronization, Cronin’s rig captured the ambient ghosting of the athletes’ motion as a fail-safe backup.
Official Responses and Reflections
The emotional toll of the project cannot be overstated. For a production involving hundreds of hours of preparation to hinge on an 84-second window leaves zero room for psychological hesitation.
Reflecting on the sheer intensity of the shoot, Noah Wetzel shared a raw and candid assessment:
"Literally the pursuit of this photograph was treading the fine line of photographically impossible in about five different areas, each one of them handcuffing the other scenario… To be honest, I could cry at any point thinking about how intense that scenario was."
Wetzel also detailed the harrowing moments leading up to the release of the shutter, particularly the difficulty of tracking an athlete who was effectively invisible against the darkened cosmos:
"Mike and Dani were only equipped with a small blinking bike light, and LED lights within their wingsuit. The LED wingsuit lights I couldn’t see, and after glancing at the sun over and off the moments leading into totality to track the eclipse, my vision was slightly impaired… I couldn’t see his body, but I could faintly see the smallest light, dropping 100 feet between glimpses of it blinking."
Athletes Mike Brewer and Dani Román praised the meticulous coordination required to pull off a stunt where micro-adjustments could have resulted in catastrophic failure. The collaborative synergy between extreme aviation and elite technical photography ultimately turned a theoretical concept into a landmark achievement in action sports media.
Implications: Setting a New Benchmark for Adventure Media
The success of the Red Bull Eclipse Wingsuit project carries profound implications for the future of extreme sports photography and commercial production.
Redefining Creative Boundaries: The project demonstrates that traditional limits in remote lighting and long-telephoto tracking can be pushed exponentially further through rigorous multi-month prototyping and rigorous mathematical modeling.
The Value of Redundancy: By incorporating backup photographers like Dane Cronin and utilizing multi-frame mechanical bursts, the production team proved that high-risk endeavors require comprehensive fail-safe matrices to ensure corporate and artistic investments aren’t lost to single points of failure.
Elevating Adventure Storytelling: As brands and creators demand increasingly unique visuals, stunts like the Alarilla eclipse flight set a soaring new standard. It proves that the most compelling imagery often lives precisely where technical impossibility meets unwavering human endurance.
Ultimately, the photograph captured in the skies over Spain is much more than a striking visual composition. It stands as a testament to what can be achieved when scientific calculation, cutting-edge camera technology, and sheer human grit converge in a single, fleeting fraction of time.
