Main Facts
When renowned Brazilian astrophotographer Kiko Fairbairn embarked on a journey to northern Spain for the total solar eclipse of August 12, 2026, he was stepping into a project that had consumed his professional life for more than a year. Known internationally for his breathtaking deep-sky landscapes and award-winning cosmic compositions, Fairbairn faced the ultimate test of photographic timing, technical endurance, and artistic vision.
Stationed near the historic town of Castrojeriz in the Burgos province, Fairbairn captured a breathtaking composite sequence of the total solar eclipse tracing a diagonal path across the evening sky. His primary landscape frame features a sprawling, vibrant field of sunflowers—a flower whose very identity is tied to the sun—anchored by a stone church and distant medieval castle ruins.
Utilizing a sophisticated multi-camera setup, Fairbairn managed to simultaneously record meticulous, tracked telephoto close-ups of the solar corona while automating a wide-angle landscape sequence. The result is a seamless visual narrative bridging Earth and sky, capturing 106 seconds of totality that have already cemented themselves as a high-water mark in contemporary eclipse astrophotography.
Chronology: From Digital Scouting to the 106 Seconds of Totality
Phase 1: Months of Remote Preparation
The genesis of Fairbairn’s Spanish expedition occurred thousands of miles away in Brazil. Long before touching down in Europe, Fairbairn utilized advanced astronomy and planning applications to map out the precise trajectory of the August 12, 2026 eclipse. Although he had previously photographed an annular eclipse in his home country, he understood that a total solar eclipse demanded an entirely different level of precision. Every variable—from the altitude of the sun to the precise geographical coordinates of the shadow’s path—was simulated digitally long before packing his gear.
Phase 2: On-the-Ground Scouting in Burgos
Planning from afar is only a theoretical exercise until a photographer meets reality on the ground. Upon arriving near Burgos, Fairbairn’s true creative work began. He spent days scouting the rugged terrain of northern Spain, matching his digital ephemeris data with physical foreground elements.
The turning point occurred when he stumbled upon a radiant field of sunflowers near Castrojeriz. Framed by a centuries-old church and crumbling hill fortifications, the location possessed a rare, magnetic synergy. Experimenting with various focal lengths, Fairbairn initially tested an ultra-wide 16-35mm lens, but found it diminished the scale of distant architecture. He ultimately settled on a 24-70mm lens locked precisely at 38mm, striking a delicate balance between the expressive foreground flora and the majestic horizon.
Phase 3: Automation and the Approach of Totality
As the eclipse sequence commenced, Fairbairn relied on absolute technical discipline. Operating two distinct camera bodies, he mounted a Canon EOS R6 Mark III to a 150-600mm telephoto zoom lens equipped with a 2x teleconverter, a solar filter, and a star tracker to continuously record close-ups of the sun.
For his landscape master shot, he trusted an old, reliable workhorse: a Canon EOS 5D Mark III. To combat the dramatic shifts in ambient light as totality neared, Fairbairn programmed an aggressive bracketing strategy. Each sequence comprised three RAW exposures spaced widely apart (e.g., 1/50s, 1/200s, and 1/800s) to guarantee a massive dynamic range safety margin. Powered by a dummy battery linked to an external power bank and protected by a Haida ND 3.0 filter, the camera system fired autonomously through nearly 300 frames without requiring manual intervention during the critical phases.
Phase 4: The Precious Moments of Totality (106 Seconds)
For 106 seconds, the town of Castrojeriz was plunged into the ethereal twilight of totality. Having meticulously automated his camera rig, Fairbairn made a conscious decision that separates master shooters from gear-obsessed amateurs: he stepped away from the viewfinder.
Accompanied by his sister—who documented the behind-the-scenes reality of the shoot—Fairbairn experienced the cosmic alignment with his own eyes. Caught on video, his immediate reaction of shock, awe, and disbelief underscored the emotional gulf between studying theoretical models and witnessing the solar corona firsthand.
Supporting Data: Equipment and Technical Specifications
To achieve a production of this magnitude, Fairbairn’s gear bag represented a blend of rugged field-tested machinery and high-precision astrophotography tools:
- Landscape Body: Canon EOS 5D Mark III (chosen for its durability and reliable color science).
- Landscape Lens: Canon EF 24-70mm f/2.8L USM (dialed in at 38mm for optimal compositional geometry).
- Solar Close-Up Body: Canon EOS R6 Mark III.
- Solar Close-Up Optics: 150-600mm telephoto zoom paired with a 2x teleconverter, mounted on a dedicated star tracker with a specialized solar filter.
- Filtration & Power: Haida ND 3.0 neutral density filter; external power banks paired with dummy batteries for uninterrupted stationary shooting.
- Exposure Bracketing: Three-shot bracket per sequence (base exposure, two stops darker, two stops brighter) totaling nearly 300 individual RAW frames.
- Duration of Totality: Exactly 1 minute and 46 seconds (106 seconds) at the Castrojeriz observation point.
Official Perspectives: Reflections on Art, Science, and Community
Kiko Fairbairn’s extensive background in public speaking, TED talks, and educational outreach deeply infuses his perspective on photography. Far from viewing the eclipse as a purely aesthetic exercise, Fairbairn frequently emphasizes the profound scientific reality occurring overhead.
Discussing the mechanics of the event, Fairbairn notes the staggering cosmic coincidence that permits total solar eclipses on Earth: "The Sun is roughly 400 times larger than the Moon, but it is also roughly 400 times farther away from us, so from Earth they appear almost exactly the same size in the sky. It is this extraordinary coincidence of angular size that allows the Moon to cover the brilliant surface of the Sun so precisely during totality."
Beyond the numbers, Fairbairn places immense value on the human element of astrophotography. Traveling alongside his sister—who captured his emotional pivot from technician to spectator—and sharing the tense hours preceding totality with close colleagues from the Brazilian astrophotography community transformed a solitary artistic pursuit into a shared cultural milestone.
"I remember a real sense of relief when I realized the trajectory was falling beautifully into the composition," Fairbairn reflects. "Sharing those 106 seconds with my sister and with dear friends is something I will carry with me for the rest of my life. It was genuinely one of the highlights of my life."
Implications: Raising the Bar for Landscape Astrophotography
Fairbairn’s triumph in northern Spain carries several broader implications for the global community of landscape and astrophotographers:
- The Shift from Record-Keeping to Storytelling: Too often, photographers treat celestial events as sterile scientific documentation. Fairbairn’s incorporation of culturally resonant foreground elements—the medieval church, the castle ruins, and the symbolic sunflowers—demonstrates that eclipse photography can transcend technical achievement to become narrative fine art.
- The Importance of Unplugging: By designing an automated workflow for his landscape and telephoto rigs, Fairbairn successfully solved the perennial trap of modern photography: allowing the LCD screen to rob the creator of the actual human experience. His public advice serves as a philosophical manifesto for future eclipse chasers: "Take the photograph, absolutely—but make sure you look up."
- The Renaissance of Hybrid Gear: While mirrorless technology dominated his close-up solar tracking rig (Canon EOS R6 Mark III), Fairbairn’s continued reliance on a classic DSLR (Canon EOS 5D Mark III) proves that reliability, muscle memory, and thermal durability often trump bleeding-edge specifications when operating in high-stress field environments.
As the astrophotography world looks toward future celestial alignments, Kiko Fairbairn’s Spanish project stands as a definitive blueprint: a meticulous marriage of rigorous mathematical planning, artistic intuition, and the humility to step back and simply watch the universe unfold.
