The comet's tail cut directly across the star, creating a visual division
From the outer edge of the solar system, a comet traced its silent arc across the southern sky in May, and a New Zealand photographer was waiting. Evan McKay, stationed on the slopes of Mount Taranaki, captured comet C/2025 R3 PANSTARRS suspended before the Milky Way — a fleeting alignment of cosmic and terrestrial geography that no unaided eye could witness. It is a reminder that the universe moves on its own schedule, indifferent to our attention, and that beauty of this order requires both preparation and the willingness to look.
- A comet traveling inward from the solar system's outermost reaches gave southern hemisphere observers only a two-week window to find it in May — then it moved on.
- Invisible to the naked eye, the comet existed in plain sight for those without the right equipment, passing unnoticed above millions of people who never knew to look up.
- McKay traveled specifically to New Zealand's second-highest peak to photograph Orion setting behind its snow-dusted cone — the comet's unexpected appearance in the frame was a gift of timing, not planning.
- Its tail cut directly across Saiph, one of Orion's brightest stars, a geometric precision that only long-exposure photography could render visible.
- The images, shared on Instagram, now stand as a fixed record of a moment that has already passed — the comet's position at one specific night in May, never to be repeated.
In May, a comet arriving from the solar system's outer edge drifted through southern hemisphere skies, and New Zealand photographer Evan McKay was positioned to meet it. Working from the slopes of Mount Taranaki on the North Island, he pointed his camera toward a sky that held more than he had planned for.
The comet had first appeared to northern hemisphere observers in April before shifting southward, giving skywatchers below the equator roughly two weeks to catch it. It was never visible to the naked eye — its presence required long-exposure photography and the knowledge of where to look.
McKay had come to Taranaki to photograph Orion setting behind the mountain's snow-covered volcanic cone. The scene was already striking. But the comet had shifted position overnight, and its tail — a streamer of dust and gas — cut directly across Saiph, one of Orion's brightest stars, adding an element no forecast had promised. His camera rendered the alignment with geometric clarity against the dense star field of the Milky Way.
The photographs McKay shared on Instagram capture something the eye alone cannot hold: a comet, a constellation, a mountain, and a galaxy occupying the same frame at the same moment. The comet has since moved on, its trajectory set long before any of us arrived. What remains is the image — a record of the cosmos passing through, and one person who was watching.
In May, a comet that had been traveling from the outer reaches of the solar system made its way across the southern hemisphere's night sky, and a New Zealand photographer managed to catch it in a frame that few will ever see. Evan McKay, working from the slopes of Mount Taranaki on New Zealand's North Island, pointed his camera upward and captured the comet C/2025 R3 PANSTARRS positioned directly in front of the Milky Way—a celestial alignment that required both timing and patience to document.
The comet itself is not something you can simply step outside and spot with your naked eye. It had been making its slow journey inward from the edge of the solar system for months, first becoming visible to observers in the northern hemisphere during April. By the time May arrived, the comet had shifted its position enough that southern hemisphere skywatchers had roughly two weeks to catch it before it moved on. McKay seized the opportunity, traveling to Mount Taranaki, the second-highest peak on the North Island, to attempt his photographs.
What McKay captured tells a story of preparation meeting luck. He had traveled to the mountain specifically to photograph Orion setting behind the peak, which itself was dusted with a thin layer of snow. The scene was already dramatic—a constellation framed by a snow-covered volcanic cone. But the comet, which had shifted position from where it appeared the day before, added an unexpected element to the composition. Its tail, that characteristic streamer of dust and gas, cut directly across the star Saiph, one of Orion's brightest points, creating a visual division that McKay's long-exposure camera was able to render with striking clarity.
The images McKay shared on Instagram show what modern astrophotography can reveal—details and alignments that exist in the night sky but remain invisible to the unaided human eye. The comet appears as a distinct object, its tail visible against the dense star field of the Milky Way, positioned with an almost geometric precision against the mountain's silhouette. It is the kind of image that reminds viewers that the cosmos is constantly in motion, that celestial objects are passing through our skies on trajectories that were set long before any of us were born.
For amateur astronomers and casual stargazers, moments like these represent rare opportunities. The comet's passage through the southern hemisphere was limited to a narrow window of time, and its visibility required either specialized equipment or knowledge of where and when to look. McKay's photographs serve as documentation of a fleeting cosmic event, a record of the comet's position at a specific moment in May, framed against one of Earth's most recognizable mountains and one of the sky's most recognizable constellations. The image captures not just the comet itself, but the relationship between terrestrial and celestial geography—the way the cosmos and the landscape can align, if you are watching and ready.
Notable Quotes
The comet was visible in the sky, though it had shifted from the previous day's position. Its tail divided the star Saiph perfectly.— Evan McKay, photographer
The Hearth Conversation Another angle on the story
Why does a comet that isn't visible to the naked eye matter enough to travel for?
Because the act of seeing it—really seeing it—requires intention. McKay didn't stumble upon this. He went to a specific mountain at a specific time with equipment designed to capture what human eyes cannot. That's the story.
So it's about the photographer's effort, not the comet itself?
It's both. The comet is real, it's moving through space on a path that won't repeat in our lifetimes. But without McKay's camera, without his decision to be on that mountain in May, the alignment between the comet, the Milky Way, and Mount Taranaki would have happened anyway—and no one would have known.
The tail cutting across the star Saiph—was that planned?
No. He went to photograph Orion setting. The comet had moved from where it was the day before. That's the luck part. The composition came together because he was there, watching, and the comet cooperated.
What does this tell us about how we experience the cosmos now?
That we've developed tools to see things that are genuinely happening but remain hidden from us. The comet was there. The Milky Way was there. But without long-exposure photography, they might as well have been invisible. We're living in a moment where the cosmos is more visible to us than ever—if we know how to look.
Will the comet come back?
Not in any timeframe that matters to us. It's on a trajectory through the solar system. This May passage was a one-time event for this generation. That's why McKay's images are documents of something that won't happen again.