Pixel 11 Pro XL Astrophotography Mode Tested Against a $3,000 Proper Astro Camera

Introduction

Ever since the Pixel 9 Pro XL, Google’s flagships have consistently impressed mobile photography enthusiasts with their astrophotography performance — and the latest Pixel 11 Pro XL is shaping up to be no exception. That’s largely down to its updated Night Sight engine, which directly dictates how effectively it navigates the nuances of night-sky imaging.

Point and Shoot Ready

The greatest advantage of shooting astrophotography with the Pixel 11 Pro XL is that you don’t need to be a rocket scientist to capture scenes filled with brilliant, twinkling stars. With a dedicated setup like the OM SYSTEM OM-3 Astro, you can't just lean on full auto and hope it takes care of the rest. Instead, you have to dial in manual exposures, balance your ISO, and make sure your focus is spot on.

The Pixel effortlessly turns any first-time astrophotography shooter into a seasoned pro. All you have to do is follow my usual advice: secure the phone to a tripod, point it toward the sky, and switch over to Night Sight. Once the phone detects that it’s completely stationary, the shutter icon transforms into the dedicated Astrophotography mode. One tap of the shutter button is all it takes, and Google’s computational engine handles the rest.

Pixel 11 Pro XL vs OM SYSTEM OM-3 Astro: The Results

For this shootout, it’s worth noting that I’m comparing a single exposure captured on the OM SYSTEM OM-3 Astro rather than taking a full sequence and stacking them. Meanwhile, the Pixel 11 Pro XL relies on an automated computational exposure that can take several minutes to complete.

The differences between computational photography and specialized dedicated glass might be tough to spot at first glance, but they become apparent once I comb through the details. Across the board, photos from the Pixel 11 Pro XL showcase the triumphs of Google’s algorithms. The images are remarkably clean and bright, utilizing an exposure that lifts the night sky into a slightly overexposed gray tone.

This approach pulls in an incredible amount of ambient light, drawing out faint stars that my own eyes struggled to see even after adjusting to the dark. Crucially, foreground trees and passing clouds remain surprisingly sharp and well-defined. However, the photographer in me easily notices the flattened, high-dynamic-range aesthetic that often accompanies heavy computational processing.

In comparison, shots from the OM SYSTEM OM-3 Astro offer a dramatically more atmospheric look. The camera’s specialized optical filter produces a rich, deep-teal sky with punchy contrast that immediately catches the eye. Stars are noticeably sharper, revealing a denser, more defined field of light that software trickery struggles to replicate.

Time-Lapse Surprise

Beyond delivering a finished still image with excellent fidelity, the Pixel 11 Pro XL also creates a short time-lapse clip that I can easily share. Every time I trigger an astrophotography exposure, Google’s camera app quietly compiles a brief video capturing the night sky’s movement and drifting clouds over the duration of the shot.

Pulling this off with the OM SYSTEM OM-3 Astro is a far more involved ordeal. It requires setting up an intervalometer, capturing hundreds of frames, and offloading massive batches of images into desktop software like Lightroom or Premiere to stitch and render the sequence manually. With the Pixel, that entire workflow is reduced to a single shutter press.

Bottom Line

At the end of the night, the specialized camera still takes the crown. That’s because the OM SYSTEM OM-3 Astro’s larger sensor and fast 12mm f/2 glass deliver the kind of depth, contrast, and pin-sharp star definition that serious astrophotographers crave. Yet, comparing a $2,500 dedicated mirrorless body to a phone you can slide into my pocket highlights just how unbelievably capable modern mobile photography has become.