Quick Takeaways
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Impressive Zoom Capabilities: The OPPO Find X9 Pro features a 230mm Hasselblad lens kit, enabling 40x digital zoom equivalent to 920mm for distant photography, but it lacks the light capture quality of traditional telescopes.
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Underwhelming Astrophotography Performance: Despite the high zoom, detailed captures of the moon and star clusters with the X9 Pro were disappointing due to inadequate focus and light sensitivity, reminiscent of entry-level astrophotography.
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Limitations of Smartphone Tech: The smartphone’s small sensor size and reliance on digital zoom and software limits its effectiveness for astrophotography, resulting in blurred images and loss of manual control.
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Better Results Without Extender: Utilizing the primary camera sensor without the telephoto extender yielded superior sky shots, proving that traditional setups or simpler methods outpace smartphone enhancements in serious astrophotography.
Testing an OPPO Find X9 Pro for Stargazing: A Disappointing Experience
This past week, I put the OPPO Find X9 Pro’s Hasselblad lens kit to the test, hoping to capture stunning images of the night sky. While the 230 mm telephoto lens offers impressive distance, I quickly realized it could not compete with an entry-level telescope.
Before heading into the cold, I considered my expectations. My Newtonian telescope has a 750 mm focal length, allowing me to view nebulae and galaxies like Andromeda on clear nights. Comparatively, OPPO’s 230 mm lens provides about 10x optical zoom.
Initially, I was eager to see if smartphones could rival traditional astrophotography. I hoped the X9 Pro’s advanced camera features could deliver some decent shots. However, using its digital zoom capabilities only stretched the performance but didn’t improve light capture.
While photographing the moon, the exposure proved satisfactory, yet the detail did not impress. Despite the excellent conditions, the craters appeared vague even at 40x zoom. Cropping the image further diminished quality. Upon reflection, using a telescope viewfinder might have yielded better results.
Next, I shifted focus to star clusters such as the Pleiades and those near the Orion Nebula. The telephoto setup offered significant zoom but fell short on detail. Stars looked like processed blobs rather than twinkling points. I gained some clarity through RAW editing, but colors didn’t shine.
OPPO’s camera app presents some manual controls for longer exposures and high ISO settings, yet the results were still underwhelming. Switching to the Tele Lens Extender mode improved focus but stripped away manual controls. A 10-second shutter speed proved insufficient for capturing stars.
While I contemplated experimenting with different apps, I sensed it might not lead to better outcomes. For effective astrophotography, one needs a bright sensor, solid optics, and software that facilitates image stacking.
Surprisingly, shooting larger portions of the night sky without the lens extender yielded more satisfying results. The X9 Pro’s primary camera performed comparably to other renowned astrophotography modes.
In the end, smartphone telephoto extenders may not replace telescopes or large sensors for serious night-sky photography. Those looking for casual shots would benefit more from a stable tripod or a simple mounting system. The Hasselblad lens kit proved fun to use, but true astrophotography remains elusive.
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