Apple has long treated its camera technology as a competitive moat. When the iPhone 12 Pro Max introduced sensor-shift optical image stabilization in 2020, it was the kind of hardware advancement that kept iPhone cameras a step ahead of the Android pack. The feature physically moves the image sensor — not just a lens element — to counteract hand shake, delivering steadier video and sharper low-light shots. For a couple of years, it remained an Apple exclusive.

That exclusivity appears to be ending. According to a new video from the popular tech teardown channel JerryRigEverything, the Oppo Find X9 Ultra is the latest smartphone to pack sensor-shift image stabilization. The video’s title — “Apple is going to be mad…” — makes the competitive angle plain, and the accompanying durability test and disassembly offer the first detailed look at what Oppo has built.

Sensor shift crosses the aisle

Sensor-shift stabilization works by floating the camera sensor on magnets and adjusting its position in real time to compensate for movement. It is more effective than lens-based stabilization because the entire imaging plane moves as a unit, and it allows for a larger sensor without requiring a proportionally larger lens assembly. Apple’s implementation, first seen in the iPhone 12 Pro Max, was widely praised for improving handheld video and enabling longer shutter speeds without a tripod.

Oppo is now bringing that same approach to its flagship Ultra line. The Find X9 Ultra has been described as “quite possibly the most powerful smartphone in the world today” by the teardown’s host, though specific performance benchmarks or processor details are not disclosed in the video. What is clear is that Oppo is betting on camera hardware as a differentiator in an increasingly crowded premium phone market. Sensor-shift stabilization could give the X9 Ultra an edge in video recording and low-light photography — the very areas where Apple has long held the lead.

Inside the Find X9 Ultra

The video, sponsored by iFixit (whose tool kit the host uses) and the energy drink brand Bison, does not follow a typical review format. Instead, the host performs a thorough durability test — scratching the screen with Mohs picks, bending the frame, and exposing the device to a lighter flame — before taking the phone apart to reveal its internal layout.

The teardown shows a highly modular design. The battery is removable without excessive prying, the USB-C port is a separate daughterboard that can be replaced independently, and the camera array is a self-contained module. That is good news for repairability advocates, though the video does not assign a formal iFixit score. The sensor-shift mechanism itself appears as a small metal block under the primary camera, connected to the main board via a flexible ribbon cable.

Why Apple might be watching

For Apple, sensor-shift stabilization was a signature hardware feature — one that marketing leaned on heavily in iPhone 12 and 13 Pro materials. Seeing it appear in a competing Android phone signals that the component supply chain has matured. Sensor-shift actuators are now available to multiple OEMs, likely from suppliers such as Alps Alpine or Mitsumi, who also produce the parts for Apple. The barrier to entry was never insurmountable; it was a matter of cost and engineering integration.

Oppo has a history of pushing camera hardware. The Find X7 Ultra from earlier this year introduced a dual-periscope zoom system. The X9 Ultra continues that trajectory by targeting stabilization. If the implementation matches Apple’s quality, it could narrow one of the last meaningful gaps between iPhone and high-end Android cameras.

Durability and design tradeoffs

The durability test reveals a phone that holds up reasonably well under stress. The aluminum frame resists bending, the screen survives scratches at level 6 on the Mohs scale (with deeper grooves at level 7), and the glass back is Gorilla Glass Victus or an equivalent. The camera bump is substantial — common on phones with large sensors and moving stabilizers — and the phone rocks slightly when placed flat on a table.

Internally, the layout is dense but orderly. A large graphite heat spreader covers the motherboard, and the cooling system appears adequate for a device that likely houses a Snapdragon 8 Gen 3 or similar flagship chip (the source material does not confirm the exact SoC). The speaker grille houses a single downward-firing unit; there is no mention of stereo speaker placement or an audio jack.

What it means for the market

The Oppo Find X9 Ultra is not yet available globally — Oppo’s Ultra series has historically been sold primarily in China, with limited international release — but the phone’s hardware choices signal where the company wants to compete. Sensor-shift stabilization, combined with Oppo’s computational photography tools (including the Hasselblad partnership for color tuning), could produce a camera that rivals the iPhone 15 Pro Max and the Samsung Galaxy S24 Ultra.

For consumers, the arrival of sensor-shift on Android means more choice. If you prefer Android but have been envious of Apple’s steady handheld video, the X9 Ultra might fill that need. The tradeoff is price: the Ultra series typically costs in the same bracket as a pro-tier iPhone or Samsung.

The takeaway

Apple’s reaction, if any, will be telling. The company has sued rivals over slide-to-unlock and design patents, but hardware mechanisms like sensor-shift stabilization are harder to litigate when the parts are sourced from shared suppliers. More likely, Apple will respond by pushing its own camera system further — perhaps with periscope zoom or larger sensors in the iPhone 16 generation.

For now, the Oppo Find X9 Ultra stands as proof that camera innovation in smartphones is not a one-company race. The teardown video gives a rare look at how that race is being fought on the inside. Whether the phone lives up to its “most powerful” billing will depend on real-world performance testing — something the video does not provide. But on hardware alone, Oppo has made a statement that Apple, and everyone else, will have to answer.