iPhone 12 Pro chassis leak confirms LiDAR sensor, flat edges, October launch

LiDAR gives the phone actual eyes instead of just guesses
The depth sensor represents a meaningful shift in how iPhones understand their physical environment.

In the quiet accumulation of leaked images and chassis fragments, the shape of Apple's next chapter begins to emerge — not with fanfare, but with the patient logic of incremental ambition. A video surfacing in September 2020 appears to confirm that the iPhone 12 Pro will carry both LiDAR depth sensing and 5G connectivity, technologies that together suggest Apple is building a device less concerned with how it looks and more with how it perceives. The familiar stainless steel and matte glass remain, but the additions within those small cutouts speak to a company quietly expanding what a phone understands about the world around it.

  • A leaked chassis video — not a polished render but a raw internal frame — has given the clearest look yet at what Apple intends to ship this October, cutting through months of speculation with physical evidence.
  • The presence of a second sensor opening beside the camera array strongly suggests LiDAR will appear on the standard 6.1-inch Pro, not just the larger Max model as some had feared, raising the stakes for the entire Pro line.
  • Subtle but deliberate changes — a relocated SIM tray, a new antenna cutout on the right edge — quietly confirm that 5G is coming to all four iPhone 12 models, reshaping the competitive landscape heading into the holiday season.
  • Apple's usual September rhythm has been broken by the pandemic, splitting its hardware announcements across two events and leaving the iPhone 12 lineup waiting in the wings while Apple Watch 6 takes the stage first.
  • One anticipated feature — a 120Hz ProMotion display — appears to have been quietly cut, a reminder that even the most ambitious product roadmaps must sometimes yield to the pressures of supply and circumstance.

A video attributed to EverythingApplePro surfaced in September 2020 showing what appears to be an iPhone 12 Pro chassis — not a finished device, but the internal frame and back plate. Authentic or not, it offers enough detail to draw meaningful conclusions about Apple's October plans.

The design language carries forward faithfully from the iPhone 11 Pro: stainless steel edges, matte glass back, and the now-familiar triangular camera cluster in the upper left. But the smaller cutouts tell a different story. Where the current Pro has a single secondary circle for the LED flash, this chassis shows two — the second almost certainly housing a LiDAR sensor. Earlier rumors had suggested LiDAR might be reserved for the larger Pro Max, making its apparent inclusion on the standard 6.1-inch Pro a meaningful development. The technology, already present on the iPad Pro, uses time-of-flight measurement to map three-dimensional space in real time, promising improvements to portrait photography, autofocus, low-light performance, and augmented reality applications.

Elsewhere on the chassis, 5G connectivity leaves its own quiet marks: a relocated SIM tray and a new antenna cutout on the right edge. Reports have long suggested all four iPhone 12 models will support 5G, and the physical evidence here aligns with that expectation.

Apple's fall calendar has been reshaped by the pandemic. An event next week will be devoted to the Apple Watch 6, while the iPhone 12 lineup — four models spanning 5.4 to 6.7 inches, all expected to run Apple's new 5nm A14 Bionic chip — will receive its own dedicated October announcement. The Pro models will carry the telephoto camera and LiDAR; the rumored 120Hz display, however, appears to have been cut before the finish line.

A video of what appears to be an iPhone 12 Pro chassis has surfaced online, and if authentic, it reveals several concrete details about the phone Apple plans to announce in October. The leak comes from EverythingApplePro and shows not a complete device but the internal frame and back plate—enough, however, to confirm design choices and at least one significant new feature that had been rumored but not yet verified.

The overall aesthetic remains largely familiar. The stainless steel edges and matte glass back that define the current iPhone 11 Pro carry forward unchanged. The camera module in the top left corner maintains its triangular arrangement of three large circular lenses. But there are telling differences in the smaller cutouts surrounding those main sensors. Where the current Pro model has one secondary circle for the LED flash, this chassis shows two. The second opening appears to be a home for the LiDAR sensor—a depth-sensing technology that uses time-of-flight measurement to calculate distance to objects with precision. Some earlier speculation had suggested Apple might reserve this feature for only the largest Pro Max model, so its apparent presence on the standard 6.1-inch Pro is noteworthy.

LiDAR on an iPhone isn't entirely new to Apple; the iPad Pro already carries the sensor. On a phone, the technology promises tangible improvements to portrait photography, autofocus performance, and low-light shooting. Beyond the camera, it should deepen the capabilities of augmented reality applications, a category Apple has been quietly building out for years. The sensor essentially gives the phone a way to understand the three-dimensional space around it in real time.

Other details visible in the chassis point to 5G connectivity. The SIM tray has moved to the lower left side of the device, and a new cutout on the right edge likely houses the antenna required for the next-generation network standard. This aligns with persistent reports that all four iPhone 12 models expected this fall will support 5G, though the exact implementation details remain unclear.

Apple's product roadmap for the remainder of 2020 appears to be fractured by circumstance. An event is scheduled for next week, but that gathering will focus on the Apple Watch 6. The iPhone 12 lineup—four models ranging from 5.4 inches to 6.7 inches—will get its own dedicated announcement in October, a departure from Apple's traditional practice of bundling all major hardware into a single September event. The pandemic has forced this separation. All four phones are expected to use Apple's new 5nm A14 Bionic processor, but only the Pro versions will include the telephoto camera and LiDAR sensor. One casualty appears to be the 120Hz display that had been rumored for the Pro models; that feature seems to have been cut from the final product.

LiDAR sensor uses time-of-flight data to more accurately measure distance to objects, enabling better portrait photography, autofocus, and low-light performance plus AR app enhancements
— Technical specifications from leaked chassis
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Inventor

Why does a LiDAR sensor on a phone actually matter to someone buying one? It sounds technical.

Model

It's about what the phone can see and understand. Right now, iPhones use software tricks to blur backgrounds in portraits. LiDAR actually measures the distance to objects, so it knows what's in front and what's behind. The blur looks better. In low light, the camera struggles to focus—LiDAR solves that too.

Inventor

And the AR stuff—is that real or marketing?

Model

It's real, but it's still emerging. AR apps exist, but they're limited by how well the phone understands the space. LiDAR changes that. It's like giving the phone actual eyes instead of just guesses.

Inventor

So this leak—how confident are we it's real?

Model

The details match everything else we've heard. The design is consistent with other leaks. The placement of the LiDAR, the antenna cutout, the SIM tray move—it all fits. It's not a guarantee, but it's credible.

Inventor

Why split the announcement? Why not just wait and show everything in October?

Model

Logistics. The Watch is ready now. The iPhones aren't. Normally Apple would hold everything, but 2020 has been chaotic. They're being pragmatic about it.

Inventor

What's the real loss here—the 120Hz display?

Model

That's the one thing that didn't make it. Smoother scrolling, faster response. It would have been nice, but it's not a dealbreaker. The LiDAR is the actual upgrade.

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