Apple unveils first touchscreen MacBook Pro with M5 Pro and M5 Max chips
Apple unveiled its first touchscreen MacBook Pro in 14-inch and 16-inch sizes, with M5 Pro and M5 Max chips and PROLED displays, per TechRadar and Engadget.
Apple unveiled its first touchscreen MacBook Pro on Wednesday, October 28, at an event in Los Angeles, according to TechRadar. The company introduced the laptop in 14-inch and 16-inch models, ending a long period of speculation about whether the Mac line would add touch input. TechRadar described the reveal as confirming one of the most widely discussed open secrets in the industry.
According to TechRadar, the new machines run on M5 Pro and M5 Max Apple silicon and use tandem OLED screens, which Apple calls PROLED. The outlet put the weight at about 3 pounds for the 14-inch model and 4 pounds for the 16-inch version, and said Apple stressed how light the laptops are despite the display upgrade.
TechRadar reports that Apple CEO John Ternus led the presentation and moved quickly through the product details before directing the audience of media, analysts, creators and company executives to an adjacent area. The outlet's coverage focused on how the touchscreen felt in use, which it described as natural.
Engadget took a more measured view. In its report, the outlet said the laptop is thinner and lighter and has a better screen, but that it still reads as a MacBook Pro first. Its headline framed the device as both familiar and substantially improved.
Pricing, shipping dates and the full set of software changes for touch input are not covered in the reporting cited here, so those details remain open for now.
Background
Apple has historically kept its Mac and iPad lines distinct in how users interact with them. The iPhone and iPad were designed around touch from the start, while the Mac has been built around a keyboard and trackpad. Apple leaders have said publicly over the years that they did not think a vertical touchscreen made sense for a traditional laptop, arguing that reaching up to a screen for long periods is tiring and could compromise the design of the machine.
Windows laptops, by contrast, have offered touchscreens and convertible hinge designs for many years, and touch input is a familiar feature across that market. Many users are comfortable tapping, pinching and scrolling directly on a display, so the gap between Apple's laptops and the broader market has been a recurring talking point.
Display technology is also relevant. OLED panels, which light each pixel individually, are common in phones and tablets and have appeared in some premium laptops. Tandem OLED designs stack two light-emitting layers to increase brightness and extend lifespan, a technique used in higher-end devices. Adding a touch layer brings engineering challenges around thickness, power use and durability.
Since 2020, Apple has moved its Mac lineup to its own silicon, replacing Intel processors with chips designed in-house. That change gave the company more control over performance and efficiency across its laptops, and each new generation of its chips has been positioned around speed and battery life. The M5 series sits in that lineage.
Finally, Apple's software is a factor. macOS and iPadOS share a common foundation, and many apps already run across both platforms, which could make touch support easier to add than it would be on a wholly separate system. Whether that shared base translates into a smooth experience on the laptop remains to be seen.
Why it matters
The move matters because it challenges a long-held product principle in one of Apple's most important lines. The MacBook Pro is a core tool for developers, video editors, musicians and other professionals, so a change in how it accepts input could affect workflows across many fields. If touch proves useful, it may change how people think about the boundary between laptop and tablet.
For app developers, touch support could mean new interface decisions. Software designed for a trackpad may need to accommodate direct manipulation, which adds design and testing work. For creators, touch might speed up tasks like selecting, drawing or adjusting controls, though that depends on how well the system and apps handle it.
The announcement also signals competitive pressure. Touch laptops have been common elsewhere for years, and Apple's entry into the category may reshape expectations among buyers who have been comparing Mac and Windows options. It could also influence how rivals position their own hybrid designs.
Finally, the reports highlight a balancing act between design and capability. Thinner, lighter hardware and a richer display are appealing, but each added feature brings trade-offs in weight, heat, battery life and repairability that buyers will weigh.
What to watch
Watch for pricing and availability, which will shape how the laptop competes against existing MacBook Pro models and touch-enabled Windows machines. Independent reviews will be important for testing how the screen handles fingers in daily use, how it affects battery life, and whether it changes the feel of the keyboard and trackpad.
Pay attention to macOS updates and app support. Early adoption will show which apps take advantage of touch and which feel like afterthoughts. Durability questions around the touch layer and hinge, along with long-term screen performance, will become clearer over time.
Viewpoints
Commentary from our columns: three angles on this story.
The Skeptic open questions and weak points
Apple has spent years arguing that touch and the Mac were a poor match, so this reversal deserves a closer look before it is celebrated. The enthusiasm in early impressions is understandable. A display that responds to a fingertip can feel immediate, and a well-made screen is pleasant to use. But first impressions are shaped by short demonstrations, not by a month of writing documents, editing video or working with a laptop on a lap in a crowded train.
The open questions are practical. How does the screen behave when tilted at an awkward angle? Does touch encourage people to reach for the display more often than they would like, creating the kind of fatigue the company once warned about? Does a touch layer add reflections, weight or heat in ways that matter over a long day? Reviewers and long-term owners will answer these better than a launch event can.
There is also a software question. Touch only works as well as the apps around it, and many Mac programs were built for a pointer. Until developers adopt touch widely, the feature may remain a convenience rather than a core way of working. Healthy skepticism here means waiting for evidence.
The Builder the engineer's view
From an engineering standpoint, the interesting problem is integration rather than novelty. Putting touch on a display is well understood. Putting it on a laptop that must stay thin, quiet and efficient, with a tandem OLED panel, is harder. Every additional layer or sensor affects brightness, power draw and the thermal budget, so the design has to be balanced carefully.
The chips matter here too. Apple silicon gives the company room to spend efficiency gains on new features without making the machine heavier or hotter, which is the kind of tradeoff that makes a touch display viable on a portable device. Apple has put weight and thinness at the center of its pitch, and those constraints shape everything from the hinge to the cooling system.
For developers, the real work begins after launch. Existing Mac apps need touch targets large enough to hit reliably, gestures that do not clash with trackpad conventions, and layouts that work at varied distances. Teams will have to decide which controls stay pointer-first and which should respond to direct touch. Good developer tools and documentation will determine whether the feature feels considered or bolted on.
The User what changes for people who use it
For most people, the change will be felt in small moments. Scrolling a long web page, pinching a photo or tapping a control while holding a coffee can feel more direct than reaching for a trackpad. For those who already use an iPad or phone every day, touch on the laptop may feel like a natural extension of habits they already have.
Whether that is an improvement depends on how someone works. Writers who spend hours typing may keep using the keyboard and trackpad as before and rarely touch the screen. Designers, students who mark up documents, or people who sketch and annotate may find the screen far more useful. Buyers should think about the tasks they do most rather than assuming touch is essential.
There is also a question of expectations. People who switch between Mac and Windows may now see touch as standard, and families sharing a laptop might find touch easier for younger or less experienced users. These shifts are real, but they will be shaped by price, battery life and how consistently apps respond.