Kuo: the Apple Watch Series 10 will be thinner and have a bigger screen, from 41mm to 45mm and 45mm to 49mm; Apple will use 3D printing to make some components
here's what we know Kuo / iClarified : Apple Watch Series 10 to Feature Significantly Larger Display, Thinner Design [Kuo] Katie Bartlett / CNBC : Apple analyst Kuo says new Apple Watch will include larger screen, thinner design X: Joe Rossignol / @rsgnl : Apple Watch Series 10 seems unlikely, and Apple Watch Series X sounds like an Xbox, so I do think the name will end up being Apple Watch X. Vadim Yuryev / @vadimyuryev : Looks like Apple will stop making the 41mm and switch to just making the 45mm as the new small display and the Ultra's 49mm as the new large. This likely means flat displays like Ultra across the board but thinner and without a crown guard. My renders: https://x.com/... [image] Joe Rossignol / @rsgnl : It seems like the Apple Watch X might launch this year with 45mm (like the larger Series 9) and 49mm (like the Ultra) display sizes. It is rumored to have a much thinner design with magnetic bands. I want this. And with Apple Intelligence not fully available until 2025, I think I'll stick with my iPhone 14 Pro and upgrade to the slimmer iPhone 17 Ultra next year to spread out these big purchases. Both of these devices sound like must buys. Forums: r/apple : Kuo: Apple Watch Series 10 to Get Larger Screen and Thinner Design MacRumors Forums : Kuo: Apple Watch Series 10 to Get Larger Screen and Thinner Design
Context & Ripple Effects
This report extends an immediately preceding analyst report on a thinner Apple Watch with larger displays by adding a manufacturing detail: Apple may use 3D printing for some components. It frames the redesign as a shift in the watch’s physical platform, not merely a yearly finish or feature refresh.
The design claims were subsequently echoed in reporting ahead of Apple’s event and ultimately aligned with Apple’s Series 10 launch, which emphasized a thinner body and larger display. That makes the manufacturing claim the distinctive, unresolved part of this report.
First-order effects
- Apple’s next mainstream Watch sizes would move upward, from 41mm to 45mm at the smaller end and from 45mm to 49mm at the larger end, while the body becomes thinner.
- Using 3D printing for selected components would introduce an additional production method into Apple Watch manufacturing, alongside its established component supply chain.
Second-order effects
- A larger small-model display narrows the visual gap between Apple’s standard Watch tiers, making fit, price, durability, and specialized features more important differentiators.
- Component suppliers and manufacturing partners would need to qualify parts for Apple’s chosen 3D-printing process; the immediate effect depends on which components are involved and how broadly Apple deploys it.
Third-order effects
- If Apple expands additive manufacturing beyond limited components, wearable design iterations could become more closely tied to manufacturing-process advantages rather than enclosure changes alone.
- The broader pattern is a mature wearable category seeking upgrade demand through industrial design: larger usable displays and thinner hardware can reset product segmentation without changing the product’s core role.
The trend: Apple Watch redesigns are increasingly using display geometry and manufacturing techniques to create visible generational differentiation in a mature wearable line.