iPhone 18 Pro: Best iPhone Yet, but a Surprisingly Cautious Upgrade

After reviewing the iPhone 17 Pro last year, I’ve spent a year with an iPhone Air — a model I didn’t test at launch because I was too drawn to the newest Pro. Over time, the Air’s compromises wore thin. I currently charge my phone roughly 1.7 times per day — nearly twice daily — which is simply unsustainable for me.

So, back to the Pro. The iPhone 18 Pro arrives with a €150 price increase over its predecessor, with no standard iPhone 18 model positioned alongside it, and ships with a photographic headline feature that sounded more spectacular in marketing than it does in everyday use. That didn’t stop us from putting it through exhaustive testing.

A quick clarification before we begin: this review isn’t about blindly bashing Apple, nor is it about heaping uncritical praise. The iPhone Pro shines in many areas and still stumbles in others — I’ll explain where and why.

Our video

We’ve produced a video walk-through covering the highlights and practical impressions of the iPhone 18 Pro. If you want a visual tour — hands-on shots, sample footage and our quick takes — check that out on our channel.

Specifications

Below is a condensed summary of the main technical specifications for the iPhone 18 Pro and iPhone 18 Pro Max. Capacities, dimensions and most hardware details are unchanged in spirit from Apple’s technical sheet, but include the new A20 Pro silicon and updated camera capabilities.

– Launch price (iPhone 18 Pro): €1,479 (256 GB) / €1,729 (512 GB) / €2,229 (1 TB) / €2,979 (2 TB)
– Launch price (iPhone 18 Pro Max): €1,629 (256 GB) / €1,879 (512 GB) / €2,379 (1 TB) / €3,129 (2 TB)
– Colors: Black, Silver, Glacier (light blue), Bordeaux (deep red)
– Build: Aluminum unibody, Ceramic Shield 2 front, Ceramic Shield back
– Dimensions: 150 × 71.9 × 8.75 mm (Pro); 163.4 × 78 × 8.75 mm (Pro Max)
– Weight: 211 g (Pro), 249 g (Pro Max)
– Display (Pro): 6.3″ OLED Super Retina XDR, 2622 × 1206 px, 460 ppi; (Pro Max): 6.9″ OLED Super Retina XDR, 2868 × 1320 px, 460 ppi
– Display features: ProMotion adaptive 1–120 Hz, Always-On, Dynamic Island, HDR, True Tone, P3 color, up to 3,000 nits peak (advertised), anti-reflective coating
– SoC: Apple A20 Pro (2 nm): 6-core CPU (2 performance + 4 efficiency), 7-core GPU with hardware ray tracing, two 16-core Neural Engines (32 cores total)
– RAM: 12 GB (observed in Xcode)
– Storage options: 256 GB / 512 GB / 1 TB / 2 TB
– Rear camera cluster: three Fusion 48 MP sensors — main (24 mm equivalent) with variable aperture from ƒ/1.48 to ƒ/4.0 and sensor-shift stabilization 2nd gen; ultra-wide (13 mm, 48 MP) with 120° field and hybrid focus pixels; telephoto (100 mm, 4x, 48 MP tetraprism) with 3D sensor-shift stabilization and up to 8x “optical-quality” 12 MP crop (200 mm equiv.), digital zoom up to 40x
– Front camera: 18 MP Center Stage, ƒ/1.9, autofocus, 4K Dolby Vision up to 60 fps
– Photo features: Manual Pro controls, Apple Reference Image, Styles 3 (texture & grain), ProRAW, LiDAR, macro 48 MP
– Video: 4K Dolby Vision to 120 fps, ProRes to 4K 120 fps (external recording), ProRes RAW, Apple Log 2, ACES, Genlock, Cinematic mode applied post-capture at 4K/60, slo‑mo 1080p/240, studio-grade mic array, spatial audio, audio mix
– Batteries (EU label): 4,056 mAh (Pro) / 5,391 mAh (Pro Max)
– Announced battery life: up to 23 h typical use (Pro) / 29 h (Pro Max); video playback and streaming figures as per Apple’s sheet
– Charging: 50% in ~15 minutes with compatible USB‑PD 3.1 AVS adapter (sold separately); MagSafe/Qi2 up to 25 W; USB‑C
– Connectivity: Apple C2 cellular modem (sub‑6 GHz 5G MIMO 4×4), Apple N1 wireless combo supporting Wi‑Fi 7, Bluetooth 6, Thread; UWB 2nd gen, NFC; USB‑C USB3 (10 Gbit/s) with DisplayPort 4K HDR; dual-frequency GPS
– SIM: nano‑SIM + eSIM, or dual eSIM (EU models keep SIM tray)
– Water resistance: IP68 (up to 6 m for 30 minutes)
– Buttons: Action Button, Camera Control, side button, volume keys
– Satellite features: Emergency SOS, Find My, Crash Detection
– EU energy label: Class A; endurance and reparability scores indicated on label
– Software: iOS 27 (note: Siri AI unavailable in EU at launch)
– Box contents: iPhone, 1 m USB‑C cable (no power adapter)
– Availability: On sale since September 18, 2026

Design: the familiar iPhone, more finely finished and not noticeably heavier

Put an iPhone 17 Pro next to an 18 Pro and finding differences takes effort. The aluminum unibody frame, the wide camera plateau, and the 8.75 mm thickness are identical down to small decimals. Most cases made for last year’s model fit the new phone; compatibility is excellent with a few exceptions.

The visible change is the back glass: it now matches the aluminum color more closely, removing the two‑tone look that sparked debate on the 17 Pro. Black is a true black; Glacier is a clear sky blue; Silver finally reads as silver. Apple listened to criticism, and it shows.

Weight is worth calling out: the 18 Pro is 211 g, seven grams heavier than the 17 Pro — a difference I didn’t feel in the hand. The 18 Pro Max at 249 g adds 18 g over its predecessor, and testers who held it noted that this is approaching the limit of comfortable heft. I didn’t test the Max, but having used an Air for a year I know how a few extra grams affect a jacket pocket: at 249 g you’re moving into the heavier class, near the Duo’s 254 g, which folds open.

Dynamic Island is smaller by around 25% because the Face ID infrared receiver has been moved under the display into a less dense pixel area to the left of the clock. Face ID performance appears unchanged. The Island now displays three live activities in compact mode or two in medium format — convenient occasionally, pleasant most of the time — but it only frees up roughly 1% more usable screen area.

Color matters: Apple has bet its messaging this year on the Bordeaux finish, and the marketing around it reflects that. But to my eye the real winner is Glacier — a pale, almost powdery blue that brightens in sunlight without becoming garish, echoing the now‑missed Sierra Blue of the iPhone 13 Pro. The Glacier shade is subtle yet appealing; demand has been high and availability is relatively tight.

Bold colors have a downside: they date a device when the next generation arrives. That’s worth keeping in mind if you want a look that ages well.

One small but persistent oddity remains: the Camera Control button. Two years after its debut, the capacitive function is off by default, which says a lot about a feature Apple presented as innovative. Personally, I still forget it’s there; it feels like an unused appendage rather than a daily tool.

Display: top of the class, with one measurable quirk

The iPhone 18 Pro keeps the same panel as the 17 Pro: a 6.3‑inch OLED at 2,622 × 1,206 with adaptive 120 Hz ProMotion, Ceramic Shield 2 and an anti‑reflective finish. Apple didn’t trumpet display upgrades, which is precisely why we measured it ourselves.

Using an X‑Rite i1 Display Pro and Calman, we recorded a peak SDR brightness of 1,023 nits on a white test pattern — essentially the 1,000 nits Apple promises for typical usage. For HDR patterns we measured a peak of 2,740 nits, well above Apple’s stated 1,600 nits and approaching the top Android displays. The 3,000 nits figure Apple quotes is a peak outdoors boost that only triggers in direct sun via the ambient sensor and cannot be reproduced easily in lab conditions.

Color accuracy in SDR on a ColorChecker pattern yields a mean ΔE2000 of 2.48, below the perceptible threshold of about 3. In HDR the average drops to 1.25, an excellent and uncommon result — many smartphone displays suffer in HDR, while the iPhone improves.

The one measurable shortcoming is white point: our panel reads 6,710 K, slightly cool compared to the 6,500 K reference. That results in a subtly bluish tint in greys that True Tone corrects in normal use — our measurements were taken with True Tone disabled. Professional retouchers will prefer the Reference mode for color‑critical work, but most users will never notice the difference.

Coverage is strong: roughly 106.5% of BT.709, 99.5% of DCI‑P3 and ~72% of BT.2020, meaning the screen can reproduce almost all content used in wide‑gamut Ultra HD sources — a capability most mobile panels cannot claim.

One reason the iPhone can look less “punchy” than some Galaxy phones in vivid modes is that iOS preserves the declared color space: sRGB content stays within sRGB, and the display’s extra gamut is only used by content that requests it. There’s no user toggle to push colors into an exaggerated mode, which is a deliberate, arguably correct choice by Apple.

It would have been interesting to see a privacy display mode like Samsung’s or Xiaomi’s hardware privacy filters; such a feature would fit well with Apple’s privacy message. It might come in a future generation, though at the time of writing no leaks point to that addition.

Performance and heat: Apple closes the gap

The A20 Pro is Apple’s first 2 nm iPhone chip. It brings a six‑core CPU, a 7‑core GPU (up from six), two 16‑core Neural Engines for a total of 32 cores, and roughly 50% more memory bandwidth. RAM remains at 12 GB.

In synthetic terms and in real workloads, the A20 Pro is the most powerful mobile chip we’ve tested so far.

You won’t notice blistering speed in everyday tasks like opening Safari — modern iPhones are already snappy — but the gains show up in heavy workloads: exporting long videos, sustained gaming sessions of 20 minutes, or running large language models locally. In those scenarios the throughput improvement approaches ~60% in tokens per second, making the 18 Pro the current leader for on‑device AI workloads — which is notable given Siri AI isn’t available in France at launch.

Thermals are the real story. Apple finished the engineering work that began last year: the vapor chamber triples in surface area and extends to the camera module, the SoC has been moved higher on the board and is thermally coupled to the chamber, memory stacks that once sat on top of the die were relocated, and a nanowelded copper shield isolates the display. In long benchmarks the 18 Pro reaches similar steady‑state temperatures as the 17 Pro, but heat is concentrated under the camera block rather than into the screen, and throttling is delayed. In everyday mixed use — heavy photo sessions, browsing, video playback — the phone runs cooler and returns to baseline temperatures more quickly. Critically, it no longer becomes uncomfortably hot while charging. Three years ago, heat management was the iPhone’s principal weakness; that’s no longer the case.

On‑device AI: yes, it runs locally

Apple doubled the Neural Engine cores on the A20 Pro (from 16 to 32) and promises twice the AI performance. To evaluate that claim I ran three types of tests: a third‑party LLM via a llama.cpp frontend anyone can install, the same model inside Google’s local inference tools to compare across ecosystems, and the actual Apple Intelligence features users will encounter day‑to‑day.

The iPhone Air, with its A19 Pro (the same CPU/NE combination as the 17 Pro), served as a reference for generation‑to‑generation comparisons. Important methodological note: the Air lacks the vapor chamber and is a poor thermal case, so short bursts at cold start were used here to isolate silicon performance rather than thermal endurance — long runs and throttling belong to the performance & heat section above.

First test: PocketPal running llama.cpp with a quantized Qwen3 4B model (Q4_K_M) and a >2,000‑token prompt. The 18 Pro parsed the prompt in 4.4 seconds and generated at 32.4 tokens/sec. The Air took 7.1 seconds to read and produced 16.6 tokens/sec. Reading was ~1.6× faster and generation ~2× faster on the 18 Pro. The speed advantage is largely driven by the extra memory bandwidth; generation requires repeatedly accessing the 2.5 GB model in memory, so bandwidth — not just raw compute — limits throughput. Note that llama.cpp here ran on Metal GPU, not the Neural Engine, demonstrating immediate performance benefits for developers that don’t use Apple’s specialized inference libraries.

Comparing to Android is an ecosystem story as much as silicon. On PocketPal, a Xiaomi 17 Ultra with Snapdragon 8 Elite Gen 5 hit ~15 tokens/sec, while a Pixel 11 Pro Fold reached ~2.5 tokens/sec because the Android build ran primarily on CPU and wasn’t able to use the NPU effectively in that app. To measure on equal terms we used Google AI Edge Gallery with Google’s Gemma 4 E4B model using the GPU backend: the 18 Pro delivered between 25–34 tokens/sec depending on runs, the Air and Xiaomi around 19, the Pixel ~7.5. Google’s Tensor G6 excels with Gemini Nano in Google’s own apps but stalls outside that ecosystem. On iPhone, a third‑party app can tap hardware acceleration without special configuration; on Android, performance varies dramatically by app, model format, and vendor support.

Third test: Apple’s native features. I took the same photo on the Air and then applied identical edits on both iPhones — removing a real estate sign with “Clean Up,” erasing a manhole cover, straightening perspective with the new Reorient, and expanding the frame. Results match pixel‑for‑pixel, because both phones use Apple Intelligence’s same model for these tasks; the 18 Pro is just a few seconds faster on some operations. Apple calibrates native features for the lowest device that supports them, so improvements are subtle and hard to time without a stopwatch.

Reorient can invent content to fill corners: in one test a building gained an extra window that didn’t exist. It’s well lit and plausibly integrated, but fabricated. That points to a broader reality: local models are fast, but not inherently more “intelligent” in the sense of reliably correct reasoning — they still make arithmetic and factual errors.

We also put small physics calculation questions to Gemma 4 E4B on four devices using the same prompt and numbers pulled from our charging tests. Each handset returned slightly different answers because GPU arithmetic orders vary — none scored perfectly, all missed at least one subtraction, and when the correct answer was accidentally left in the prompt, the Pixel insisted on a slightly different value, citing “stick to that number.” The conclusion is clear: the A20 Pro is faster, and often far faster, but it doesn’t make the models smarter. The Neural Engine investment is future‑looking: it’s ready for apps that will come, but current mainstream uses exploit only some of that capability.

What is all that power actually for?

Ask plainly: who will run a language model in a third‑party app on their phone in everyday life? Almost nobody. Benchmarks that measure tokens per second are a proxy for raw capability, but the Neural Engine’s daily value is mostly invisible: every image you take is processed by neural nets for exposure fusion, denoising, segmentation, and white balance before it appears; the keyboard uses on‑device models for autocorrect; Photos uses them for search; Voice Memos for transcription; the camera for object/text recognition in the viewfinder; Face ID for secure unlocking; and, where available, Siri intelligence. These hundreds of small inferences happen locally, often offline, and that is why Apple doubled the Neural Engine even if you can’t time it with a stopwatch. The aggregate effect is milliseconds shaved across thousands of interactions — real benefit, but hard to demonstrate in a review.

Looking ahead I imagine an OS that constructs lightweight tools on demand — a local agent that understands a need and assembles a small app to deliver it, all on device and without sending data anywhere. It’s not science fiction: cloud frontier models already behave like that. The practical limit is physics: frontier models have hundreds of billions of parameters and demand huge memory and bandwidth. Even quantized, a 671‑billion parameter model like DeepSeek requires a Mac Studio with hundreds of gigabytes of memory and extreme bandwidth. An iPhone with 12 GB and limited memory bandwidth is still many steps away from hosting those large agents. The near term will proceed by increasingly capable models in the 3–14 billion parameter range — impressive for their size, but not yet the massive frontier models. The hardware trend is downward in model size and upward in efficiency; the dream will arrive “from below.”

iOS: polished, but with notable absences

Start with the obvious: iOS 27 on the iPhone 18 Pro feels finished. Over a week of continuous use I encountered no blocking bugs, no stuttering animations, no flaky wake behavior, and no Wi‑Fi dropouts — the sorts of small but irritating issues that often accompany a new major release. The 120 Hz is used consistently, transitions are smooth, the Camera app integrates Pro controls without clutter, and the Apple Intelligence features available locally — Clean Up, Reorient, writing tools, Image Playground — run smoothly. After two years of iterative overhaul, Apple ships an OS that simply works.

Now the big missing piece: Siri AI, the marquee software innovation Apple showcased at WWDC and the September keynote, is not available in the European Union at iOS 27 launch. Apple won’t provide a release date for EU iPhone and iPad users. According to Craig Federighi, regulators have not accepted Apple’s proposed framework — including a “Trusted System Agent” intended to mediate between Siri and third‑party assistants — and there’s no timeline. That means Europeans buying an iPhone 18 Pro today miss a central feature Apple positioned as the year’s defining upgrade. A workaround exists — using a US or Canadian Apple ID — but that’s an unsatisfying hack.

What truly demonstrates Siri AI’s utility isn’t just conversational flow but reading and acting on screen information: copying a phone number from a document into a call, creating a reminder from a product page, recognizing objects in a live view — these interactions would replace many manual copy‑paste operations. Not having them on the device you just paid €1,479 for is a real gap.

Another practical regression in iOS 27 concerns dictation in French: it’s worse than before. Punctuation is erratic, words are dropped at sentence ends, proper names are mangled, corrections sometimes replace accurate words with incorrect ones, and text appears in delayed chunks rather than streaming inline with speech. This isn’t a hardware limitation — the phone has a 32‑core Neural Engine and local transcription models — it’s a software quality problem. Until Apple fixes it, third‑party dictation keyboards or apps based on Whisper or similar models provide markedly better French transcription, even for regional names, and they work offline.

Photography: the mechanical aperture is mostly ornamental, while wider opening matters

The camera hardware largely carries over from the 17 Pro: three 48 MP sensors (main, ultra‑wide, and telephoto) and an 18 MP front camera remain the baseline. Apple’s changes are incremental rather than revolutionary.

Variable aperture — interesting, but limited in practice

The headline optical change is the mechanical six‑blade aperture in the main lens, driven by a motor with four nominal stops: ƒ/1.48, ƒ/1.8, ƒ/2.8 and ƒ/4. On paper it’s elegant; in real shooting it’s less transformative.

Looking at automatic capture behavior across two hundred+ photos with the main sensor, the phone chose ƒ/1.48 about 76% of the time, ƒ/1.8 ~16%, ƒ/4 ~8%, and ƒ/2.8 practically never. The aperture tends to remain wide open unless the scene is very bright or the phone detects a multi‑plane group shot. Also, in automatic mode the diaphragm doesn’t stick strictly to four distinct clicks; it adjusts continuously between ƒ/1.48 and ƒ/4 depending on scene conditions — the four positions simplify the UI rather than limit the mechanism. Third‑party apps may eventually expose more granular control.

Closing to ƒ/4 in low light is usually counterproductive because the phone compensates by raising ISO, producing duller, grainer images. In daytime landscapes, the difference in edge sharpness between ƒ/1.48 and ƒ/4 appears at 100% crop, but diffraction on such a small sensor erases much of that gain. Interestingly, the sharpest aperture we found in tests is around ƒ/2.8; the camera’s automatic preference for wider apertures prioritizes light over absolute micro‑sharpness, which is a pragmatic choice because few people examine phone photos at pixel level.

So the mechanical aperture often reads as a clever gimmick: it creates six‑pointed star flares around lights and enables longer exposures for distinct light trails, and it can deliver a slightly improved depth of field control for group shots — but the practical day‑to‑day benefit is modest. That said, increasing the maximum aperture from ƒ/1.78 on the 17 Pro to ƒ/1.48 on the 18 Pro does have a concrete, material effect: you get ~45% more light, which substantially improves low‑light performance.

Night photography benefits are real. At equivalent shutter speeds the 18 Pro runs at lower ISO than the 17 Pro — typical examples show ISO dropping from 12,500 to 10,000 in similar scenes — Night mode triggers less often and for shorter durations, moving shots of children or pets are less blurred, noise is reduced and detail is preserved better. This is the largest single step forward for iPhone night photography since Night mode itself, and it results from the wider aperture rather than the aperture variability per se. There’s a small irony: Apple probably wouldn’t have dared an ƒ/1.48 maximum without the mechanical aperture as a marketing justification.

What many expected this year was a larger main sensor — a 1‑inch sensor has been rumored for several generations — but Apple sticks with a ~1/1.28″ sensor. A 1‑inch sensor would deliver ~60% more light per shot and produce more natural background blur and improved dynamic range across the board: that’s the route many Android vendors chose years ago. Apple’s strategy instead aims to keep the phone thin and pocketable; the variable aperture is a compromise that preserves the compact form factor.

The new image pipeline — the real innovation

While the sensors are largely unchanged, Apple has overhauled the computational photography pipeline for the 48 MP sensors. The result is visibly different: textures like foliage, brickwork, and hair retain structure rather than dissolving into the oversmoothed mush that some prior models produced. The aggressive halo sharpening that characterized iPhone images for years has been reduced, and noise in low light is more film‑like and less digitally blotchy. It’s an evolutionary but important improvement that lifts image fidelity across the board.

Skin tones have benefited too: they look more natural, especially in low light, where prior iPhones could shift toward yellow or gray. Part of that improvement comes from the extra photons collected at ƒ/1.48, but the reworked processing chain plays a major role as well.

Styles 3: a rendering system with texture controls

Apple’s photographic Styles are not filters. A filter treats a finished image uniformly; a Style intervenes during processing, evaluates each scene, and applies targeted adjustments while preserving skin tones. Styles are calculated at capture and can be changed later only when shot in HEIF, because the system needs the HDR reference data that HEIF stores.

For the 18 Pro Apple introduces a third generation of Styles that adds a texture axis. Previously you chose color‑temperature profiles; now you also select texture: Standard, Skin Softening, Glow (Eclat), or Film, each with an intensity slider, plus an optional Grain toggle. Apple supplies presets (e.g., “Rose Gold + Glow”) and lets you compose a bespoke combo. Texture is applied after capture and is therefore invisible in the viewfinder, which can feel disorienting at first, but it’s non‑destructive and adjustable later in Photos.

Skin Softening is subtle: it doesn’t create a flattened beauty filter but reduces microdetail in pores and fine lines while preserving overall contours. Glow softens highlights like a black‑mist cinematic filter and rescues faces from blown highlight. Film adds halation in strong contrast areas and slightly compresses highlight latitude to mimic film characteristics; with Grain enabled, a street photo can convincingly resemble a scanned negative. Disappointingly, Grain has no intensity slider — Apple decides per photo how much to add — while the other textures offer adjustable strength. That may change next year.

This approach is different from signature partnerships on Android where manufacturers ship named “looks” (Leica, Zeiss, Hasselblad, etc.) that impose a recognizable aesthetic. Apple provides tools rather than a branded fingerprint: it’s flexible and honest, but the default Apple rendering remains neutral and restrained. After several years of Styles, the iPhone still lacks a singular “look” you’d instantly name, and that’s likely intentional.

One practical note: Apple initially indicated texture and grain options would arrive on older devices with iOS 27 (series 16, 17 and Air), but the company later restricted textures to the 18 Pro, 18 Pro Max and Duo, tying them to the new processing pipeline — a defensible choice technically, but a disappointment if you expected the features on last year’s hardware.

Low light: the wider opening delivers

Here the 18 Pro vindicates its wider aperture. The move from ƒ/1.78 to ƒ/1.48 yields roughly 45% more light at the sensor, which Apple converts into about a 50% improvement in low‑light performance in practical terms: lower ISO settings, shorter exposures, and more detail in dim scenes. Less Night mode dependence and improved handheld capture of streets and interiors follow naturally.

DxOMark ranks the 18 Pro among the best for low‑light photo and video thanks to balanced exposure, wide dynamic range, and noise handling that preserves texture rather than smoothing it away. Our observations align: fewer long‑exposure Night shots, better handheld street images and a grain structure that looks more like film grain than digital noise. The tradeoff remains that at ƒ/1.48 the lens corners soften compared with slightly stopped apertures, but in video that softness is less noticeable.

Ultra‑wide: unchanged, still solid

The 48 MP ultra‑wide module is the same as on the 17 Pro and performs as a capable secondary tool: good color matching with the main camera, robust dynamic range, and competent macro at close distances. It isn’t the low‑light king — its smaller optics and fixed aperture limit performance — but it remains a reliable addition and is the module pros will most often cite as under‑invested relative to the primary sensor: it didn’t gain the new processing chain or an optical refresh.

Zoom: where Apple lags behind

This is where the 18 Pro loses ground. The telephoto is unchanged: a 48 MP tetraprism sensor at 100 mm (4× optical) with Apple’s “8× optical‑quality” marketing referring to a central crop rather than true optics. At 4× the phone delivers excellent results, but beyond that the limitations show.

Competitors, primarily Chinese OEMs, ship periscopes with 200 MP sensors or multi‑element variable focal arrangements that maintain detail at long reach. In our side‑by‑side comparisons the Xiaomi 17 Ultra’s 200 MP telephoto preserves legible signage and texture at 8× where the iPhone’s 12 MP crop becomes painterly: textures collapse, edges jag, and small details vanish. On a phone screen the difference is less obvious; once images are viewed on a desktop or printed, Apple’s approach is clearly at a disadvantage. If you frequently photograph concerts, sports, or distant subjects, this is not the ideal camera and it’s a category where Apple has deferred to competitors for the third year running.

Video: still the gold standard

In video, Apple’s work remains unmatched in consistency. The mechanical aperture finds its most compelling use here. Cinematic practice calls for a shutter close to 1/48 s at 24 fps (180° rule) to produce natural motion blur. With a fixed wide aperture many smartphones must increase shutter speed in bright daylight, producing a staccato look, or use an expensive, awkward ND filter. The 18 Pro can close the aperture to ƒ/4, giving cinematographers a third exposure control without external accessories and enabling smoother, filmlike motion in many lighting situations. At noon with very bright sun an ND may still be needed, but for most outdoor shade, golden hour, and interior lighting the variable aperture provides useful control.

Beyond that, the 18 Pro supports Dolby Vision to 4K/120, sensor‑shift stabilization, ProRes, Log formats, and a level of matching between modules (exposure, color, tonal response) that no competitor maintains across focal lengths. Stabilization remains excellent even while running, and low‑light color rendering of skin tones is improved versus prior iPhones.

On repeatability: while some Android phones might match or exceed the iPhone for a single compelling shot, I haven’t found one that reliably delivers the same quality across ten consecutive takes. That consistency explains the iPhone’s enduring preference among many video pros.

Manual controls: a welcome surprise

Another understated but important addition is Pro controls in the native Camera app — a reversal of Apple’s long reluctance to surface manual settings. You now get adjustable aperture, shutter speeds from 1/6000 to 1s, manual white balance, focus control, and an on‑screen histogram in a customizable drawer you enable if you want to avoid exposing these options to casual users. Odd omissions remain: no manual ISO slider in photo mode (Apple says multi‑exposure fusion makes a single ISO value meaningless for stills), and the Camera Control button does not control aperture or shutter, which feels inconsistent, especially for video where ISO control would be valuable for Log workflows.

That said, manual white balance, physical focus wheels (that work behind glass or in the dark), and reliable focus tracking (it maintains lock even if the subject briefly leaves and returns to frame) are features photographers have wanted for years. Focus tracking currently resets after each video stop and can’t be used during burst mode, which are annoying caveats, but overall this elevates the built‑in Camera app significantly and will likely reduce the need for many third‑party camera apps. Apple Reference Image — the per‑capture calibration that stamps reference data into the file — is a smart idea but, as with Siri AI, some advanced features are region‑limited at launch.

Battery life: Pro endurance in a Pro chassis

The EU energy label lists the 18 Pro’s battery at 4,056 mAh — only 68 mAh more than the 17 Pro. Yet Apple claims the 18 Pro’s endurance equals the 17 Pro Max, and the EU label confirms a jump from 47 to 52 hours of standardized endurance testing for the Pro model. That gain is not from chemistry but from efficiency improvements in the 2 nm A20 Pro, the display, and a more efficient modem.

In everyday use the 18 Pro comfortably lasts a day and a half and sometimes two days when usage is light: high screen brightness, CarPlay, Bluetooth accessories and lots of photos still leave you with ~35% at the end of a heavy day (the 17 Pro often ended near 20%). The improvement is efficiency, not battery capacity, which is Apple’s consistent advantage.

Two region‑specific notes: European models retain a nano‑SIM tray, which slightly reduces battery capacity compared with eSIM‑only versions sold in some markets, costing about two hours of video playback on the spec sheet. Conversely, Apple’s C2 modem ships globally on our units, whereas some US Pro Max units use a Qualcomm variant for contractual reasons. I saw no meaningful throughput difference on Orange’s network in Nantes; connectivity seemed resilient and reconnection from airplane mode felt a bit snappier, though I couldn’t quantify it in a week of testing. If you considered buying a US Pro Max, that’s now a smaller advantage.

Network and comms: hello C2

Wireless silicon remains modern: Apple’s N1 combo handles Wi‑Fi 7 on 2.4/5/6 GHz with MIMO 2×2, Bluetooth 6 and Thread for Matter accessories. The major cellular change is the transition to Apple’s own C2 modem in most regions — the first time Apple’s internal modem appears across a Pro lineup globally (aside from the US Pro Max in some configurations). Apple promises faster transfers and ~15% improved energy efficiency versus earlier Apple‑branded modems and now supports mmWave 5G for US markets.

In Europe we get sub‑6 GHz 5G with 4×4 MIMO and Gigabit LTE, matching the 17 Pro on paper. In my tests on Orange, I saw no obvious differences in baseline throughput or cell acquisition, and tethering remained stable over a typical workday. The practical benefit likely shows up more in battery life than headline speed improvements.

EU models keep the nano‑SIM tray plus eSIM support (or dual eSIM), while US devices have trended eSIM‑only. China models even support two physical SIMs. The 18 Pro also integrates UWB 2nd gen, NFC with Express Card modes, dual‑frequency GPS, and satellite services for emergency SOS and Find My with two‑year inclusion.

The USB‑C port supports USB 3 at 10 Gbit/s and DisplayPort 4K HDR output, an essential feature for pro workflows like offloading ProRes or recording ProRes RAW to external SSDs.

Charging: a pleasant surprise, with conditions

Apple’s claim that the Pro models can reach 50% in “about 15 minutes” is a step up from last generation’s ~20 minutes. In our controlled test with a 120 W charger and a wattmeter, a unit went from 1% to 50% in 19 minutes, 80% in 35 minutes, and 98% in 63 minutes. The charging curve peaked at ~39 W for six minutes before tapering through 30–33 W, then 22–25 W, and finally under 10 W as the cell approached full. Across the session ~19.3 Wh passed into the phone, averaging ~18 W of real power draw.

Crucially, hitting the fastest charge profile requires a charger that supports USB Power Delivery 3.1 with Adjustable Voltage Supply (AVS). Many high‑wattage chargers don’t negotiate the correct AVS profile, so despite their printed wattage they won’t enable Apple’s top ramp. At the time of testing the only off‑the‑shelf charger we confirmed that meets Apple’s required handshake is Apple’s own Dynamic 40 W adapter capable of climbing to 60 W under the right conditions. With a general‑purpose GaN 120 W brick that didn’t implement AVS the phone fell back to last year’s charging curve.

In practice that means your existing recent USB‑C chargers will still charge the phone well, but the headline 15‑minute 50% requires purchasing a compatible adapter separately (Apple charges ~€45 for that scenario). Apple’s promise is real, but it comes with a gatekeeper: a specific charger spec.

Price: €150 added to the entry point

The iPhone 18 Pro starts at €1,479 for 256 GB, €1,729 for 512 GB, €2,229 for 1 TB, and €2,979 for 2 TB — a €150 increase per tier compared with last year. Part of that is attributable to rising memory costs and the general 2026 price environment; other manufacturers have bumped prices similarly. Apple adjusted its entire lineup the same evening, so the relative spread between models remains familiar.