When people discuss Android vs iPhone battery life, they’re usually trying to figure out which smartphone can last longer throughout the day.
iPhones are known for efficient battery optimization because Apple designs both the hardware and software to work closely together.
Android phones, however, come in many models with different battery sizes, and some offer very large batteries and fast-charging features.
This means battery life can vary widely depending on the device.
In simple terms, Android vs iPhone battery life is about efficiency versus variety—iPhones focus on smart power management, while Android phones often provide bigger batteries and more charging options.
Battery life is one of the most important factors when choosing a smartphone.
Whether you’re streaming videos, gaming, working, or browsing social media, a phone that lasts all day is essential.
Both Android and iPhone smartphones offer advanced battery technology, efficient processors, and smart power management systems.
But the big question remains: Android vs iPhone battery life — which one actually lasts longer?
The android vs iPhone battery life question has a clear answer— and it might surprise you.
The iPhone 17 Pro Max, a phone with a 5,088 mAh battery, placed first in CNET’s test of 35 smartphones tested throughout 2025.
It beat phones with 7,000 mAh batteries.
It outlasted every Android flagship in the same test.
And it did it through chip efficiency, not raw capacity.
At the same time, the fastest charging phone of the three flagships is the Samsung Galaxy S26 Ultra — reaching 84% in just 30 minutes in independent lab tests.
The Pixel 10 Pro XL has the largest battery at 5,200 mAh and is the first Android phone with built-in Qi2.2 magnets, meaning 25W wireless charging works without needing a special case.
Battery life is more than one number.
Everything you need to know about battery life — test results, charging speed, wireless charging, and real-world use cases.
Every number is sourced.
No manufacturer marketing claims are presented as independent results.
Battery Specs and Real-World Test Results at a Glance
Here is every verified battery and charging specification across all three flagship phones, plus the OnePlus 15 as a benchmark for what the best budget Android can achieve on battery life.
| Phone | Battery | Tom’s Guide hrs | Wired Charging | Wireless Charging |
| iPhone 17 Pro Max (eSIM/US) | 5,088 mAh | 17h 54m ✅ #1 | 25W USB-PD | 25W MagSafe |
| iPhone 17 Pro Max (physical SIM) | 4,823 mAh | — | 25W USB-PD | 25W MagSafe |
| iPhone 17 Pro | ~4,000 mAh | 15h 32m | 25W USB-PD | 25W MagSafe |
| Samsung Galaxy S26 Ultra | 5,000 mAh | 16h 10m | 60W SFC 3.0 | 25W Qi2* |
| Google Pixel 10 Pro XL | 5,200 mAh | 14h 20m | 45W | 25W Qi2.2✅ |
| OnePlus 15 (budget Android pick) | 7,300 mAh | 25h 13m | 80W | 50W wireless |
| * S26 Ultra 25W Qi2 requires a magnetic case — phone has no built-in magnets | ||||
Tom’s Guide battery test hours verified from Tom’s Guide iPhone 17 battery results, Tom’s Guide S26 Ultra battery results, and Tom’s Guide Pixel 10 Pro XL review.
All tests use continuous web browsing over 5G at 150 nits screen brightness.
Battery Endurance: Which Phone Lasts Longest?
iPhone 17 Pro Max — First in the World in 35-Phone Test
The iPhone 17 Pro Max is the best battery life phone of 2026 — period.
CNET’s comprehensive test of 35 smartphones across 2025 crowned the iPhone 17 Pro Max as the top-performing individual device, and Apple ranked first overall as a brand ahead of OnePlus, Motorola, Samsung, and Google.
The Two Battery Sizes — US eSIM vs Physical SIM
There is an important distinction to understand about the iPhone 17 Pro Max battery.
The US eSIM-only model has a 5,088 mAh battery — the larger capacity was made possible by removing the physical SIM card tray, which freed up internal space.
The standard international model that retains a physical SIM tray has a 4,823 mAh battery.
The CNET and Tom’s Guide test results showing 17 hours 54 minutes were conducted on the US eSIM model.
Why a 5,088 mAh iPhone Beats a 7,300 mAh Android
The headline result from CNET’s testing is striking. The iPhone 17 Pro Max — with a relatively modest 5,088 mAh battery — outlasted the OnePlus 15 with its 7,300 mAh silicon carbon cell in real-world testing at CNET.
The iPhone 17 also tied for second place in the same test alongside the OnePlus 15, despite the iPhone having a 3,692 mAh battery compared to the OnePlus’s 7,300 mAh — a 49.4% capacity difference that efficiency simply overcame.
The reason is the A19 Pro chip.
Apple’s tight hardware and software integration means every watt of battery power goes further.
iOS 26 manages background processes aggressively, the display’s adaptive 1Hz refresh rate drops power consumption to near zero when the screen is idle, and the chip’s architecture is optimised specifically for the iOS workloads it runs.
No Android phone maker has this level of end-to-end optimisation because Android runs on chips made by a different company than the one that wrote the operating system.
Tom’s Guide’s specific test data backs this up: the iPhone 17 Pro Max was at 88% battery remaining after a 5-hour YouTube streaming test at 50% brightness — compared to 80% for the iPhone 16 Pro and 75% for the Galaxy S25 Ultra in the same test.
That is a 13 percentage point efficiency lead over Samsung’s previous flagship in a single streaming session.
iPhone 17 Pro — Strong but Not Flagship-Level Endurance
The iPhone 17 Pro has a battery size of about 4,000 mAh.
In Tom’s Guide’s 5G web browsing test, the phone lasted 15 hours and 32 minutes on one charge.
This is a big improvement from the iPhone 16 Pro, which lasted 14 hours and 7 minutes in the same test.
Because of this longer battery life, the iPhone 17 Pro earned a place on Tom’s Guide’s list of phones with the best battery life.
But it trails the S26 Ultra’s 16 hours 10 minutes and sits well behind its own Pro Max sibling at 17 hours 54 minutes. If battery life is the deciding factor between the two Pro models, the Pro Max is the clear choice.
Samsung Galaxy S26 Ultra — Strong Efficiency Gains Over S25 Ultra
The Galaxy S26 Ultra has the same 5,000 mAh battery as its predecessor — unchanged since the S20 Ultra in 2020.
But the Snapdragon 8 Elite Gen 5’s 35% higher CPU efficiency and improved thermal management produced real gains.
Tom’s Guide recorded 16 hours 10 minutes in their 5G test — more than two hours longer than the S25 Ultra achieved in the same test version, which the reviewer noted may partially reflect the S25 Ultra being tested after months of use rather than fresh out of the box.
In a separate real-world mixed-use test by tech reviewer Mrwhosetheboss — covering social media scrolling, gaming, performance benchmarks, and streaming — the S26 Ultra lasted approximately 12 hours and outlasted the iPhone 17 Pro Max.
That test used a heavier usage profile than Tom’s Guide’s standardised web browsing test — different test methodologies produce different results.
The honest picture is that both phones are outstanding for all-day use, with iPhone leading in Tom’s Guide’s standardised methodology and Samsung competitive in heavier use profiles.
Samsung claims 31 hours of video playback for the S26 Ultra.
Samsung’s official product page confirms this figure but notes it was measured under controlled conditions including LTE and 5G Sub-6 networks — not 5G mmWave — and reflects an average usage profile, not continuous video playback at full brightness.
Google Pixel 10 Pro XL — Largest Battery, Room to Grow
The Pixel 10 Pro XL has the largest battery of the three at 5,200 mAh — the biggest Google has ever put in a phone.
Tom’s Guide recorded 14 hours 20 minutes — almost 90 minutes longer than the Pixel 9 Pro XL, which is a meaningful year-on-year improvement.
But the larger battery does not translate into endurance leadership — the S26 Ultra lasted nearly two hours longer than the Pixel in Tom’s Guide’s test, despite having a 200 mAh smaller battery.
The gap between Pixel’s battery capacity and its endurance results reflects the Tensor G5 chip’s efficiency compared to Apple and Qualcomm. The chip trails both in benchmarks and power efficiency.
Google has been actively closing this gap — and 14 hours 20 minutes is comfortably all-day for most people — but the Pixel still leaves efficiency on the table that neither Apple nor Samsung does.
Android Central’s review noted the Pixel 10 Pro XL lasts around 90 minutes longer per charge than the Pixel 9 Pro XL. Google rates all three Pixel 10 models for at least 24 hours of normal use, with Extreme Battery Saver extending that to up to 100 hours.
Real-world heavy use typically produces 4.5 to 5.5 hours of screen-on time before needing a charge.
| The Battery Life Honest Summary
iPhone 17 Pro Max (US eSIM): 17h 54m in Tom’s Guide test — #1 of 35 phones tested by CNET in 2025. Best efficiency of any flagship phone. Samsung Galaxy S26 Ultra: 16h 10m in Tom’s Guide test. Highly competitive, 2+ hours better than its predecessor. Competitive in heavy mixed-use tests. Pixel 10 Pro XL: 14h 20m in Tom’s Guide test — solid all-day performance, 90 minutes better than Pixel 9 Pro XL, but trails both competitors in efficiency per mAh. OnePlus 15: 25h 13m — the battery king, but with silicon-carbon trade-offs on longevity. |
| Android
Samsung S26 Ultra: 16h 10m — impressive efficiency from a 5,000 mAh cell, 2+ hours better than S25 Ultra. Pixel 10 Pro XL: 14h 20m — largest battery at 5,200 mAh but trails on efficiency. OnePlus 15: 25h 13m dominates raw endurance. |
iPhone
iPhone 17 Pro Max: 17h 54m — #1 of 35 phones in CNET test. A19 Pro efficiency beats phones with 40% larger batteries. 88% remaining after 5-hour YouTube stream. |
| ⭐ Winner: iPhone 17 Pro Max — best battery endurance of any flagship phone tested in 2025–2026. | |
Charging Speed: Who Refuels Fastest?
Samsung Galaxy S26 Ultra — 60W Super Fast Charging 3.0
Samsung’s 60W Super Fast Charging 3.0 is the fastest wired charging of the three flagships.
GSMArena’s independent lab test reached 84% in 30 minutes and a full charge in 43 minutes — beating Samsung’s own claimed figure of 75% in 30 minutes.
Samsung uses PPS-based fast charging rather than a proprietary standard, meaning any PPS-compatible charger at 45W or higher will charge the S26 Ultra quickly — you are not locked into buying Samsung’s specific charger.
Super Fast Charging 3.0 is a meaningful step up from the previous generation’s 45W.
Going from 0 to full in under 45 minutes is genuinely useful — it means a 15-minute charge while getting ready in the morning adds substantial range.
Samsung claims the charging system is designed to have no impact on long-term battery health, though the independently confirmed 1,200 cycle rating (discussed below) is something to factor into longer-term ownership.
Google Pixel 10 Pro XL — 45W Wired Charging
The Pixel 10 Pro XL charges at 45W wired. Tom’s Guide confirms 45W is the fastest charging option for the Pixel 10 Pro XL, reaching approximately 70% in 30 minutes in typical testing.
This is a meaningful improvement over the 30W ceiling of the Pixel 9 Pro XL, but it still trails Samsung’s 60W by 15W.
In practical terms, the difference between 45W and 60W charging is roughly 10–15 minutes for a full charge.
If you regularly top up your phone from near-empty, this matters. For people who charge overnight every night, it does not matter at all.
The 45W speed is fast enough for all real-world scenarios — it is only in direct charging speed competitions where Samsung wins clearly.
iPhone 17 Pro — 25W Wired Charging
iPhone 17 Pro tops out at 25W wired charging via USB-PD 3.2. Apple’s own product page confirms the 25W ceiling, noting it can reach approximately 50% in 30 minutes with a 25W USB-PD 3.2 compatible charger.
This is the slowest wired charging of the three phones — 35W behind Samsung and 20W behind Pixel.
Apple’s approach here is deliberate. Lower charging wattage generates less heat during the charging process.
Heat is the primary cause of long-term battery degradation — the hotter a battery gets during charging, the faster it ages.
Apple prioritises battery longevity over charging speed. Whether that trade-off is worth it depends on how you use your phone.
If you frequently need to charge from empty in under an hour, iPhone 17 Pro’s 25W is a limitation.
If you charge overnight every night and never watch the clock, it makes no practical difference.
| Android
Samsung Galaxy S26 Ultra leads wired charging at 60W — 84% in 30 minutes in independent lab tests, full charge in 43 minutes. Pixel 45W is solid but 15W behind Samsung. |
iPhone
25W wired charging — slowest of the three. 50% in 30 minutes. Deliberate trade-off prioritising long-term battery health over speed. |
| ⭐ Winner: Samsung Galaxy S26 Ultra — fastest charging of the three flagships. | |
Wireless Charging: MagSafe, Qi2.2, and the Magnet Difference
The Critical Distinction: Built-In Magnets vs Requires a Case
All three phones support 25W wireless charging.
But there is a crucial difference in how each phone achieves it — and it directly affects whether you need to buy extra accessories.
iPhone 17 Pro — 25W MagSafe, Built-In Magnets
Every iPhone 17 has MagSafe magnets built into the back of the phone.
You place any MagSafe-compatible charger on the back and it snaps magnetically into alignment, charging at 25W wirelessly.
Apple’s spec page confirms MagSafe charges at up to 25W. Standard Qi2 chargers reach 15W on iPhone.
The built-in magnets mean the MagSafe ecosystem of chargers, wallets, stands, and accessories all work with zero extra purchase required.
Google Pixel 10 Pro XL — 25W Qi2.2, Built-In Pixelsnap Magnets
The Pixel 10 Pro XL is the first Android phone with built-in Qi2-compatible magnets via Google’s Pixelsnap system.
Tom’s Guide confirmed 25W wireless charging via Qi2.2 support with the built-in Pixelsnap magnetic array on the back of the phone.
You do not need a magnetic case.
Pixelsnap is compatible with MagSafe accessories — meaning the vast ecosystem of MagSafe wallets, chargers, and mounts all work with the Pixel 10 Pro XL out of the box.
Samsung Galaxy S26 Ultra — 25W Qi2, But Requires a Magnetic Case
The Galaxy S26 Ultra supports 25W Qi2 wireless charging — but only when using a compatible magnetic case.
The Samsung product page confirms Qi2 wireless charging support but the phone itself has no built-in magnets.
Without a magnetic case, the S26 Ultra charges at standard Qi speeds — significantly slower than 25W.
This is a meaningful practical caveat for buyers expecting to use their S26 Ultra naked or with a non-magnetic case.
| Wireless Charging Magnet Comparison — Important
iPhone 17 Pro: Built-in MagSafe magnets. 25W wireless instantly, no case needed. MagSafe ecosystem works out of box. Pixel 10 Pro XL: Built-in Pixelsnap magnets. 25W Qi2.2 wirelessly, no case needed. Compatible with MagSafe accessories. Samsung Galaxy S26 Ultra: NO built-in magnets. 25W Qi2 only achievable with a compatible magnetic case. Without a magnetic case, wireless charging is standard Qi speed. Source: Samsung product page, Tom’s Guide, Google product specs. |
Battery Health: How Long Before It Degrades?
Samsung Galaxy S26 Ultra — 1,200 Cycle Rating (Down from 2,000)
This is the most significant long-term battery concern across all three phones.
Leaked EU regulatory labels reported by PhoneArena before launch confirmed the Galaxy S26 Ultra is rated at 1,200 charge cycles before the battery degrades to 80% health — down from 2,000 cycles on the Galaxy S25 series.
The same labels confirmed the iPhone 17 Pro Max is rated at 1,000 cycles with an A-rating for energy efficiency, and the Pixel 10 Pro XL at 1,000 cycles with a B-rating.
What does 1,200 cycles mean in practice? If you fully charge your phone once a day, 1,200 cycles takes approximately 3.3 years to reach.
At that point your battery holds 80% of its original capacity — meaning the S26 Ultra’s 5,000 mAh battery would effectively become 4,000 mAh.
For most people who upgrade phones every 2–3 years, this does not matter.
For people who keep phones for 4–5 years, the lower cycle rating means you may notice reduced battery life before you replace the phone.
Samsung’s reduction from 2,000 to 1,200 cycles likely reflects the demands of 60W fast charging, which generates more heat than slower charging — and heat accelerates battery cell degradation.
The trade-off is fast charging now versus longer battery health later.
Samsung has indicated silicon-carbon battery technology is coming in a future model, which would help resolve this tension.
Apple iPhone — 1,000 Cycles, A-Rated Efficiency
The iPhone 17 Pro Max has a 1,000 cycle rating — 200 fewer than the S26 Ultra — but carries an A-rating for energy efficiency from EU regulators.
Apple’s Battery Health features in iOS 26 actively manage charging patterns to slow degradation — the Optimised Battery Charging feature learns your charging habits and holds the battery at 80% overnight, only topping to 100% shortly before you typically wake up.
This protects the battery from spending long hours at maximum charge, which is a significant cause of long-term degradation.
Apple also offers battery replacement service directly through Apple Stores and authorised service providers.
The iPhone 17 Pro’s battery replacement procedure improved this generation — the pull-tab design makes it easier to replace the battery without full disassembly, which should reduce service costs.
Google Pixel 10 Pro XL — 1,000 Cycles, B-Rated Efficiency
The Pixel 10 Pro XL shares the 1,000 cycle rating with iPhone.
EU labels cited by PhoneArena gave it a B-rating for energy efficiency — below Apple’s A-rating, reflecting the Tensor G5’s lower power efficiency compared to the A19 Pro.
Google also offers Battery Health Assistance in Android 16, and the December 2025 software update specifically targeted battery charging limit settings and memory management to improve battery health over time.
| Battery Longevity — What the Cycle Ratings Mean
Samsung Galaxy S26 Ultra: 1,200 cycles → ~3.3 years at one full charge per day. Battery reaches 80% health at that point. Down from 2,000 cycles on S25 Ultra — likely a trade-off for 60W charging speed. iPhone 17 Pro Max: 1,000 cycles → ~2.7 years at one full charge per day. Apple’s Optimised Battery Charging slows real-world degradation. Google Pixel 10 Pro XL: 1,000 cycles → same ~2.7 years. B-efficiency rating. If you keep phones for 4+ years: Samsung’s higher cycle count is the most durable battery. If you upgrade every 2 years: all three are essentially identical in practical terms. Source: PhoneArena, EU regulatory labels. |
Use-Case Battery Guide: Which Phone for Which Lifestyle?
For Long Travel Days
The iPhone 17 Pro Max is the clear choice. 17 hours 54 minutes of continuous web browsing over 5G in independent testing means it will outlast any realistic travel day.
If you are on a long-haul flight, a full day of sightseeing, or a conference day with heavy use, the iPhone 17 Pro Max gives you the most confidence of any flagship phone.
The Pixel 10 Pro XL with its 5,200 mAh battery and 14 hours 20 minutes of test endurance is also very capable for a full travel day.
The S26 Ultra at 16 hours 10 minutes sits between them and is excellent for most travel scenarios.
For Overnight Charging Users
If you charge overnight every night and just need the phone to last a full day, all three flagships will do this comfortably.
The iPhone 17 Pro’s 25W charging limitation matters least here — you are not watching the clock.
The iPhone’s Optimised Battery Charging feature is the most refined overnight charging system of the three.
For Heavy Gamers
Gaming drains batteries faster than almost any other use case.
The iPhone 17 Pro Max’s thermal efficiency matters here — it maintains performance longer without throttling, which means it wastes less battery on heat management.
For extended gaming sessions, the larger Pro Max battery combined with the vapor chamber cooling system makes it the most practical gaming phone of the three.
For Wireless Charging Users
- MagSafe users: iPhone 17 Pro — the most mature and largest ecosystem of wireless accessories. Snap and charge.
- 2 wireless charging without a case: Pixel 10 Pro XL — first Android with built-in Pixelsnap magnets. Compatible with MagSafe accessories.
- S26 Ultra wireless users: Budget for a compatible magnetic case to get full 25W Qi2 speeds — without one you charge at standard Qi speeds only.
For Fast Top-Ups Throughout the Day
Samsung Galaxy S26 Ultra with 60W wired charging is the winner here.
If you have 15 minutes at a desk during the day, 60W adds significant range.
10 minutes of charging on the S26 Ultra provides more battery than 10 minutes on either competitor.
For this lifestyle, Samsung is clearly the right choice.
The Best Budget Battery Android: OnePlus 15
25 Hours 13 Minutes — A Different Category
If battery life is your absolute top priority and you are open to Android, the OnePlus 15 exists in a different category entirely.
Tom’s Guide recorded 25 hours 13 minutes — nine hours longer than the S26 Ultra in the same 5G web browsing test.
The 7,300 mAh silicon-carbon battery combined with 80W wired charging means it charges fully in approximately 28 minutes and then lasts more than a full day and a half.
The trade-off is the silicon-carbon battery chemistry itself — these cells tend to expand slightly over time as they age, and the higher cycle heat from 80W charging accelerates degradation compared to the 25W and 45W charging rates of Apple and Pixel.
For a 2-year phone it is outstanding.
For a 5-year phone it may age less gracefully than the flagships above.
If none of the three main flagships fit your budget and battery life is your top priority, the OnePlus 15 is the most compelling battery option in any phone available right now.
The Final Verdict: Android vs iPhone Battery Life
The iPhone 17 Pro Max is the best battery life flagship phone of 2026 — confirmed independently by Tom’s Guide, CNET, and Gadget Hacks across multiple test methodologies.
It achieves this with a smaller battery than either Android competitor, through the efficiency of the A19 Pro chip and iOS 26’s power management. If endurance is your priority, iPhone wins.
The Samsung Galaxy S26 Ultra counters with the fastest charging of the three at 60W — 84% in 30 minutes in independent testing — and delivers 16 hours 10 minutes of endurance that satisfies even demanding users.
The 1,200 cycle battery rating is worth knowing if you plan to keep the phone more than three years.
The 25W wireless charging requiring a magnetic case is a practical caveat many buyers miss.
The Google Pixel 10 Pro XL has the largest battery at 5,200 mAh but delivers 14 hours 20 minutes in the same test — solid all-day performance, approximately 90 minutes better than the Pixel 9 Pro XL, but trailing both competitors in efficiency per mAh.
Its strongest battery story is the built-in Pixelsnap magnets for 25W Qi2.2 wireless charging — the only Android phone where you get fast wireless charging without needing a special case.
Pick the phone that matches how you actually charge. If you plug in overnight and never think about battery: any of these three will serve you well.
If you rely on quick top-ups during the day: Samsung. If endurance on a single charge matters most: iPhone Pro Max. If wireless charging convenience is key: iPhone or Pixel.
Frequently Asked Questions
Q: Which phone has the best battery life
A: The iPhone 17 Pro Max (US eSIM model, 5,088 mAh) ranked first in CNET’s test of 35 smartphones across 2025, and recorded 17 hours 54 minutes in Tom’s Guide’s 5G web browsing test. Apple also ranked first as a brand ahead of OnePlus, Samsung, and Google. Source: CNET battery test (via 9to5Mac, MacRumors), Tom’s Guide iPhone 17 battery results.
Q: Why does the iPhone 17 Pro Max have two different battery sizes?
A: The US eSIM-only model has a 5,088 mAh battery. The international model that retains a physical SIM card tray has a 4,823 mAh battery. Removing the SIM card tray freed internal space that Apple used for extra battery capacity. The CNET and Tom’s Guide results were recorded on the US eSIM model. Source: Jerusalem Post citing CNET test data, PhoneArena.
Q: How fast does the Samsung Galaxy S26 Ultra charge?
A: The S26 Ultra supports 60W Super Fast Charging 3.0. Independent lab testing by GSMArena reached 84% in 30 minutes and a full charge in 43 minutes — beating Samsung’s own claimed figure of 75% in 30 minutes. Uses PPS-based charging, compatible with any PPS charger at 45W or higher. Source: GSMArena lab review, Samsung product page.
Q: Does the Samsung Galaxy S26 Ultra have wireless charging?
A: Yes — 25W Qi2 wireless charging. However, the phone has no built-in magnets. To achieve the full 25W Qi2 speed, you must use a compatible magnetic case. Without a magnetic case, the phone charges at standard Qi speeds, which are significantly slower. Source: Samsung official product page, GSMArena spec listing.
Q: Does the Pixel 10 Pro XL need a case for fast wireless charging?
A: No. The Pixel 10 Pro XL is the first Android phone with built-in Qi2-compatible magnets via Google’s Pixelsnap system. It charges at 25W Qi2.2 wirelessly with no magnetic case required. It is also compatible with MagSafe accessories. This contrasts directly with the Samsung Galaxy S26 Ultra, which requires a magnetic case for 25W wireless speeds. Source: Tom’s Guide Pixel 10 Pro XL preview, Google product specs.
Q: How long does the Samsung Galaxy S26 Ultra battery last in real-world tests?
A: Tom’s Guide recorded 16 hours 10 minutes in their 5G web browsing test — more than two hours longer than the S25 Ultra in the same test. Samsung claims 31 hours video playback under controlled conditions. A separate mixed-use test by Mrwhosetheboss found approximately 12 hours of heavy usage. Source: Tom’s Guide, Samsung product page, NotebookCheck.
Q: How long does the Pixel 10 Pro XL battery last?
A: Tom’s Guide recorded 14 hours 20 minutes in their 5G web browsing test — almost 90 minutes longer than the Pixel 9 Pro XL. Google rates it for 24+ hours of normal use, with Extreme Battery Saver extending to up to 100 hours. Android Central’s hands-on found approximately 90 minutes longer per charge than the Pixel 9 Pro XL in day-to-day use. Source: Tom’s Guide, Android Central, Google product specs.
Q: What is the battery cycle rating of the Samsung Galaxy S26 Ultra?
A: 1,200 charge cycles before the battery degrades to 80% health — confirmed by leaked EU regulatory labels reported by PhoneArena before launch. This is reduced from 2,000 cycles on the Galaxy S25 series. The iPhone 17 Pro Max is rated at 1,000 cycles (A-efficiency rating). The Pixel 10 Pro XL is also rated at 1,000 cycles (B-efficiency rating). Source: PhoneArena citing YTECHB-leaked EU labels.
