IP68 Smartphones Compared by Standardized Data

If IP68 is a requirement, a useful comparison should go beyond a simple list of phones carrying the same protection code. FactRated filters current smartphones to models whose documented canonical ingress-protection fields derive to IP68, then lets you compare the objective measurements that still differ between them.

The default view sorts eligible IP68 phones by standardized battery endurance, because runtime is a practical differentiator and one of the strongest observed search/comparison interests. You can also compare repairability, battery-cycle durability, drop resistance, software support and other standardized fields without turning them into one opaque score.

Comparison group: Current, published registrations in the same device category
Eligible models: 559 · Excluded because the ranking metric is unavailable: 0

Order: Battery endurance — highest first, unavailable values last. Tied values share the same position. The displayed top percentage includes every model tied at that value. At least 30 comparable models are required for contextual positions.

559 results

Model identifier	Battery endurance	IP rating	Declared immersion depth	Repeated free-fall reliability class	Battery cycles	Repairability index	Energy efficiency class
BLU G75G75	499 h 59 min	IP68	8 m	C	≥ 9,900 cycles	3.6	C
DOOGEE V Max 2V Max 2	403 h 10 min	IP68	1.5 m	C	≥ 1,000 cycles	3.45	B
DOOGEE V Max 2 ProV Max 2 Pro	403 h 10 min	IP68	1.5 m	C	≥ 1,000 cycles	3.45	B
ulefone Armor 34Armor 34	384 h 54 min	IP68	2 m	D	≥ 1,000 cycles	3.19	A
ulefone Armor 34 ProArmor 34 Pro	384 h 54 min	IP68	2 m	D	≥ 1,000 cycles	3.19	A
ulefone Armor 33 ProArmor 33 Pro	383 h 36 min	IP68	2 m	A	≥ 1,000 cycles	2.97	A
ulefone Armor 33Armor 33	381 h 42 min	IP68	2 m	A	≥ 1,000 cycles	2.97	A
OUKITEL WP100 PlusWP100 Plus	314 h 11 min	IP68	1.5 m	A	≥ 1,000 cycles	2.9	B
ulefone Armor 29 UltraArmor 29 Ultra	224 h 36 min	IP68	2 m	A	≥ 1,000 cycles	3.1	A
ulefone Armor 29 ProArmor 29 Pro	222 h 18 min	IP68	2 m	A	≥ 1,000 cycles	3.1	A
OUKITEL WP61WP61	218 h 16 min	IP68	1 m	A	≥ 1,000 cycles	3.05	A
OUKITEL WP61 PlusWP61 Plus	218 h 16 min	IP68	1 m	A	≥ 1,000 cycles	3.05	A
OUKITEL WP61 TiWP61 Ti	218 h 16 min	IP68	1 m	A	≥ 1,000 cycles	3.05	A
OUKITEL WP61 UltraWP61 Ultra	218 h 16 min	IP68	1 m	A	≥ 1,000 cycles	3.05	A
DOOGEE S300 PlusS300 Plus	205 h 49 min	IP68	1.5 m	A	≥ 1,000 cycles	3.45	B
DOOGEE S300 Plus ThermalS300 Plus Thermal	205 h 49 min	IP68	1.5 m	A	≥ 1,000 cycles	3.45	B
DOOGEE S300 ProS300 Pro	205 h 49 min	IP68	1.5 m	A	≥ 1,000 cycles	3.45	B
DOOGEE V50V50	205 h 49 min	IP68	1.5 m	A	≥ 1,000 cycles	3.45	B
DOOGEE V50 ProV50 Pro	205 h 49 min	IP68	1.5 m	A	≥ 1,000 cycles	3.45	B
FOSSiBOT F113F113	202 h 8 min	IP68	1.5 m	D	≥ 1,100 cycles	3.16	B
iHunt Strong Titan Night HunterTitan Night Hunter	202 h	IP68	1.5 m	D	≥ 1,100 cycles	3.16	B
Blackview XPLORE X1XPLORE X1	198 h 1 min	IP68	1 m	A	≥ 800 cycles	3.57	B
Blackview XPLORE X1 PROXPLORE X1 PRO	198 h 1 min	IP68	1 m	A	≥ 800 cycles	3.57	B
DOOGEE V Max LRV Max LR	192 h 26 min	IP68	1.5 m	A	≥ 1,100 cycles	3.12	B
DOOGEE V Max PlayV Max Play	192 h 26 min	IP68	1.5 m	A	≥ 1,100 cycles	3.12	B

Data source: EPREL · Last updated: Sep 7, 2026

How this comparison works

FactRated derives the consumer IP code from the documented canonical solid- and water-ingress fields. It does not rely on a similarly named duplicate convenience string. Only models that derive cleanly to IP68 enter this table.

IP68 is the filter, not a hidden ranking score. The visible sort can change, and the page must always label the active sort. The initial/default sort is standardized battery endurance in minutes, rendered as hours/minutes. Missing values stay missing.

What IP68 does — and does not — tell you

The first digit describes protection against solid-particle ingress. The second digit describes water ingress under defined conditions. For IP68, the detailed immersion conditions can vary by model, so FactRated shows the registered immersion-depth information when available rather than assuming every IP68 phone carries an identical real-world water promise.

IP68 does not tell you:

how well a phone survives repeated drops;
how scratch-resistant its screen is;
how repairable it is;
how long the battery lasts per charge;
how many battery cycles it is rated for;
whether water damage will be covered by a particular warranty.

Those are separate measurements or policies and should stay separate.

Why this page is not called “the best waterproof phones”

“Waterproof” is too broad, and a single overall winner would hide important trade-offs. FactRated uses the registered IP classification as an eligibility filter and then exposes the other comparable facts directly.

Frequently asked questions

Does IP68 mean every phone can be submerged to exactly the same depth?

No. Check the model-specific immersion information and manufacturer instructions where available. The IP code alone does not make every model's detailed condition identical.

Is IP68 the same as drop resistance?

No. Repeated free-fall reliability is a separate standardized durability measurement.

Why is battery endurance the default sort?

Because once the IP68 requirement is fixed, standardized runtime is a useful independent differentiator and matches strong consumer comparison intent. You can change the sort without changing the page's IP68 eligibility definition.

Does FactRated perform its own waterproofing tests?

No. FactRated normalizes and presents standardized registered product data; it does not claim to have performed proprietary waterproofing tests.

Related FactRated pages

Data source: EPREL · Last updated: Sep 7, 2026