Honor Magic 5 Pro underwater photography: a comprehensive review.

To learn how to get the most out of your gear underwater, discover the [AquaExposure Training](/lms).

The AquaExposure training covers gear selection, optimal settings in natural light, and post-production workflow for every type of device. Discover the underwater photography training. ctaText: 'Learn to photograph underwater with your smartphone: discover the training' ctaLink: /formation-photo-sous-marine lang: en --- In 2023, Honor topped the DxOMark leaderboard with the Magic 5 Pro, earning a score of 152 points that surprised quite a few people. Not because the device was obscure, but because the brand, which had separated from Huawei and was rebuilding independently, was still proving it could stand on its own.

A DxOMark score of 152 is a genuine recognition. It's also a measurement taken above water, under controlled lighting, with protocols built around terrestrial photography. The question I care about here is different: does this sensor, these lenses, this battery, and this laser autofocus hold up when you slide the phone into a housing and go down to ten, twenty, or thirty meters?

Here's what the Magic 5 Pro actually delivers when used underwater.

AquaExposure overall score: 3.7/5

This device is suitable for: diving enthusiasts who take photos in tropical or warm temperate waters, with a mid-to-premium budget, and want RAW capabilities without unnecessary complexity.

This device is less suitable for: cold northern waters (North Sea, North Atlantic), where the aluminum's thermal conductivity can cause condensation inside the casing.

The Magic 5 Pro features three 50-megapixel sensors. For underwater photography, two lenses are particularly important.

The main camera, with its f/1.6 aperture on a 1/1.12-inch sensor, lets in a significant amount of light compared to what most smartphones offer. This is the lens you will use for the majority of your dives. The 122-degree ultra-wide lens, meanwhile, has a quality that is rare on a smartphone: it focuses natively from as close as 2.5 centimeters. This is not a dedicated macro mode, it's its native working range.

Underwater, this means you can transition seamlessly from a wide shot of a coral reef to a close-up of a starfish without having to change modes or switch lenses. This level of versatility in the field is truly remarkable.

Technical detail

Main camera: 50MP, 1/1.12", f/1.6, OIS, PDAF + 8x8 dToF laser, 23mm equivalent. Ultra-wide: 50MP, f/2.0, 122°, native AF, minimum focus distance 2.5 cm. Periscope tele: 50MP, f/3.0, OIS, 3.5x optical zoom, 30 cm minimum focus (limited underwater relevance).

The f/1.6 aperture on the main camera falls into the "f/1.4-1.8" range of the AquaExposure scoring grid (4/5). The 1/1.12-inch sensor sits between "1 inch" (3/5) and "1/1.2 inch" (2.5/5) and scores 2.8/5 as an interpolation. RAW buffer size and exact shutter latency are not independently documented. DxOMark noted occasional shutter delay as the only significant weakness of the system.

B1 score: 3.6/5

The Honor camera app's Pro mode gives you native RAW on all three lenses, without needing a third-party app. This is the foundation of a natural-light workflow: you come back from a dive with raw files, allowing you to recover highlights in surface reflections, adjust white balance, and bring back the reds and oranges that the water absorbs from just a few meters below.

What strengthens that foundation is that the Honor Magic 5 Pro runs Android with full Google Mobile Services. That means MotionCam Pro, the reference app for Android RAW video, is available on Google Play. For video work, this is a genuine advantage that many flagship phones cannot match, particularly Huawei models that lost access to Google services during the brand separation.

What we don't know precisely is the RAW bit depth. Honor doesn't communicate this clearly. On a Snapdragon 8 Gen 2 platform, the typical range is 10 to 12 bits, but this is unconfirmed. For your DaVinci Resolve or Lightroom workflow, it's worth checking on your first field files.

Technical detail

Native RAW in the camera app (Pro mode): score 5/5. RAW bit depth: not officially documented, estimated 10-bit (score 3/5, to verify on site). Manual white balance in Kelvin for video: available in Pro video mode, presumed stable (score 4/5). Maximum video codec: H.265 up to 4K, no Log color profile documented by Honor (score 3/5). Third-party Android app: MotionCam Pro available via Google Play (score 4.5/5). Color science: advanced proprietary Honor ISP, recognized performance (DxOMark #1 in 2023), no Zeiss/Leica/Hasselblad partnership (score 4/5).

B2 score: 3.9/5

The Magic 5 Pro is available with 256 GB or 512 GB of internal storage. There is no memory card slot. This is Honor's deliberate choice, similar to Apple's approach.

For diving: one hour of full-resolution RAW generates between 8 and 12 GB depending on the subject and pace. With 512 GB, you have several days of shooting before you need to transfer anything. For a week-long liveaboard with 3 dives a day, that is comfortable. For a two-week trip, plan one mid-trip data transfer.

What helps here is that the Magic 5 Pro's USB-C connector achieves real-world transfer speeds of around 500 MB/s in independent tests. Connecting an external SSD via OTG between dives to offload the device takes a few minutes, not half an hour. That kind of detail matters on a 3-rotation day.

```text Technical detail

Internal storage: 512 GB available, no memory card slot (score 3.8/5). Connector: USB-C with measured throughput ~500 MB/s (USB 3.x, score 4/5). Field transfer via OTG: compatible with external SSD, real-world speed >500 MB/min (score 4/5).

B3 score: 3.9/5 ```

This is where the tone of the conversation shifts.

The Magic 5 Pro has an aluminum chassis. Aluminum conducts heat efficiently, which engineers appreciate for dissipating processor heat, but which creates a specific problem inside a sealed housing: when the water is cold and the air trapped inside the housing is warmer than the aluminum wall, condensation forms on the inner port. This phenomenon is not specific to the Magic 5 Pro but applies to all high thermal conductivity chassis, and it can ruin a dive in just a few minutes.

This risk is real in cold water (below 15°C), which includes the North Sea, the northern Atlantic, alpine lakes, and a large portion of the Mediterranean during the winter. In warm tropical waters, the temperature difference is small, and the risk decreases significantly.

Independent reviews from 2023 also note instances of overheating under heavy loads, suggesting that the thermal dissipation design is sized for minimal acceptable performance and offers no buffer. Within a sealed enclosure, the device cannot effectively dissipate this heat outwards.

```text Technical detail

Chassis material: aluminum (high thermal conductivity). Internal cooling: passive, vapor chamber not confirmed on the Magic 5 Pro (the Magic 6 Pro generation introduced a more elaborate active system). Risk of condensation in cold water < 15°C: high (score 1/5). Risk of condensation in tropical water > 25°C: moderate (score 2.5/5 - average used in scoring). IP68 certified, no MIL-STD-810 certification (score 3/5 for shock resistance).

B4 score: 2.8/5 ```

The 5100 mAh battery is a definite advantage for diving applications. You won't have to end a dive prematurely due to a depleted battery. Fast charging at 66W allows you to recharge the battery to 80% in approximately 35 minutes between dives.

What we don't know is how the battery behaves in cold water. Standard Li-Polymer chemistry loses a portion of its capacity below 10°C, which can reduce runtime by 20 to 30% in winter conditions. Honor does not document this, and available third-party tests were all conducted under normal operating temperatures.

```text Technical detail

Capacity: 5100 mAh (score 4/5). Chemistry: standard Li-Polymer, no silicon-carbon technology documented (score 3/5 for cycle life). Cycle life before 20% capacity loss: not officially documented.

B5 score: 3.5/5 ```

Before each dive session, make sure your external battery is ready. Use our portable battery comparator to choose the right power bank for your housing and usage.

The Magic 5 Pro features an 8x8 dToF (direct Time of Flight) system combined with multi-directional PDAF and an AI module. This is a powerful combination for fast focus acquisition, and it contributed to the DxOMark top ranking in 2023 for dynamic scenes.

Underwater, there's one key point to remember: the infrared Time-of-Flight (ToF) laser. In air, this type of sensor measures distance by reflecting an invisible beam off the subject. However, in water containing particles (plankton, suspended sediment), that beam can scatter and distort the measurement. This isn't a universal problem, but it's a behavior worth knowing in turbid or low-visibility conditions.

What compensates for this is the ultra-wide camera's native 2.5 cm minimum focus distance, which works independently of the laser. For stationary macro subjects, Focus Peaking (if available in the app) or manual focus via MotionCam Pro provides precise control without relying on the laser. This is the workflow I recommend for smartphone underwater macro photography.

```text Technical detail

AF system: 8x8 dToF laser + multi-directional PDAF + AI. Physical LiDAR (iPhone Pro type): not present on this model. Laser/ToF manually disableable: not documented, behavior in turbid water to be tested on site. Native Focus Peaking: not confirmed, available via MotionCam Pro. Full Android GMS = manual focus available via third-party apps.

B6 score: 4.0/5 ```

Divevolk is the leading brand for mainstream smartphone cases. The SeaTouch 4 Max series, certified to a depth of 60 meters and featuring full touchscreen access through a gel membrane, is listed as being compatible with the Honor Magic series.

Before purchasing, check the Divevolk compatibility page specifically for the Magic 5 Pro. Dimensions vary slightly between device generations and between regional variants (some markets ship a Magic 5 Pro with Kunlun Glass, which has a different thickness profile). That kind of detail can mean that a "Magic series compatible" housing does not seal correctly on your exact model.

Technical detail:

Certified rigid housing: Divevolk SeaTouch 4 Max (Honor Magic series, confirm exact variant for Magic 5 Pro on divevolkdiving.com). Certified depth: 60 meters. Screen access: Divevolk SeaTouch gel membrane (full touchscreen access). Third-party app access (MotionCam Pro): accessible via the housing touchscreen.

B7 score: 4.0/5

Available housings

• Divevolk SeaTouch 4 Max: rigid housing, 60 m depth rating, gel touchscreen access (confirm compatibility with the exact Magic 5 Pro model on divevolkdiving.com)
• Divevolk SeaTouch 4 Max Platinum: premium variant, same waterproofing specifications
• ARMOR-X: shock-resistant protective cases, not certified for deep diving.

Field workflow for a day of three dives.

A practical example: 3 one-hour dives, capturing full-resolution RAW images from both main lenses.

• Estimated consumption: 3 hours x 10 GB = approximately 30 GB
• Battery life: very good, lasting a full day.
• Transfer required: no, has 512 GB of storage.
• OTG transfer if needed: yes, with an external SSD, real-world speed >500 MB/s.

For a 7-day trip with 3 dives per day, plan for 200 to 250 GB of storage. The 512 GB version provides extra space for video recording and topside photography as well.

Key considerations:

The first, already mentioned, is the thermal behavior inside the housing. If you regularly dive in the northern Atlantic, the North Sea, or alpine lakes, the aluminum chassis poses a condensation risk. The solution is to use silica gel packets inside the housing and avoid leaving the device running on the surface for extended periods before immersion.

The second is RAW bit depth. If your underwater color correction workflow relies on aggressive shadow recovery, verify your first field files before traveling to an expedition destination. A 10-bit RAW does not offer the same latitude as a 12-bit file.

The third, more subtle, factor is the dToF laser in particle-rich water. In low-visibility conditions (e.g., the North Sea with a visibility of 5 meters, or sites with suspended sediment), autofocus behavior may differ from what you are accustomed to in clear tropical waters. Allow time to test this during your initial familiarization dive.

The Honor Magic 5 Pro is an honest tool for underwater photography, neither overhyped nor overlooked. What convinced me is the system's consistency: native RAW across all three lenses, fast autofocus, an ultra-wide lens with a minimum focusing distance of 2.5 cm, and 512 GB of storage without needing to manage a memory card. Full Android with GMS means that reference apps like MotionCam Pro work without any workarounds.

What gave me pause is the thermal management. In cold temperate waters, the aluminum chassis combined with documented overheating under load is a combination worth monitoring closely. If your primary diving ground is the Mediterranean in summer, Malta, the Red Sea, the Maldives, or the Caribbean, this point is minor. If you dive in the North Sea, Brittany, or Norway, consider titanium or ceramic-chassis alternatives first.

For warm-water diving, and within a mid-to-premium price range, it deserves a spot in your dive gear.

For cold-water diving, compare it with the Google Pixel 10 or the OPPO Find X9 before deciding.

Not sure which one to choose? Use our underwater camera equipment comparator to compare this device with other tested models.

To learn more about condensation and overheating, please read our dedicated article: Smartphone overheating and condensation in an underwater housing.