Samsung review
Galaxy A80 (A805 2019)
The Samsung Galaxy A80 remains one of Samsung's boldest mechanical experiments, featuring a motorized rotating camera that still draws eyes but presents clear long-term ownership trade-offs.


The Samsung Galaxy A80 remains one of Samsung's boldest mechanical experiments, featuring a motorized rotating camera that still draws eyes but presents clear long-term ownership trade-offs.
Pros
- +Uninterrupted 6.7-inch Super AMOLED screen with no display cutout
- +Identical primary camera quality for both rear shots and selfies
- +Sturdy aluminum frame with high-end glass materials
- +Generous 8GB RAM configuration handles light multi-tasking smoothly
Cons
- −Motorized sliding mechanism is prone to dust intrusion and failure
- −Modest 3,700 mAh battery capacity is undersized for a large display
- −Heavy 220-gram body with no IP rating for water resistance
- −Software support capped at Android 11 (One UI 3.1)
Overview
When Samsung introduced the Galaxy A80 (SM-A805), it represented an ambitious leap in full-screen engineering. Rather than accepting a notch, punch-hole, or teardrop cutout, Samsung opted for a motorized pop-up and rotating module that turns the triple rear cameras around to face the user. By doing so, the main 48 MP primary sensor, 8 MP ultrawide lens, and 3D Time-of-Flight depth camera double as top-tier selfie shooters.
Looking back from a long-term ownership perspective, the Galaxy A80 stands out as an intriguing mid-range experiment. Powered by the Qualcomm Snapdragon 730 platform alongside 8 GB of RAM and 128 GB of internal storage, it delivered reliable performance for its generation. However, putting moving mechanical parts inside a high-touch mobile device introduces clear wear-and-tear vulnerabilities over time.
Design and build
The physical architecture of the Galaxy A80 revolves around its slider framework. The phone pairs an aluminum midframe with Gorilla Glass 3 on the front and Gorilla Glass 6 on the rear panel. Holding the device, there is an immediate sense of density; at 220 grams, it sits heavily in the hand and feels noticeably thicker than conventional slab phones.
Because the upper section of the phone must physically rise and flip when the camera app toggles to selfie mode, there is no official IP rating for dust or water protection. Tiny gaps between the sliding housing and the fixed outer body leave the interior vulnerable to moisture and grit. The reward for this physical complexity, however, is a pristine 6.7-inch Super AMOLED display completely free of cutouts, delivering an immersive canvas for video playback and web browsing.
Everyday performance
The Snapdragon 730 chip combined with 8 GB of RAM provides adequate horsepower for daily mobile operations, media consumption, and general messaging. Navigation across system menus feels fluid enough, though modern resource-heavy applications and 3D games will push the processor near its limits.
Software support for the Galaxy A80 peaked with Android 11 running One UI 3.1. While this interface is clean and intuitive, the lack of modern security updates and operating system upgrades means users must be deliberate about app compatibility and security best practices. Visually, the Super AMOLED panel remains a bright spot, featuring punchy colors and deep blacks that hold up well against modern mid-range panels.
Battery, durability, and longevity
The internal motorized mechanism demands significant physical space within the chassis. As a result, Samsung was forced to equip the Galaxy A80 with a relatively small 3,700 mAh lithium-polymer battery. For a device driving a expansive 6.7-inch panel, this battery size is a clear bottleneck.
Over extended periods of ownership, chemical battery degradation compounds this limitation. Users will likely find themselves reaching for a charger midway through the day. Durability is a double-edged sword: while the glass and metal construction resists light scratching, dropping the phone while the camera assembly is deployed or partially elevated can easily bend the internal alignment tracks or crack the rear glass cover.
Common issues owners hit
The Galaxy A80 exhibits a specific set of hardware failure modes directly tied to its mechanical nature:
- Motorized Slider Jams: Pocket lint, sand, and fine debris accumulate inside the sliding tracks, leading to grinding noises, stuttering elevation, or complete motor lockups.
- Flex Cable Fatigue: The ribbon cables linking the rotating camera module to the mainboard endure tension every time the camera extends. Over hundreds of cycles, this ribbon can fracture, causing camera app crashes or a black viewfinder.
- Battery Drain: The combination of an aging 3,700 mAh cell and power-hungry display components leads to noticeably degraded battery life over time.
- USB-C Port Wear: Constant charging cycles wear out the internal pins of the bottom-mounted USB-C port, causing intermittent fast-charging failure.
If you are attempting to diagnose mechanical behavior or battery symptoms on your device, check out our Galaxy A80 device page or browse through the broader troubleshooting guides for step-by-step insight.
Who it's for
The Galaxy A80 is best suited for tech enthusiasts, collectors, or light users who place a high premium on an unbroken screen experience without notch interruptions. It is also an interesting option for vloggers who want full-sensor 48 MP quality for front-facing video recording without buying expensive external setups. It is less ideal for power users who require all-day battery life or outdoor workers exposure to dust and severe weather.
Bottom line
The Samsung Galaxy A80 remains a memorable icon of late-2010s smartphone experimentation. Its motorized camera assembly offers a notchless viewing experience and top-tier selfie quality, but those benefits come with real long-term trade-offs in mechanical fragility, poor water resistance, and modest battery runtime.
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Verdict
The Samsung Galaxy A80 is a fascinating piece of smartphone history. Its motorized camera delivers a truly notchless display and high-grade selfies, but high mechanical complexity and modest battery life make it a niche choice for long-term daily driver status.

