Microsoft review
Surface 2
A detailed look at the Microsoft Surface 2, evaluating its iconic VaporMg chassis, display performance, Windows RT limits, and long-term repairability.


A detailed look at the Microsoft Surface 2, evaluating its iconic VaporMg chassis, display performance, Windows RT limits, and long-term repairability.
Pros
- +Premium VaporMg magnesium alloy chassis with dual-position kickstand
- +Sharp 10.6-inch 1080p ClearType display with vivid colors
- +Full-size USB 3.0 port and microSD expansion slot
- +Silent fanless thermal design driven by Tegra 4
- +Excellent physical keyboard dock connectivity
Cons
- −Windows RT platform cannot run standard x86 Windows applications
- −High disassembly barrier due to heavy display perimeter adhesive
- −Proprietary magnetic charging port prone to pin wear and solder stress
- −High rate of battery capacity degradation on aging units
Overview
Launched in late 2013 as the successor to the original Surface RT, the Microsoft Surface 2 represented Microsoft's second-generation attempt at an ARM-powered tablet. Running Windows RT 8.1 on an Nvidia Tegra 4 processor, the device was targeted at light productivity, media consumption, and document editing via bundled Microsoft Office apps. It brought meaningful physical improvements over its predecessor, including a sharper 10.6-inch 1080p display, a refined silver VaporMg finish, and a two-stage kickstand.
Evaluating the Surface 2 today reveals a device defined by contrasting traits: exceptional outer industrial engineering offset by a dead-end software architecture and a rigid internal layout that makes basic service difficult for owners.
Design and build
Microsoft's hardware craft on the Surface 2 holds up remarkably well. The silver VaporMg magnesium alloy shell resists scratches far better than the painted black finish of the original model. The two-position kickstand provides stable angles on both desks and laps, while the magnetic latching system for Touch and Type covers remains one of the cleanest accessory implementations from that era.
However, opening the chassis for internal servicing is an aggressive process. The 10.6-inch 1080p screen is an optically fused assembly glued directly to the magnesium frame with strong perimeter adhesive. Accessing the battery or motherboard requires applying precise perimeter heat and working thin prying picks under the glass edge. Because delicate ribbon cables for touch and display functions run close to the bezel frame, hasty entry risks tearing flex connections or cracking the digitizer.
Everyday performance
When powered on, the Nvidia Tegra 4 processor and 2GB of RAM maintain responsive UI animations within the native Start screen and desktop shell. Offline document editing using built-in Office RT applications remains swift, and local video playback over the full-size USB 3.0 port or microSD card slot works without hitching.
Despite the smooth local interface, everyday functionality is severely bottlenecked by the Windows RT operating system. Without support for traditional x86 desktop software and with an outdated browser engine, modern web services, secure sites, and streaming video platforms no longer function reliably. It functions effectively as a dedicated offline text editor or digital photo viewer, but fails as a modern web-connected tablet.
Battery, durability, and longevity
While the magnesium casing can take considerable physical punishment without structural flex, internal components face significant age-related degradation. The internal lithium-ion battery pack on surviving units frequently shows reduced holding capacity or thermal expansion. Swelling batteries place direct upward pressure on the fused glass screen, creating noticeable white pressure spots on the LCD panel.
The proprietary magnetic charging connector is another known point of wear. Over time, physical strain can loosen the internal power board solder connections or oxidize the spring-loaded gold contact pins, resulting in intermittent power delivery. If your tablet exhibits erratic charging behavior, reviewing our detailed troubleshooting guides can help isolate whether the fault lies in the external charger or internal port board.
Common issues owners hit
Owners maintaining a Surface 2 long-term frequently report a consistent set of hardware failure patterns:
- Battery Swelling & Capacity Loss: Aging cells expand behind the display, risking glass separation or LCD damage.
- Intermittent Power Port Contact: Wear on the magnetic charge port causes charging drops when the cord is bumped.
- Digitizer Fractures: Prying during screen removal or physical drops easily cracks the outer perimeter glass.
- Keyboard Dock Contact Oxidation: Pogo pins on the bottom magnetic interface lose conductivity, causing Touch Covers to disconnect.
You can review complete hardware teardowns and structural diagnostics on our Surface 2 device page or browse similar legacy tablet patterns on our common problems hub.
Who it's for
The Surface 2 is no longer suitable as a primary personal tablet or daily web browser. It is best suited for tech hardware collectors, retro Windows enthusiasts, or writers seeking a lightweight, distraction-free offline word processor paired with a physical Type Cover keyboard.
Bottom line
The Microsoft Surface 2 is a beautifully built piece of tablet hardware trapped by an obsolete ARM operating system and glued-shut internal construction. While its physical casing and 1080p display still impress, high teardown risks and software limitations render it a niche device best suited for display shelves or specialized offline tasks.
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Verdict
The Microsoft Surface 2 remains a sleek piece of industrial design, but its locked-down Windows RT software and heavily glued internals severely limit its modern utility and maintainability.

