Acer Swift 5 (Late 2020) Review: Light and Bloated

Light on weight, but not power.

Acer Swift 5 (2020)
(Image credit: © Tom's Hardware)

Tom's Hardware Verdict

The Acer Swift 5 is a thin laptop without any compromises on performance. But you'll need to spend time uninstalling a lot of bloatware, and the frame has a little bit of flex.

Pros

  • +

    Thin and light

  • +

    Unique color

  • +

    Strong performance

Cons

  • -

    Lots of bloatware

  • -

    Some keyboard flex

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Acer's Swift line has always been about being light as a feather — or as close to it as you can get. The Swift 5  ($999.99 to start, $1,299.99 as tested) is just over two pounds and extremely thin. Here in late 2020, Acer has upgraded it with Intel's latest 11th Gen processors, like several of the best ultrabooks, as well as adding a new coat of paint. It's a mix of green and bronze that stands out, but in a classy fashion.

But some habits die hard. Despite this being one of Acer's more premium productivity laptops, it's still saturated in bloatware that you'll want to spend time deleting or adjusting when you first start with the notebook. And while the chassis is light, it's not without some flex.

Design of the Acer Swift 5

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Andrew E. Freedman
Senior Editor

Andrew E. Freedman is a senior editor at Tom's Hardware focusing on laptops, desktops and gaming. He also keeps up with the latest news. A lover of all things gaming and tech, his previous work has shown up in Tom's Guide, Laptop Mag, Kotaku, PCMag and Complex, among others. Follow him on Threads @FreedmanAE and BlueSky @andrewfreedman.net. You can send him tips on Signal: andrewfreedman.01

  • DeltaProtocol
    But those machines both have slightly more premium feels as the trade-off, with aluminum and, on the XPS 13, carbon fiber

    Industrial metallurgist here. In fairness, magnesium alloys cost at least 10x as much as aluminum, and are often substantially more expensive than carbon fiber.

    There are a couple dozen common grades of carbon fiber. Some (e.g., M60) are exorbitantly expensive at roughly $2000/kg -- but they're rare. The common grades of CF (e.g., S300) are very cheap. In a laptop, you're doubtless getting the cheapest grade.

    My point: The light magnesium alloy is, in truth, substantially more "premium" than aluminum and carbon fiber. Harder to source, harder to work with, more expensive, and ultimately more exotic.
    Reply