Razer’s $280 mouse is covered in gaping holes 

There are plenty of cookie-cutter mice made by different manufacturers that have the same form and function but use slightly different colors or sensor specs to differentiate them. That’s why when Razer announced the Viper Mini Signature Edition (SE) today, we focused on a wireless mouse that makes you forget you’re wearing clothes.

The Viper Mini SE uses a magnesium alloy chassis “exoskeleton,” as Razer describes it. A dark gray line extends down the palm of the mouse, creating a spider web-like design and a bold gaping hole. Razer takes the honeycomb design to the extreme, drilling holes into the chassis of the mouse to reduce weight. However, while typical honeycomb mice like the Glorious Model I have a lot of smaller holes, the Viper Mini SE has a hole so large that it looks like you could stick your finger in it.

At first glance, I was immediately concerned about the mouse’s durability. Contrary to what Razer claims, he thinks mice with 18 holes are more fragile than mice without holes. Large openings can also attract dust and debris, but larger holes make it easier to clean the mouse with a blower than a honeycomb mouse with many small openings.

Razer has kindly given the mouse a three-year warranty. This is her year longer than a normal mouse. I’d love to check out the Viper Mini SE review and long-term experience to see how it holds up, especially among power users such as gamers who tend to use their mouse aggressively.

From a glass-half-full perspective, a spongy mouse has the advantage of helping to cool the hands above it. Users are less likely to get their hands jammed during long periods of intense use. However, Razer fell short of attaching a cooling fan to the mouse like his Zephyr in his Marsback.

The large hole makes the Viper Mini SE Razer’s lightest mouse possible. Weighing in at 1.73 ounces, it is about 30% lighter than the Viper Mini (2.15 ounces) with the same form factor and roughly the same dimensions. However, this is still not the lightest mouse. For example, Cooler Master’s MM720 also weighs 0.11 pounds, and Finalmouse sells a mouse that weighs just 1.48 ounces.

It would have been nice if Razer had added a button to the right side of the mouse to make it truly ambidextrous, as it did with the Razer Viper Ultimate.

Razer used a magnesium alloy for its mouse because it had a favorable “strength-to-weight ratio.” The plastic was not very sturdy due to the perforations, and there was little weight loss. Titanium is also lightweight, strong, and durable, but there are limits to how it can be manufactured. Finally, manufacturing limitations and a heavier-than-plastic weight prevented Razer from making his Viper Mini SE out of carbon fiber.

According to Razer’s press release, the mouse is “manufactured using an injection-molded exoskeleton, which is CNC machined and polished. The exoskeleton shell is passivated to make it less susceptible to corrosion. It is then painted and assembled.At each step, each unit is meticulously inspected…”

The Razer Viper Mini SE targets gamers who want a mouse that makes flicking as easy as possible on their desk. However, ultralight mice with high dots per inch (DPI) specifications (up to 30,000 DPI for the Viper Mini SE) are becoming increasingly popular for users with higher resolution monitors and multiscreen setups. Or you can appeal to users who are not confident in their skills. Or your hand gets tired while using the mouse.

If you’re looking for a lot of chassis for your money, this isn’t it.

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