The ease of use of a computer mouse depends on many factors. One of the important characteristics is the quality of sliding. As a rule, manufacturers equip gaming mice with special mouse skates, which significantly increase the convenience of moving the manipulator over the surface. Their presence allows you to refuse to use the rug.
How to choose mouse feet
If you bought a regular manipulator without glide, you can upgrade it - you can find separate stickers on sale. Good legs will bring an inexpensive computer mouse closer to the characteristics of professional gaming models. In addition, the owners of game controllers buy glides when the old stickers are erased. The main thing is to choose the right legs. For example, you need to consider the brand and model of the mouse. So, Logitech manipulators are quite popular among users.
If you want to return the former functionality of a gaming mouse, which has erased the old glide, focus on the model. To "pump" an office mouse, you need to pay attention to its size and configuration features. It is important that the chosen legs fit her.
The sliding quality of the legs depends on the material used by the manufacturer. Teflon guides are the most popular. They provide soft and smooth movement, high speed and precise response. Pay attention to the thickness of the legs. The larger it is, the more resistant to wear stickers. At the same time, the glide thickness should not exceed the standard separation height from the sensor surface.
What parameters affect mouse feet
Properly selected glides provide the following benefits for the gamer:
- increase its speed;
- ensure the accuracy of pointing the cursor;
- promote smooth movement.
Mice with Teflon feet are much more comfortable to use than regular mice. Plus, they last longer. This is due to the fact that a significant part of the load falls on the glides, and they are easy to replace.
Mouse legs are relatively inexpensive. In addition, they are easy to use - it will not be difficult to install them on the manipulator yourself.