Comparison Hator Gravity X TKL vs Hator Gravity TKL

The force required for the complete actuation of the switch under the key. This parameter is measured in grams and directly affects the feel of typing or gaming. Light switches with a force of about 35 – 45 grams require minimal pressure and are suitable for fast typing, while heavier ones — 55 – 80 grams — provide a precise response and prevent accidental presses. Actuation force is considered one of the key characteristics of mechanical keyboards, as it determines user comfort and individual preferences.

The distance a key travels from its original position to the point where a keystroke is registered, usually measured in millimeters. The smaller the value, the sooner the command is executed, which is particularly useful in fast-paced games; however, a setting that is too sensitive may increase the number of accidental presses. Mechanical and optical keyboards often have a fixed actuation point, while magnetic switches frequently allow for adjustment within a specified range.

This parameter should not be confused with the total key travel, which includes further movement to the bottom.

The total distance that a key travels from its top position to the switch base. Usually, the total travel ranges from 3.5 to 4 mm for classic mechanical keys and can be less in low-profile models. This factor affects the depth of the press and overall feel of operation: a short travel allows for quicker responses and reduces fatigue, while a longer travel provides a distinct tactile feedback and the sensation of a "full" click. The choice of optimal total travel depends on the typing style and preferences of the user.

"Hot" replacement of mechanical keyboard switches without the procedure of disassembling and soldering the manipulator. Hot Swap technology allows you to change one switch for another in a matter of seconds. This is convenient both when the switches fail, and when using the keyboard in different scenarios. Most often, the technology is used in advanced gaming devices.

The number of additional keys provided in the design of the keyboard.

Such keys do not belong to the standard layout and are intended for quick access to specific functions or individual applications — for example, to control the media player or open mail with one click. This function is convenient because commands from additional keys are usually recognized by the system regardless of what is on the screen — thanks to this, for example, you do not have to close the text editor to switch tracks in the player.

Note that in this case we are talking about individual keys that have a strictly defined purpose and corresponding markings. Programmable buttons, the Fn key (see below) and the functions of the main keys implemented through Fn are not taken into account in this paragraph.

Volume control methodprovided in the keyboard (if such a possibility is provided at all).

— Through Fn. Adjustment using the Fn key (see above): increasing and decreasing the volume is carried out by simultaneously pressing Fn and one of the main keys of the keyboard (usually from the F1 — F12 row), The main advantage of this control is that it allows you not to overload the keyboard with additional controls — this, in turn, has a positive effect on the dimensions and cost. The disadvantage is the need to simultaneously press two keys, which is not always convenient.

— Additional keys. Control with additional keys specially designed for working with volume. A very convenient and practical option: additional keys are usually clearly labeled, while they take up less space and are cheaper than a wheel or a touch slider (see below).

— Wheel. Control by means of a mechanical wheel, the rotation of which up and down or left and right provides a change in volume. A fairly user-friendly option — visual, intuitive and accessible even blindly. At the same time, the wheel can take up quite a lot of space, and it significantly affects the cost of the keyboard.

— Touch slider. Management using a touch surface, the movement of a finger in one direction or another. The sensor takes up minimal space, looks neat...and generally fits well with the overall design of the keyboard, but it is not cheap. Therefore, this option is extremely rare, mainly in high-end gaming or multimedia keyboards.

Mounting the internal unit (boards and plates) through elastic gaskets around the perimeter of the case, without rigid “pulling” with screws directly. Gasket Mount often provides a more even, less resonant sound and reduces unwanted overtones, and the keystrokes feel softer compared to hard mounting schemes, though fans of a very firm setup may find it overly springy. A practical example is a keyboard for working with texts and nighttime gaming sessions, where it's important not to be noisy and to avoid catching case resonance.