LEOBOG Graywood V4 Linear MX Stem Switch

LEOBOG Graywood V4

LEOBOG Greywood V4 Switch Specifications:

1. Stem Material: POM (Polyoxymethylene) - The use of POM material for the stem ensures durability and a stable keystroke feel.

2. Spring Type: 2-stage spring - This type of spring provides a unique resistance profile, potentially offering a different typing experience compared to a standard single-stage spring.

3. Initial Force (Min): 30gf - This is the minimum force required at the beginning of the keystroke, indicating the lightest possible resistance as the key is actuated.

4. Total Travel: 3.6mm +/- 0.3mm - This represents the full distance the keycap moves from its resting position to the bottomed-out state, with a small variance allowed for manufacturing tolerances.

5. Conduction Distance: 1.5mm +/- 0.3mm - This is the distance the keycap must be depressed for the switch to conduct an electrical signal, which is when the keypress is registered.

6. Operating Force: 40gf +/- 3gf - This is the force required to actuate the switch, with a small variance to account for manufacturing tolerances. The operating force is considered light to medium, providing a balance between ease of actuation and stability.

7. Bottom Force: 50gf +/- 3gf - This is the force at which the keycap bottoms out, providing a consistent and firm sensation at the end of the keystroke.

The LEOBOG Greywood V4 switch is designed with a focus on a light to medium operating force and a 2-stage spring, potentially offering a unique typing experience with a durable POM stem and a consistent feel throughout the keystroke.