HMX Sakura V2 Silent Linear Switches

The HMX Sakura V2 is a silent linear switch designed for users who want a quiet typing experience without the typical mushiness of many silent switches. It suits office workers or typists seeking a smooth, comfortable bottom-out with moderate force requirements. It balances noise reduction and typing feel but is not the quietest option available.

Feel & Sound

• Provides a smooth, linear keystroke with no tactile bump, suitable for consistent keypresses.
• Silent design reduces noise, though it is not the quietest silent switch on the market.
• Bottom-out feels comfortable, avoiding harsh impact common in some linear switches.
• Less mushy than typical silent switches, offering a more controlled typing experience.

Actuation Characteristics

• Requires moderate force to actuate, balancing responsiveness and fatigue.
• Pre-travel and total travel distances support a familiar typing rhythm without feeling too shallow or deep.
• Bottom-out force is slightly higher than actuation force, contributing to the cushioned feel at keypress end.

Build Quality

• Stem made from POM, which reduces friction for smoother keypresses.
• Top housing uses PA12 and bottom housing uses modified polycarbonate, materials that influence sound and durability.
• Equipped with a 22mm KOS single-stage extended spring for consistent force delivery.
• Factory lubed with mixed GPL105 and GPL205 on key friction points, reducing scratchiness and improving smoothness.

Trade-offs

• Not the quietest silent switch, so may not suit environments requiring near-silent operation.
• Unknown compatibility details limit assessment for hot-swap or LED support.
• Some users may prefer a more tactile or clicky feel, which this linear switch does not provide.

Use Cases

• Well suited for office environments where reduced noise is important but a mushy feel is undesirable.
• Good for typists who want smooth, quiet keypresses with comfortable bottom-out feedback.
• Less ideal for gamers or users seeking tactile or clicky feedback for faster actuation cues.