Ktt Strawberry Linear Switches

The KTT Strawberry is a linear mechanical switch designed for custom keyboard builders who want a smooth typing experience with good RGB lighting effects. It suits users who prefer a consistent, non-tactile keypress without audible clicks. The switch’s factory lubrication and transparent housing aim to reduce friction and enhance light transmission, making it a solid choice for enthusiasts focused on both feel and aesthetics.

Feel & Sound

The switch offers a smooth, linear keystroke without tactile bumps or clicks. This results in a quiet, consistent sound profile suitable for office or gaming environments where noise should be minimal. The factory lubrication helps reduce scratchiness, contributing to a cleaner sound and smoother key travel.

Actuation Characteristics

With a moderate actuation force around 43 gf, it balances between light and firm keypresses, which can reduce finger fatigue over long typing sessions. The pre-travel distance of about 1.9 mm allows for responsive input, while the total travel of approximately 4.0 mm provides a familiar mechanical switch feel. Bottoming out is smooth due to the lubrication and quality materials.

Build Quality

The switch uses a transparent polycarbonate top housing and a translucent polycarbonate/nylon bottom housing, enhancing RGB lighting diffusion. The POM stem material is durable and contributes to smooth keystrokes. Factory lubrication is applied to reduce friction and noise from the start.

Compatibility

It features a 5-pin PCB mount with an MX-compatible footprint, making it compatible with most custom mechanical keyboards that support this standard. The transparent housing allows for effective LED and RGB lighting, enhancing visual customization options.

Trade-offs

While factory lubrication improves smoothness, some users may prefer additional lubing or filming (adding thin layers to reduce wobble) for further refinement. The switch’s linear design means it lacks tactile feedback, which may be less ideal for users who prefer a noticeable bump or click. Unknown factors include long-term durability and spring noise.