Tecsee GOJU Works x Safety Linear Switches

The Tecsee GOJU Works Safety is a linear mechanical keyboard switch designed for users seeking a quiet and balanced typing experience. It suits office workers or custom keyboard builders who want a smooth keypress with moderate force and a sound profile that is neither too sharp nor too muted. Its design aims to deliver a controlled feel with low noise, making it practical for shared or quiet environments.

Feel & Sound

This switch offers a smooth, linear keypress without tactile bumps or clicks. The actuation force is moderate, requiring noticeable effort but avoiding fatigue during extended typing. Its sound profile balances between "clacky" and "thocky," producing a subdued noise level suitable for office settings. The feedback is even, providing a consistent typing rhythm without abrupt sounds.

Actuation Characteristics

The switch has a total travel distance of about 3.7 mm, with an actuation force near 52 g and a bottom-out force around 65 g due to a double-loaded spring. This results in a firm but not heavy keypress, allowing precise control without feeling too stiff. The force curve is linear, meaning the resistance remains steady throughout the keypress.

Build Quality

Its housing combines a polycarbonate top and nylon bottom, materials known for durability and sound dampening. The stem uses a UPE mix, which can affect smoothness and longevity. The double-loaded spring contributes to consistent force and a solid bottom-out feel. Overall, the materials support a stable and quiet typing experience.

Compatibility

The switch is compatible with MX-style PCBs using a 5-pin, PCB-mount design. This makes it suitable for most custom keyboard builds that support this mounting style. Information on hot-swap compatibility or LED support is unknown.

Trade-offs

While the switch aims for quietness, it may still produce some noise that is more noticeable than fully silent switches. The moderate actuation force might not suit users preferring very light or very heavy keys. Details on factory lubrication quality or stem wobble are unknown, so initial smoothness and potential need for modification are unclear.