Durock POM T1 Sunflower Tactile Switches

The Durock POM T1 Sunflower is a tactile mechanical keyboard switch suited for users who prioritize clear tactile feedback and enjoy customizing their switches. It targets keyboard enthusiasts who want a durable housing material with a distinct bump feel and prefer to apply their own lubrication for personalized smoothness and sound. This switch is less ideal for those seeking a factory-lubed, ready-to-use option or a linear typing experience.

Feel & Sound

• Provides a pronounced tactile bump, offering noticeable feedback on each keypress.
• Housing made from POM plastic contributes to a firm, slightly muted sound profile with reduced harshness compared to standard plastics.
• Unlubed state means initial scratchiness or roughness is possible until modded.

Actuation Characteristics

• Actuation occurs around the midpoint of the keypress, balancing responsiveness with deliberate feedback.
• Bottom-out force is moderate, giving a solid feel without excessive resistance.
• Total travel distance supports full keypress depth, suitable for typing and gaming alike.

Build Quality

• Top and bottom housing use POM, a durable material known for good acoustic properties.
• Stem material is unspecified, labeled as a "mystery material," which may affect smoothness and longevity but is unconfirmed.
• Spring force is consistent with tactile switches, supporting reliable bump feedback.

Modification Potential

• Comes unlubed, allowing users to apply custom lubrication to reduce scratchiness and tailor sound.
• Ideal for modders who want to experiment with filming or spring swaps.
• No factory lubrication means a break-in period or initial roughness is expected.

Compatibility

• Designed for PCB mounting with a 5-pin MX-compatible design, ensuring compatibility with most standard mechanical keyboard PCBs.
• Supports common keycap stems and is suitable for custom builds requiring secure mounting.

Trade-offs

• Unlubed condition may deter users who prefer out-of-the-box smoothness.
• Unknown stem material could lead to variable smoothness or durability compared to known plastics.
• Not optimized for quiet office environments due to tactile bump and sound profile.