Gateron POM Banana Smoothie Tactile Switches

This tactile switch suits users who want a noticeable bump with moderate resistance for typing or general use. It offers a smooth tactile feel with a firm actuation force, making it good for those who prefer deliberate keypresses without being overly heavy. The all-POM construction and factory lubrication aim to reduce friction and noise, appealing to users sensitive to scratchiness or harsh sounds.

Feel & Sound

• Provides a tactile bump with a dual-stage spring, delivering clear feedback on actuation.
• Smooth keypress due to POM stem and housing, which reduces scratchiness common in some tactile switches.
• Sound profile is quieter and less sharp than typical tactile switches, with less high-pitched click noise.

Actuation Characteristics

• Requires 60g force to actuate, offering a firm but not heavy feel suitable for users who want deliberate keypresses.
• Pretravel of 2.0mm means the tactile bump occurs early, helping with typing accuracy.
• Total travel of 3.6mm provides a moderate key depth, balancing speed and feedback.

Build Quality

• Constructed entirely from POM (polyoxymethylene), a low-friction plastic that enhances smoothness and durability.
• Includes a detachable light guide window for LED compatibility without affecting feel.
• Factory lubed to reduce initial scratchiness and spring noise, lowering the need for immediate modifications.

Compatibility & Use Cases

• PCB mount with 5 pins, compatible with most MX-style keyboards but not plate-mounted without modification.
• Light pipe support allows for clear RGB or single-color LED lighting.
• Good for typists who want tactile feedback without excessive noise or for office environments needing quieter switches.
• Less ideal for gamers who prefer very light or linear switches for rapid keypresses.

Trade-offs

• Firm actuation force may cause fatigue during extended rapid typing or gaming sessions.
• Some users may find the tactile bump less pronounced compared to other tactile switches.
• Unknown long-term durability and spring ping characteristics due to limited data.