Duhuk Lumia Bitter Tea V2 Tactile Switches

The Duhuk Lumia Bitter Tea V2 Tactile is a high-performance mechanical keyboard switch designed for enthusiasts who appreciate a tactile typing experience. This switch offers a unique combination of materials and specifications that cater to both gaming and typing needs.

Key Features

• Actuation Force: The switch requires a 42g actuation force, providing a light yet responsive touch.
• Bottom Out Force: With a 58g bottom out force, it ensures a satisfying tactile feedback.
• Pretravel and Total Travel: The switch features a 1.8mm pretravel and a 3.0mm total travel, offering a quick and efficient keystroke.

Material and Build

• Stem Material: Constructed from POM, the stem is durable and smooth, enhancing the typing experience.
• Top Housing: Made from polycarbonate, the top housing is robust and provides a clear sound profile.
• Bottom Housing: The PBT bottom housing adds to the switch's durability and stability.

Design and Aesthetics

• Stem Color: The white stem adds a sleek and clean look to the switch.
• Housing Color: Both the top and bottom housings are in a striking purple color, making it visually appealing.

Technical Specifications

• Stem Type: MX
• Feel: Tactile
• Mount Type: PCB mount
• Switch Pin Count: 5
• Operating Position: 1.8 mm
• Full Travel: 3.0 mm
• Long Pole: Yes
• Spring Length: 22mm
• SKU: DL-BTT42

Performance and Usability

The keyboard switch is designed for those who seek a tactile feel without compromising on speed and efficiency. The combination of a light actuation force and a tactile bump makes it ideal for both fast-paced gaming and prolonged typing sessions. The 22mm spring ensures a consistent and reliable performance, while the long pole design enhances the overall tactile feedback.

Conclusion

Overall, the Duhuk Lumia Bitter Tea V2 Tactile switch is a versatile and well-engineered component for any mechanical keyboard enthusiast. Its thoughtful design and high-quality materials make it a top choice for those who demand both performance and aesthetics in their keyboard switches.