Tecsee Oreo

Linear
Manufacturer: Tecsee
Brand: Tecsee

Actuation & Travel

Actuation Force
Unknown
Bottom Out Force
63.5g
Pre-Travel
1.9mm
Total Travel
3.8mm

Additional Specifications

Pre-Lubed
No
Silent
No
Pins
5-pin

Features

  • Smooth linear action for effortless keystrokes with standard sound.
  • 5-pin design allows easy installation.

Description

The Tecsee Oreo is a linear mechanical keyboard switch manufactured by Tecsee under the Tecsee brand. It offers a smooth, consistent keystroke without tactile feedback,making it perfect for gamers. The bottom-out force of 63.5g ensures a significant increase in resistance towards the end of the keystroke. The switch has a pre-travel of 1.9mm and a total travel of 3.8mm, allowing for quick response times. This switch produces standard mechanical keyboard sounds, contributing to the satisfying auditory feedback many enthusiasts enjoy. It can be lubed for even smoother operation if desired. The 5-pin design offers maximum stability and is ideal for PCB-mounted applications. Whether you're a linear enthusiast, a professional typist, or a dedicated gamer, the Tecsee Oreo switch is engineered to enhance your typing experience and performance.

Best For

  • Gaming and fast repeated keypresses where a smooth downstroke is preferred.
  • Builds where you want a clean, uninterrupted press without a tactile bump.

Consider Before Buying

  • Linear switches do not provide a tactile bump, so some typists may find them less defined for writing.
  • This switch is not marked as pre-lubed, so enthusiasts may want to lube it depending on the target sound and feel.
  • Five-pin switches may need the extra plastic legs clipped for some plate-mounted or 3-pin hot-swap keyboards.
  • Some specifications are not publicly available, so compare the known fields before making a final choice.

Data Notes

This profile combines known switch specifications with practical comparison notes. The actuation force field is currently marked as unknown because reliable public data was not available. We avoid guessing missing values so comparisons stay useful and transparent.