| Vendor | Location | In Stock | Coupon Code | Price (USD) | Link* |
|---|---|---|---|---|---|
Kailh Speed Copper Tactile | |||||
 | US | - | $0.33 - | Visit shop | |
The Kailh Speed Copper Tactile switches are designed for those who prefer a tactile typing experience with a light actuation force. These switches are perfect for gamers and typists who want a responsive and satisfying keystroke.
The 50g actuation force provides a light touch that is easy on the fingers, while the tactile feedback ensures that you know when a key has been pressed. The plate mount design offers stability and durability, making these switches reliable for long-term use.
With an actuation travel of 1.1mm and a total travel of 3.6mm, the Kailh Speed Copper Tactile switches offer a responsive typing experience that is both precise and comfortable. Whether you are gaming or typing up a document, these switches will enhance your overall typing performance.
|  |  |  |
MK | MK | MK | MK |
$0.33 | $0.33 | $1 | $0.4 |
Name Kailh Speed Copper Tactile | Name Kailh Speed Pro Purple Tactile | Name Kailh Hako Clear Tactile | Name Cherry MX Clear Tactile |
Switch type Tactile | Switch type Tactile | Switch type Tactile | Switch type Tactile |
Profile Normal | Profile Normal | Profile Normal | Profile Normal |
Actuation force 50g | Actuation force 50g | Actuation force 1.95g | Actuation force 65g |
Pre travel 1.1mm | Pre travel 1.7mm | Pre travel - | Pre travel 2mm |
Total travel 3.6mm | Total travel 3.6mm | Total travel - | Total travel 4mm |
Bottom out force - | Bottom out force - | Bottom out force - | Bottom out force - |
Pins - | Pins - | Pins - | Pins - |
Factory lubed | Factory lubed | Factory lubed | Factory lubed |
Magnetic connection | Magnetic connection | Magnetic connection | Magnetic connection |
Top Housing Material - | Top Housing Material - | Top Housing Material - | Top Housing Material - |
Bottom Housing Material - | Bottom Housing Material - | Bottom Housing Material - | Bottom Housing Material - |
Stem Material - | Stem Material - | Stem Material - | Stem Material - |
