Gateron North Pole V2 Linear Switches

The Gateron Northpole V2 is a linear mechanical switch designed for users who prefer smooth, consistent keypresses without tactile bumps or clicks. It suits gamers and typists looking for a quiet, fluid typing experience with moderate actuation force. Its transparent housing and stem offer a distinctive look while supporting RGB lighting effects.

Feel & Sound

This switch delivers a smooth, linear keystroke with no tactile feedback, making it predictable and easy to press repeatedly. The exhaust holes in the bottom housing improve airflow, which may reduce resistance and contribute to a smoother feel. The sound profile is quiet with a soft bottom-out, lacking the sharp "click" or "thock" found in tactile or clicky switches.

Actuation Characteristics

The switch actuates at a moderate force, requiring 50g to register a keypress and 65g to bottom out. This balance helps prevent accidental presses while avoiding finger fatigue during extended use. The total travel distance is standard, allowing familiar key movement without feeling too shallow or deep.

Build Quality

Both the top and bottom housings are made from polycarbonate, a durable and transparent plastic that enhances RGB lighting diffusion. The stem uses Gateron's proprietary Ink V2 material, which is designed for smoothness and durability. The spring provides consistent resistance throughout the press. The switch comes lightly pre-lubed, which reduces initial scratchiness and noise.

Compatibility & Modification

The switch uses a 5-pin PCB mount, ensuring stable installation and compatibility with most mechanical keyboards. It supports RGB lighting due to its transparent housing and stem. Factory pre-lubing reduces the need for immediate modification, but users seeking an even smoother feel may benefit from additional lubing or filming (adding thin layers to reduce wobble and noise).

Trade-offs

While the switch offers smoothness and moderate force, it lacks tactile feedback, which may not suit users who prefer a more responsive or clicky feel. The transparent polycarbonate housing can sometimes produce a slightly higher-pitched sound compared to opaque housings. The switch’s unique materials and design may require a short break-in period to reach optimal smoothness.