Gaming Profile
Measures actuation, travel, and force. Shorter, lighter movement favors speed. Advanced input features add capability.
Keygeek Cheese V2 is a keyboard switch released in January 2025.
Three focused profiles from published switch specifications. No overall score is generated because feel and use case are personal.
Measures actuation, travel, and force. Shorter, lighter movement favors speed. Advanced input features add capability.
Measures bump or click intensity. It uses feel type and tactile-force rise. Higher scores mean stronger feedback.
Measures published lifespan evidence. It uses documented construction details. It does not predict real-world reliability.
Keygeek Cheese V2
Keygeek
Keygeek
Cheese
Cheddar Yellow Stem & Translucent Yellow Housing
2025
Available
Mechanical
Linear
MX
PCB Mount
Linear
Polycarbonate
N3 (Nylon + 30% Fiberglass)
M4 POM
21 mm single-stage Japanese-wire spring
Editor's Note: Cheese V2 is sold in at least two force variants. This row represents the 40 gf actuation / 45±5 gf bottom-out version. Mekibo specifies a 3.5 mm total travel, M4 POM stem, polycarbonate top, N3 nylon/30% fiberglass bottom, 21 mm single-stage Japanese-wire spring and factory lubrication. A 48 gf actuation / 53±5 gf bottom-out version also exists and should not be merged into this row.
A three-axis view of compatible-keyboard input capability, tactile profile, and published durability evidence. Missing evidence remains unavailable rather than being scored as zero.
Gaming capability, tactile intensity, and build durability (0 to 100)
Explore switches with similar technology, feel, form factor, operating force, and travel.
The Keygeek Cheese V2 is a Mechanical switch from Keygeek with a Linear feel, so its keypress character is primarily defined by that mechanism and feedback style.
The Keygeek Cheese V2 lists top housing: Polycarbonate, bottom housing: N3 (Nylon + 30% Fiberglass), stem: M4 POM. These parts influence feel, sound, wobble, and long-term switch consistency.
Disclaimer: Specs, pricing, and benchmarks are sourced from official manufacturer data and verified test results. While we strive for precision, product details and pricing may change. Comparigon may earn an affiliate commission on qualifying purchases.