HMX Hades V2 Linear Switches

The HMX Hades V2 is a linear mechanical keyboard switch designed for users who prefer smooth keypresses without tactile feedback. It offers two actuation force options, making it suitable for both lighter and heavier typing preferences. This switch fits users looking for a consistent linear feel with moderate travel distance and a distinct bottom-out sensation.

Actuation Characteristics

The switch actuates at 2.0 mm with a total travel of 3.5 mm, providing a balance between responsiveness and key travel depth. Two force variants are available: a lighter 37g actuation force with a 42g bottom-out force, and a heavier 48g actuation force with a 58g bottom-out force. The difference in bottom-out force affects the firmness felt when fully pressing the key, allowing users to choose based on typing fatigue or preference for resistance.

Feel & Sound

As a linear switch, it delivers a smooth, consistent keystroke without tactile bumps or clicks. The bottom-out feel is noticeable due to the spring lengths and forces, which may appeal to users who prefer clear feedback at the end of a press. The switch is factory lubed, which can reduce scratchiness and noise, but sound profile specifics such as thockiness or clack are unknown.

Build Quality

The housing is made from PA12 nylon, a durable and semi-translucent deep green material, contributing to a slightly softer sound and reduced plastic resonance compared to harder plastics. The stem uses T5 extended material, designed for MX-compatible keycaps. Springs differ in length between variants, influencing the force curve and bottom-out feel.

Compatibility

This switch uses a 5-pin PCB mount, making it compatible with most standard mechanical keyboard PCBs but not plate-mounted setups. LED compatibility and hot-swap friendliness are unknown.

Trade-offs

The linear design means it lacks tactile feedback, which may be less suitable for users who prefer a bump or click for typing accuracy. The heavier variant may cause quicker finger fatigue during prolonged use. Unknown factors include potential stem wobble or spring noise, which could affect long-term typing comfort.