Geon Raptor HE V2 Linear Switches

The Geon Raptor Magnetic HE V2 is a linear hall effect switch designed for users who want adjustable actuation points through software. It suits gamers or typists using compatible keyboards that support hall effect technology, offering a smooth keypress with a shorter total travel than its predecessor. This switch requires specific hardware support and calibration to function correctly.

Actuation Characteristics

The actuation point is set via keyboard software, allowing customization of input sensitivity. It has a reduced total travel of 3.4mm, which can enable faster keypresses. The operating force of 35g provides a light but noticeable resistance, while the bottom-out force of 45g offers a defined end press. Users may need to recalibrate the trigger position on keyboards without built-in support, as input position can differ slightly.

Feel & Sound

As a linear switch, it delivers a smooth and consistent keystroke without tactile bumps or clicks. The magnetic hall effect design removes physical contact for actuation, which can reduce wear over time. The sound profile is generally quiet, but specific noise levels are unknown. The switch includes factory lubrication, which may reduce scratchiness and stem wobble, though detailed effects are not documented.

Build Quality

The switch features a polycarbonate top housing and nylon bottom housing, materials that balance durability and sound dampening. The stem is made from POM, known for smooth sliding properties. It uses a single-stage NAS wire spring, slightly longer than the previous version, which influences the force curve and key feel.

Compatibility

This switch is compatible only with select hall effect-capable keyboards, including the Wooting 60HE, Corsair K70 Max, and Steelseries Apex Pro (non-RGB). It uses a 2-pin design and works with the Geon Venom HE PCB. It is not compatible with standard mechanical keyboard PCBs or hot-swap sockets without hall effect support.

Trade-offs

The main limitation is its restricted compatibility, requiring specific hardware and software calibration. Users on unsupported keyboards cannot use it. The magnetic actuation may feel different from traditional mechanical switches, which could require an adjustment period. Unknown factors include long-term durability and sound nuances compared to other hall effect switches.