Wooting’s latest silicone case for the 60HE v2 gaming keyboard marks a deliberate departure from traditional metal designs. The translucent housing, available in aquamarine or white, replaces the standard aluminum build while retaining compatibility with older friction-fit models. At just 19.3 mm in height and rated at 70 A hardness—equivalent to shoe outsole rubber—the case balances durability with a softer touch, though its flexibility may alter key response subtly.

  • Material: Silicone (70 A hardness)
  • Height: 19.3 mm
  • Typing Angle:
  • Colorways: Aquamarine, White
  • Compatibility: Wooting 60HE v2 and original 60HE+ (friction-fit)
  • Price: $39.99 (or $19.99 with module bundle)

The case’s translucency allows RGB lighting to diffuse softly, creating a muted glow akin to pudding keycaps. While this enhances aesthetics, it may slightly dim brightness compared to opaque alternatives. Priced as Wooting’s most affordable aftermarket option, the silicone design caters to users prioritizing portability over rigid typing feel, though long-term durability remains an open question.

Wooting's Silicone Case for 60HE v2: A Shift in Material and Feel

Community reaction has been divided. Some appreciate the weight reduction and visual appeal, particularly for travel or extended sessions. Others note concerns about potential wear under heavy use, given silicone’s different degradation patterns compared to metal. The 4° typing angle is seen as a thoughtful ergonomic choice, though its effectiveness may vary with keycap styles.

Wooting positions this case as a bridge between performance and practicality, targeting competitive gamers and content creators who demand build quality without the bulk of aluminum. Availability is immediate, with pricing fixed unless future bundles adjust discounts. The shift reflects broader trends in gaming peripherals toward lighter, more adaptable materials.

The long-term implications for durability and user preference will unfold over time, but this case signals a move toward versatility in keyboard design without compromising core functionality.