Final Audio introduces affordable VR earphones with enhanced spatial accuracy for gamers

Final Audio expands its VR earphone range with two budget-friendly models designed for gamers, offering improved spatial awareness and versatile features at $35 and $100, catering to both casual and professional players.

Final Audio has expanded its VR earphone line with two lower-cost models aimed at gamers who want
spatial accuracy without the bulk of over-ear headsets. According to Bleeding Cool, the new pair
consists of the VR3000 with Condenser Mic and the VR500, with pricing set at $100 and $35
respectively.

The VR3000 with Condenser Mic is positioned as the more fully featured option. Final says the
earphone is tuned for binaural playback rather than boosted bass or treble, with the aim of making
direction, distance and height easier to judge in games. Headphoneer’s review of the standard
VR3000 says the design uses a proprietary 6mm f-Core DU driver and detachable cabling, while the
new mic-equipped version adds a lightweight condenser microphone for voice chat.

That microphone package is designed for clearer in-game communication without adding much weight
or clutter. Final says the cable includes controls, and the detachable design should make the model
easier to service or customise over time. The company is also leaning on comfort as a selling point,
describing the earphones as suitable for long sessions.

The VR500 sits below it as the simpler, cheaper model. Bleeding Cool reported that it is intended
for players who do not need voice chat but still want a gaming-focused tuning, while Headphoneer’s
review describes it as the entry-level model in the VR range, with a fixed cable, in-line controls
and a compact, ergonomic shape. Final says it is also tuned for music, which broadens its appeal
beyond gaming alone.

Disclaimer: This content is intended for informational purposes only. Readers are advised to exercise their own judgement, conduct due diligence, or consult a qualified expert before acting on any information provided.