iKF Mars Wireless Bluetooth Headphones Quad-Speaker 40mm+20mm, 58dB Adaptive ANC, Hi-Res LDAC, 360° Spatial Audio, 140H Battery, 30ms Low Latency, Dual Device Connection
iKF Mars Wireless Bluetooth Headphones Quad-Speaker 40mm+20mm, 58dB Adaptive ANC, Hi-Res LDAC, 360° Spatial Audio, 140H Battery, 30ms Low Latency, Dual Device Connection
Precio habitual
$154.99 USD
Precio habitual
$229.99 USD
Precio de oferta
$154.99 USD
Impuestos incluidos.
Los gastos de envío se calculan en la pantalla de pago.
Cantidad
No se pudo cargar la disponibilidad de retiro
iKF Mars And iKF Mars HiFi Comparison of coaxial dual-diaphragm and offset dual-diaphragm
- Quad-Speaker HiFi Sound – Industry-first dual-coaxial 40mm + 20mm microcrystalline diaphragm drivers, delivering deep bass, clear vocals, and immersive soundstage for music, movies, and gaming.
- 58dB Adaptive ANC + Transparency Mode – Triple-layer noise cancellation with six-mic array and real-time ANC adjustment, blocking noise in flights, offices, or commutes. Tap to activate transparency mode for instant awareness.
- Hi-Res LDAC + USB & AUX Wired Mode – 990Kbps LDAC lossless sound, dual wired modes (USB-Audio & HiFi AUX-in) ensure premium audio quality for both wireless and wired listening.
- 360° Spatial Audio + Head Tracking – Upgraded Panoramic Sound 2.0, providing a cinema-like surround experience that dynamically adjusts with head movement for a truly immersive feel.
- 140H Playback + Fast Charging – 1000mAh battery supports 140 hours (ANC off) / 95 hours (ANC on). Charge 5 minutes = 2 hours playtime, perfect for travel and long listening sessions.
- 30ms Low Latency Gaming Mode + Dual Device Connection – Ultra-responsive 30ms latency for seamless gaming and videos. Connect two devices at once for smooth switching between work and entertainment.
Important Notice:
Battery life and Bluetooth latency are tested under laboratory conditions. Actual results may vary based on usage and environment. Differences from third-party tests or personal experience do not indicate a product malfunction.
















