Kiwi Ears Ardor Audiophile Bluetooth Dual-Driver Headphones Hybrid ANC Noise Cancellation Headphone

Description

Kiwi Ears Ardor Audiophile Bluetooth Dual-Driver Headphones Hybrid ANC Noise Cancellation Headphone

Wireless Dual-Driver Headphones with Hybrid ANC and Ultra-Long Battery Life

The Kiwi Ears Ardor combines high-fidelity sound with cutting-edge wireless technology, making it the ideal choice for audiophiles on the go. Featuring dual dynamic drivers, it delivers rich bass, clear mids, and detailed treble, with a spacious soundstage that enhances your listening experience. Its hybrid ANC technology reduces up to 35dB of external noise, ensuring an immersive, interruption-free experience. With up to 140 hours of playback and fast-charging capabilities, the Ardor is designed for all-day listening without worry. Plus, its lightweight, foldable design and vegan-leather ear pads provide ultimate comfort and portability, whether you're traveling, working, or gaming.

Wireless Connectivity

The Ardor is Kiwi Ear’s first high-fidelity wireless headphones. Fitted with the latest Bluetrum Bluetooth 5.4, the Ardor supports the lowest latency yet, providing seamless video and gaming experiences, as well as a 8 to 10m signal range. Besides high-fidelity audio playback, the Ardor can also connect to up to two devices simultaneously for a smooth workflow.

Hybrid ANC Noise Cancellation

The Ardor has been fitted with a custom hybrid ANC that can reduce up to 35dB of unwanted noise. Utilizing a 5-microphone array, the Ardor can accurately detect outside noise to precisely neutralize them. The Ardor is an excellent choice for audiophiles who want high-fidelity audio without interruptions wherever they go.

Two Dynamic Driver Performance

To achieve the highest audio quality, the Ardor features two dynamic drivers arranged in a coaxial configuration to maximize their performance. A large 40mm dynamic driver powers the full bandwidth to deliver engaging and powerful bass, natural mids, and pristine trebles. An independently tuned 10mm dynamic driver enhances the overall sound to bring better clarity and a more spacious soundstage to the music.

Audiophile Tuning

The Ardor has been tuned to audiophile tuning standards. Modeled after the famed Harman target reference, the Ardor features powerful bass that is quickly limited at the midrange to prevent any bloating in the sound. The treble follows the target curvature to match the perceived human hearing for a comfortable and accurate sound. The Ardor delivers an exciting tuning that is balanced and natural. The Ardor displays Kiwi Ear’s commitment to the perfect tonal balance.

Up to 140 Hours of Playback

To provide uninterrupted playback, the Ardor has been fitted with a high-capacity 1100mAh battery. With ANC off, the Ardor can playback up to 140 hours of music, while with ANC on, it can be used for up to 72 hours. With fast-charging, just 10 minutes of charging can playback 8 hours of music.

Spatial Audio Support

The Ardor has been engineered to support spatial audio. By turning spatial audio on, you can enjoy a life-like soundstage in your music and audio.

Wired Connectivity Mode

The Ardor can also be utilized in USB-playback mode. By connecting the Ardor to your Apple, Android, or Windows music device, you can listen to high-fidelity music by utilizing Ardor’s onboard DAC/AMP chipset.

Ergonomic Design

The fundamental design goal behind the Ardor was high-fidelity audio on the go. For this reason, the Ardor can be folded up to be compact and fit in your backpack. The Ardor is also extremely lightweight and features soft vegan-leather pads for a comfortable wearing experience.  

Product Technical Information:

Bluetooth: 5.4

Coaxial Driver: Dynamic 40mm + 10mm

Hybrid ANC technology

Noise reduction depth: -32dB±3dB

Battery: 1100mAh

Playing time: 72hrs ANC on

140hrs ANC off

Impedance calling mic

Spatial Audio

ANC can works in the wired mode

Charging 10 mins can play for 8 hrs

Logo pad was wrapped by leather

Can connect with two devices

Impedance: 32Ω±10% @1K Hz

Sensitivity: 100±3dB @1KHz 1mW