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Kiwi Ears Étude specifications and in-depth review

Kiwi Ears Étude

Manufacturer: Kiwi

The Kiwi Ears Étude is a pair of in-ear monitors designed for audiophiles seeking precision and clarity. Featuring a unique driver configuration of 1DD + 3BA, these monitors are built using 3D-printed resin for durability and comfort. Though they lack a built-in microphone and travel bag, they offer a detachable cable for easy customization.

Key technical specifications include a low impedance of 5 Ohms, a frequency range spanning from 20 Hz to 20,000 Hz, and a 1.2-meter cable made of oxygen-free copper. The monitors utilize a 2-pin (0.78 mm) connector and a 3.5 mm connector type for compatibility with various devices.

Pros
  • Detachable cable allows for easy replacement or upgrades.
  • 3D-printed resin shell offers a lightweight and durable design.
  • 10 drivers ensure a detailed and immersive audio experience.
Cons
  • No built-in microphone limits hands-free calling functionality.
  • No travel bag included for convenient storage and transport.
  • Lacks an in-line control panel for volume or playback adjustments.
Who is this for?

The Kiwi Ears Étude in-ear monitors are ideal for audiophiles and audio enthusiasts seeking a detailed, high-quality listening experience. The 10 drivers and 1DD + 3BA driver configuration offer precise sound reproduction, making them well-suited for those who prioritize audio fidelity in genres like classical, jazz, or acoustic. Additionally, the detachable cable and durable 3D-printed resin shell make them a great choice for users who value customizable setups and long-lasting build quality.

Who is this NOT for?
built-in microphone or in-line control panel, they lack basic features like hands-free calling or volume control, which could be a drawback for users who require these functionalities for everyday use. Furthermore, the absence of a travel bag makes them less convenient for users who need easy portability and protection while on the go.

General info:

Driver configuration 1DD + 3BA
Type of drivers Dynamic driver (DD), Balanced armature (BA)
Shell material/process 3D-printed resin
has a built-in microphone ✕
release date May 2025
travel bag is included ✕
Has an in-line control panel ✕

The Kiwi Ears Étude in-ear monitors feature a versatile 1DD + 3BA driver configuration, combining a dynamic driver with balanced armature drivers for an enhanced audio experience. The monitors are crafted with 3D-printed resin for a durable yet lightweight shell. Notably, they do not include a built-in microphone, travel bag, or an in-line control panel, ensuring a straightforward design focused on audio quality.

Specifications:

drivers count 10
impedance 5 Ohms
lowest frequency 20 Hz
highest frequency 20000 Hz

The Kiwi Ears Étude in-ear monitors are equipped with 10 drivers to deliver detailed and immersive sound. With a 5 Ohms impedance, they provide efficient power handling and minimal distortion. The frequency range spans from 20 Hz to 20,000 Hz, ensuring a broad and balanced audio response across the full spectrum of sound.

Cable:

Connector type 3.5 mm
Pin connector 2-Pin (0.78 mm)
Cable material Oxygen-free copper (OFC)
cable length 1.2 m
has a detachable cable ✓

The Kiwi Ears Étude in-ear monitors come with a 1.2 m detachable cable, crafted from oxygen-free copper (OFC) for enhanced signal clarity and durability. The cable is equipped with a 3.5 mm connector and a 2-Pin (0.78 mm) pin connector, ensuring compatibility with a range of devices and audio sources.

Final Verdict

The Kiwi Ears Étude in-ear monitors offer a highly detailed listening experience, thanks to their 10 drivers and unique 1DD + 3BA driver configuration. Designed for audiophiles who prioritize sound quality and durability, these monitors feature a detachable cable and a lightweight 3D-printed resin shell, making them both versatile and durable. However, they may not be suitable for those needing basic features like a built-in microphone or in-line controls. Overall, they are an excellent choice for users focused on superior audio performance in a robust design, but less ideal for those seeking multi-functional convenience.