Humanity has always dreamed of Space Travel and Journeying to the stars. We still have a long way to go, but we continue to dream of Space Travel. Even though our feet may be firmly on the ground, we can give expression to our space fantasies in the product we use.

The Space Travel acoustic cavity structure is carefully matched to the performance of the enhanced dynamic driver, and sound quality is further by the DPS built into the Bluetooth SOC Chip.

Through the collaborative efforts of the MoonDrop R&D department with its advanced electroacoustic testing environment, and the meticulous tuning carried out by highly skilled audio professionals, the SPACE TRAVEL is able to deliver the uncompromising sound quality that has always been the goal of MoonDrop.  

Thanks to the enhanced dynamic driver and further upgraded software and hardware architecture, Space Travel achieves excellent nonlinear distortion. Even if the audio chain is measured all the way from the wireless transmission through chip decoding to earphone playback, full-frequency total harmonic distortion (THD) is lower than 0.1%, thus allowing user to experience hifi-level quality with this cost-effective TWS.

In order to achieve deep noise cancelation, most ANC TWS on the market adopt a hybrid feed forward- feedback scheme. However, the noise collected by the feedback microphone in the front cavity can cause loss of bass, and an extra filter is often used for active compensation.

Space Travel abandons feedback noise cancelation, adopting a single feedforward solution that is more difficult to adject.

After repeated tuning and careful adjustment by skilling acoustic engineers, the combination of updated software and new domestic SOC chip with stronger computing power achieves a noise reduction depth of 35dB and broad ANC with a 3kHZ bandwidth, without any negative effect on the playback sound quality of the TWS.