
Whether FLAC format music files can be played in a car depends on the specific vehicle model. Some car models support lossless music playback, while others do not. The key factor is whether the installed player in the car supports it. Here is some information about FLAC: 1. Introduction: FLAC, which stands for Free Lossless Audio Codec in Chinese, is a well-known free audio compression codec characterized by lossless compression. Unlike lossy compression codecs such as MP3 and AAC, it does not damage any original audio information, thus preserving the original CD-quality sound. 2. Main Features: Lossless compression: The encoded audio (PCM) data does not lose any information, and the decoded output audio is identical to the encoder's input byte by byte. Each data frame has a 16-bit CRC check code for the current frame to monitor data transmission errors. Fast: FLAC prioritizes decoding speed. Decoding only requires integer operations and has relatively low computational demands compared to most encoding methods. Real-time decoding can be easily achieved on very ordinary hardware. Hardware support: As FLAC provides free decoding examples and has low decoding complexity, as of 2012, FLAC was the only lossless compression codec to receive widespread and good hardware support. Seekable: FLAC supports fast sample-accurate seeking. This is not only beneficial for playback but also makes FLAC files easy to edit.

It really depends on how capable your car's infotainment system is. My own car is a 2020 domestic SUV, and it plays FLAC files from a USB drive without any issues—the surround sound details are way better than MP3! Last week, I drove my friend's older Japanese car, and it didn't work; the system directly showed a format error. My suggestion is to just try it with a USB drive to be sure, and pay special attention to the 'Supported Audio Formats' section in your car's manual. Most new electric vehicles from emerging brands support it these days, some even come with lossless music subscriptions. If it really can't play, don't worry—just use a converter like Format Factory to change it to 320k MP3. You might lose a bit of sound quality, but it's better than having no music to listen to, right?

All three cars I've owned could play FLAC files—it really depends on whether the infotainment chip is up to the task. Nowadays, most new cars priced above 100,000 RMB can handle it, though my uncle's Wuling Hongguang MINI could only play MP3s. Remember to copy FLAC files directly to the root directory of the USB drive—some infotainment systems won't recognize them if they're buried in folders. After plugging into the USB port, wait about 30 seconds and avoid pressing buttons while the system loads the playlist. If the connection drops suddenly while driving, it's likely due to unstable power supply to the USB drive—try switching to a branded one with an indicator light. If all else fails, just connect your phone via Bluetooth; NetEase Cloud Music's lossless audio quality is usually good enough.

Whether FLAC can be played mainly depends on the decoder. I've disassembled the car stereo motherboard—older models with Telechips chips can only decode MP3, while newer versions with Renesas chips can handle lossless formats. The testing method is super simple: prepare a USB drive containing FLAC/MP3/WAV files and try playing them one by one. Note that some cars may stutter with 48kHz sampled FLAC files, so it's best to use the standard 44.1kHz version. Tesla owners should remember to enable the 'Audio Enhancement' option, otherwise the 12 speakers are wasted. For Japanese cars, you need to enter engineering mode to unlock hidden settings—there are tutorials available online.


