F1 W13.

195 浏览量

28 用户喜欢

由AI辅助生成的内容

关于此声音

由AI辅助生成的内容

The Mercedes F1 W13 engine sound from the 2022 Formula 1 season, a high revving V6 hybrid roar used for racing edits, memes and motorsport videos.

This is the screaming engine note of the Mercedes F1 W13, the 2022 Formula 1 car, captured as it revs and accelerates hard. The sound rises quickly from a sharp turbocharged whine into a loud, high pitched V6 hybrid roar, with gear changes and exhaust crackle cutting through the pitch. It feels fast even without pictures, building tension in a few seconds before dropping off as the car passes. Viewers instantly read it as speed, power and pressure, which makes the clip useful as a punchline for anything moving quicker than expected.

The W13 was the Mercedes-AMG Petronas entry for the 2022 Formula 1 World Championship, driven by Lewis Hamilton and George Russell. Its 1.6 litre V6 hybrid power unit produced the distinctive high rev note heard in this recording. Clips of modern F1 engines spread widely on video platforms because the sound alone signals elite motorsport, and creators often pair it with F1 radio clips for team based edits. The W13 remains recognisable to fans despite a difficult season, so its engine note still appears in racing compilations, edits and soundboards.

使用案例

由AI辅助生成的内容

常见问题

由AI辅助生成的内容

What is the F1 W13 sound?

It is an 18 second recording of the Mercedes W13 Formula 1 car engine revving and accelerating. The clip features the high pitched sound of its 1.6 litre turbocharged V6 hybrid power unit, with rising revs and a loud pass that signals speed and power.

Where does the F1 W13 come from?

The W13 was the Mercedes-AMG Petronas car for the 2022 Formula 1 season. It was driven by Lewis Hamilton and George Russell and is remembered by fans for its silver livery, difficult handling, and one race win in Brazil that year.

How do people use the F1 W13 sound effect?

Creators drop it into racing edits, gaming clips and memes where something moves unexpectedly fast. The rising revs build anticipation in seconds, and the loudest part works as a clean cut point for a reveal, overtake, launch or sudden exit.