NAVOS and HARLEE share official video for ‘You & I’

NAVOS and HARLEE share official video for ‘You & I’

NAVOS and HARLEE have unveiled the official video for their collaborative single ‘You & I’.

Expertly capturing the vibe of the track, the official video for ‘You & I’ is a feel good modern love story set within the confines of a rave. With NAVOS’ energetic production style and HARLEE’s songwriting prowess at the forefront, ‘You & I’ has already hit the ground running with upwards of almost 2 million streams in a few short weeks and is ready to make the two UK artists permanent fixtures in the Singles Charts once more.

It followed NAVOS’ silver-certified ‘Believe Me’, a track that has now surpassed 55 million global Spotify streams after becoming a viral sensation on TikTok. A permanent fixture on the UK Top 40 for over 20 weeks, the track also received airplay from BBC Radio 1, Capital FM and Kiss FM.

Hailing from humble beginnings in Liverpool, Ross Harrington, better known as NAVOS, has spent the last few years honing his craft as a tech-house artist. Drawing inspiration from Sonny Fodera and MK, the self-taught 21-year-old caught the attention of Island Records with early singles ‘Foolin Me’ and ‘Outta Love’, with the label then signing him to release ‘Believe Me’. Slowly making his mark on the live circuit, NAVOS recently supported Sigala at his Sigaland show at Ministry of Sound.

Something of a 2020 breakout star, Warrington-born singer/songwriter HARLEE co-wrote and featured on Joel Corry’s smash ‘Lonely’, the fifth most played song on UK radio last year, and also joined forces with James Hype on ‘Afraid’, a single she also penned and has surpassed 25 million Spotify streams. Earlier this year, HARLEE collaborated with Digital Farm Animals on the similarly well-received ‘Last Night’. With the likes of Amy Winehouse, Norah Jones and Nelly Furtado influencing her penmanship, HARLEE’s songwriting abilities have catapulted her up the UK Charts.

The official video for ‘You & I’ is the ideal sonic encapsulation of the energy of the track.

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