Find Out Who Are The Special Guests BBC One's New Year's Eve Rocks With Rick Astley

LONDON, UK (Top40 Charts) Celebrated Pop Legend, Rick Astley, is set to be joined on stage by Sharleen Spiteri, Rylan and The House Gospel Choir to bring in 2024 at BBC One's New Year's Eve Rocks.

The Texas frontwoman, adored TV star and Radio 2 presenter and enthralling choir, will join Rick at the iconic Roundhouse as he performs some of his greatest hits alongside some of his favourite songs from present day smash hits to the most beloved classics.

Made by BBC Studios Entertainment, this end of year celebration will be the perfect grand finale to 2023.

Rick is best known and loved for his 1980s chart-topper Never Gonna Give You Up and following his triumphant set on the mighty Pyramid Stage at Glastonbury, where he covered Harry Styles' hit As It Was, and AC/DC's Highway To Hell, he went onto wow the crowds at Radio 2 In The Park in Leicester.

Rick Astley will be rocking New Year's Eve from 11.30pm on Sunday 31st December on BBC One and BBC iPlayer with the party continuing after the fireworks at 12.10am.

BBC Studios is a commercial subsidiary of the BBC Group with sales of £2.1 billion (2021/22: £1,630 million). Able to take an idea seamlessly from thought to screen and beyond, the business is built on two operating areas: the global Content Studio, which produces, invests and distributes content globally and Channels & Streaming, with BBC branded channels, services and joint ventures in the UK and internationally. Around 2,500 hours of award-winning British programmes are made by the business every year, with over 80% of total BBC Studios revenues coming from non-BBC customers including Discovery, Apple and Netflix. Its content is internationally recognised across a broad range of genres and specialisms, with brands like Strictly Come Dancing/Dancing with the Stars, Top Gear, the Planet series, Bluey and Doctor Who. BBC.com is BBC Studios' global digital news platform, offering up-to-the-minute international news, in-depth analysis and features.