Annual Membership – 12 months Unlimited Tribute Nights and Events only £7.99 per month*
Join us at our Soul Funk & Disco Night for a night of soulful rhythms, funky beats, and disco grooves that will transport you to the golden era of music. Hot2Trot, a remarkable Soul Funk & Disco band, will be taking the stage at the Austin Sports & Social Club in Longbridge, Birmingham, on Saturday, 16th November, 2024. Get ready to dance the night away to the timeless tunes of Earth Wind and Fire, Chaka Khan, Stevie Wonder, Diana Ross, Chic, Michael Jackson, and many more!
Don’t miss this opportunity to groove to the tunes of seven super-talented musicians who span a broad spectrum of the music industry. Hot2Trot is fronted by Sophie and Mica, each with their own impressive musical journey. Sophie, with her experience performing at O2 Arenas, brings invaluable stage presence. Mica, a graduate of Vocal Tech, has provided backing vocals for famous artists.
Max on Guitar is a versatile musician with years of experience, capable of mastering any genre. Andy, a multi-talented songwriter and producer, adds the soulful touch with his saxophone and guitar. Jake, a keyboard virtuoso, brings a unique groove to the mix. Mark on drums has played across the country in various bands, covering a wide range of musical styles. Lastly, Roger, an exceptional musician, has graced numerous occasions and venues with his talent.
Secure your tickets now and mark your calendars for a night of pure soul, funk, and disco magic. Let’s make 16th November, 2024, a night to remember with Hot2Trot!
Don’t miss out on the hottest Soul Funk & Disco Night in Birmingham! Book your tickets today and get ready to dance the night away.
Austin Sports & Social Club, 30 Tessall Lane, Longbridge, Birmingham, B31 2SF
Soul Funk & Disco Band Hot 2 Trot & DJ
6:30 pm Doors open for VIP Ticket holders only
7:00 pm Doors Open
7:00 pm DJ begins
9:00 pm Hot 2 Trot*
9:45 pm Interval/ DJ*
10:15 pm Hot 2 Trot*
11:00 pm DJ till end
12:00 am Night ends
*Please note: Performance timings are approximate