Raver Tots Halloween Party at Ministry of Sound

There are two timeslots for this event – please ensure you select the correct timeslot when choosing your tickets

Raver Tots are so excited to return to Ministry of Sound for a massive Halloween Party, fancy dress is encouraged!

THE MOST SPOOKTACULAR INDOOR FAMILY DANCE PARTY PLAYING THE BEST IN HOUSE, GARAGE & DRUM AND BASS.

Huge effects show throughout the event with dancers, performers, cold pyro, bubbles, festival sized confetti blasts, multi coloured lasers and lighting, parachute games, giant balloons, licensed bar and face painting!

THE BOX – GARAGE NATION TAKEOVER

Matt Jam Lamont (Kisstory) 

Jason Kaye B2B Moody Mike

Charlotte Devaney

DJ Millz

Fleekee

Maddy V

MC PSG

TERMS AND INFO:

• Babies under 18 months are free of charge. All other children require a child ticket.

• Buggies should not be taken onto the dance floor in case of tripping. They will need to be parked in the buggy park area which is sometimes situated outside, slings or baby carriers are recommended.

• All kids under 12 require child tickets, children 12 and over require adult tickets.

• Strictly no adults admitted without a child (maximum of 3 adults to 1 child).

• Please note parents remain responsible for children at all times. Children must remain under adult supervision and we kindly request no running.

• Tickets are non-refundable and can only be re-sold through our trusted partners at Tixel

• Music is kept at safe levels at all times in line with our risk assessment guidelines. Please note it is still loud so bring ear defenders if you wish.

• Expect kid-friendly club lighting in a festival style environment.

• By attending you give permission for Raver Tots to take photos and videos of the event for the use of press. If you see a photo you wish to have these taken down please contact us via our Facebook page.

• No external food or drink is permitted on site

• PLEASE NOTE THIS IS AN INDOOR EVENT.

• Venues vary considerably in shape and size so may differ slightly from video footage dependant on the space available