RIBA at 66 Portland Place is offering both exclusive Christmas celebrations and shared parties this festive season for the first time.
Following an increase in enquiries for smaller, departmental celebrations from companies who still want the big party atmosphere, the team at 66 Portland Place have launched shared Christmas parties for 2023 on two dates: Tuesday 12th December and Friday 15th December 2023. These shared party nights will be in addition to the venue’s exclusive Christmas party option.
With all the grandeur of a large Christmas party in a stunning venue, the shared party experience includes a sparkling reception, festive three-course menu and drinks in the iconic Florence Hall, featuring Art Deco details, incredible architecture and a huge, adorned Christmas tree.
With a VIP package also available, it’s the perfect opportunity for smaller teams or departments to let their hair down and celebrate a successful year with likeminded organisations.
Bespoke Christmas celebrations remain popular with all of the venue’s architecturally stunning spaces available to hire, including the chic RIBA Gallery, 6th Floor Suite for even more exclusivity and the Jarvis Hall Auditorium and Foyer for pre-party meetings.
Thomas Morgan, Head of Venues and Event Delivery at 66 Portland Place, comments: “We’re really pleased we’ve been able to launch shared Christmas parties for the upcoming festive season. With health and wellbeing and team morale more important than ever, we’re hoping we will appeal to both big companies and smaller organisations who want to celebrate their teams’ success this Christmas.
“Whether client’s are planning a team meeting followed by a drinks reception, a full company party or it’s a smaller company or department looking for a big party atmosphere in central London, we’ve beautiful backdrops and standout service levels to help kick off the celebrations in style!”
To find out more about the 2023 Christmas party programme at 66 Portland Place, download the brochure here: https://we.tl/t-i95VgaghZh
