About the event
Due to popular demand, Original Dating is proud bring you Vegan Speed Dating.
We’ve partnered with Near & Far in Camden for this series of events as the sustainability-conscious venue has a great selection of vegan-friendly food and drinks to choose from.
The food choices we make say a lot about us. By bringing vegans and veggies together at this special dating event we know that everyone shares something in common and that's a great place to start with dating.
At worst, a great conversation starter and at best, your dietary preferences could bring someone special into your life!
You'll meet around 15 members of the opposite sex for dates lasting 4 minutes. There's plenty of time for drinks and there's a break halfway through.
After the event, you'll have access to our unique online matching system to find out who you've matched with. Simply use our messenger to get back in touch with your mutual matches.
Meet other like-minded Londoners. Book now, tickets are selling fast!
Important information
This event takes place in the private upstairs bar. Please head upstairs on arrival where the host will check you in.
- Doors open 7.00pm
- Event starts 7.30pm
- Speed dating finishes approximately 9.30pm
- Venue closes 11pm
It’s essential that you arrive before 7.25pm in order to take part. We might not be able to allow entry if you are late.
Price: £15
Sorry, this event has sold out
Where
Studio 48 (Formerly known as Near & Far) Is London's little slice of Californian cool, right in the heart of Camden. Serving quirky cocktails and delicious food. We have exclusive use of the mezzanine area for our events.
Address Studio 48, 48 Chalk Farm Rd, Chalk Farm, London NW1 8AJ
Nearest station Camden Road
Tel 02039837250 – Please note this is not a booking line
Venue website https://www.nearandfarlondon.com/
PLEASE NOTE: Advance booking is essential and no tickets will be available to purchase on the door. Online booking is simple and very secure. Our payments are handled by Stripe, one of the world's largest payment processors using the highest grade security currently available.