RUNSTOCK 2: 90’S RUN RAVE

This is RUNSTOCK 2: The 90’s Run Rave Edition — expect bright lights, big beats, and the ultimate retro running vibes.

Where: Bustler Market Hall, Nottingham
When: Monday 17th November 2025
Time: 6:00 PM – 9:30 PM
Entry: FREE

What’s Happening

Join The Social Run Group by Up & Running and a lineup of major international running brands for an evening that brings together fitness, fun, and nostalgia.

Highlights include:

• Free 5KM social run through Nottingham
• Try-on shoes and gear from top running brands
• Freebies and giveaways throughout the night
• Live music, 90’s tunes, and post-run rave vibes
• Food and drinks available from Bustler Market stalls and bars until 9:30 PM
• Glow-in-the-dark and neon energy all around

Confirmed supporting acts:

• BROOKS
• MIZUNO
• NEW BALANCE

More to be announced.

Dress Code (optional fun)

It’s all about the 90’s.

• Run club members: wear your club colours with a 90’s twist.
• Everyone else: go full neon rave — bright, bold, and ready to glow.

Grab your free ticket now and be part of the 90’s Run Rave in Nottingham.
Let’s light up the city, one stride at a time.

** Please sign up to Social Run Group (SRG) by visiting Up & Running and speak to a member of staff. You can sign up on the night but we reccomend doing this in advance.


Disclaimer:
By purchasing a ticket you are agreeing to the disclaimer.

We value the wellbeing of every participant in SRG events and will make every effort to deliver a safe running environment. While Our events are risk assessed Up & Running (UK) Ltd on behalf of SRG is not responsible for situations beyond our control. In order to Participate in the group SRG runners must agree to the following disclaimer. I declare I will abide by any rules put in place by Up & Running (UK) Ltd on behalf of the SRG. I will not take part in any SRG activity unless I am medically fit to do so. I will participate in SRG activities at my own risk and will not hold Up & Running (UK) Ltd on behalf of SRG responsible for any situation arising during an SRG event.