Matso’s Sunshine Coast throws ultimate weekend party

Matso’s head of marketing and sales Mick McKeown.

Matso’s, the creator of Australia’s Original Alcoholic Ginger Beer, is throwing the ultimate housewarming party to mark their official launch weekend of Matso’s Sunshine Coast in Eumundi.

Located in the heart of Eumundi, Matso’s Sunshine Coast opened its doors just before Christmas to a festive rush of locals and visitors, but they’ve shared that it is now time to properly introduce themselves to the community and hold a ‘housewarming party’ to get to know their new neighbourhood, showcase all that they’ve got and give a sneak peek at what’s still to come.

Matso’s head of marketing and sales Mick McKeown said the Sunshine Coast community and visitors alike have welcomed the redeveloped venue with open arms and adventurous taste buds.

“Matso’s is not your run-of-the-mill brewery and distillery, it’s an adventure in every sip, and since opening, we’ve had locals and out-of-towners complimenting our brews, cocktails, bites, and laid-back vibes,” he said.

“Our menu is packed with local goodness and a mix of classic pub grub and cool twists that go hand-in-hand with Matso’s deliciously refreshing drinks. The mashup of flavours is spot-on, and we’ve been blown away by the love so far.”

Mick said the official launch weekend over Saturday 3 and Sunday 4 February promises an explosion of flavour, entertainment and community spirit, with a lineup of activities and offerings that capture the essence of Matso’s.

“This is our way of throwing a house party to welcome everyone into the Matso’s family. We want this venue to be more than a brewery and distillery, we want it to be a hub for social connection and collaboration within the local community.”

“There’s no charge to enter and we will have an eclectic mix of live music, local artwork displays, family-fun activities and Hot 91.1 FM broadcasting live from the venue on Saturday. We want everyone to feel the Matso’s vibe – where good times, great drinks, and a bit of eccentricity collide.”