The Tipsy Tabby

The Tipsy Tabby combines specialty beverages, local partnerships, and adoptable cats in a charming mill town setting in Newmarket, New Hampshire. Located on Main Street, the cafe occupies a thoughtfully renovated building where over 80% of materials were recycled or repurposed, creating an eclectic and welcoming space. The venue operates as two distinct areas: a public-facing cafe and an appointment-only lounge where guests interact with the adoptable cats. This separation ensures both visitor enjoyment and the wellbeing of the feline residents, who are available for adoption through the rescue partner Darbster Kitty in Manchester.

The cafe menu showcases locally-rooted offerings, including gourmet coffee from Rare Breed, a New Hampshire roaster, and 27 tea blends from a local blender. Homemade hot chocolate with customizable toppings and housemade boba tea draws repeat visitors, as does fresh baked goods from Sweetened Memories Bakery in nearby Durham. Food options range from simple nut butter sandwiches to imported ramen served in adorable cat bowls. The lounge experience extends beyond typical cat visits—guests can book 50-minute sessions (with guarantees of up to eight people per hour), reserve time for coloring with cats, or arrange larger private events with access to a projection screen.

Staff members demonstrate genuine knowledge and care, with reviews highlighting their attentiveness to visitor questions and their understanding that cats have individual personalities and may not engage with every guest. Visitors consistently report playful, friendly interactions and appreciate the realistic expectation-setting that cats are animals with their own preferences, not entertainment props. The venue welcomes walk-in appointments when space permits but recommends advance online booking for guaranteed access during peak times. Multiple reviews emphasize that the experience represents strong value for cat lovers, with visitors particularly recommending the purchase of cat treat tubes to encourage interaction.