Baltic Tiny House Just Built The $43k Home Minimalists Always Wanted - Yanko Design
Briefly

Baltic Tiny House Just Built The $43k Home Minimalists Always Wanted - Yanko Design
"Lithuanian manufacturer Baltic Tiny House has launched its most compact offering yet with the BTH Single, a 190-square-foot tiny home that strips away excess to focus on essential living. Starting at €37,190 (approximately $43,000), this diminutive dwelling represents both an affordable entry point into tiny house ownership and a philosophical return to the movement's minimalist origins. Designer: Baltic Tiny House"
"The BTH Single measures just 18 square meters (193 square feet) and stretches 7.2 meters (23 feet) in length on a double-axle trailer. Despite its modest footprint, the home comfortably sleeps two people while maintaining an uncluttered, functional layout that prioritizes essential living spaces over luxury amenities. The exterior showcases Baltic Tiny House's attention to both aesthetics and durability through wood finished with the Japanese shou sugi ban method."
"What sets the BTH Single apart in today's tiny house market is its exceptional affordability. At €37,190, it undercuts many competitors while maintaining Baltic Tiny House's reputation for quality construction. This pricing strategy appears designed to make tiny house living accessible to a broader demographic, particularly those seeking alternatives to traditional housing markets. The competitive pricing doesn't compromise on construction quality."
Baltic Tiny House's BTH Single is a compact 18 m2 (190 sq ft) tiny home built on a double-axle trailer. The layout sleeps two and emphasizes uncluttered, functional spaces that prioritize essentials over luxury. Exterior wood is finished with the Japanese shou sugi ban technique for durability and distinctive texture. Priced from €37,190, the model aims to broaden access to tiny living while retaining high build quality. The home includes exceptional insulation suited for year-round comfort, reflecting Nordic design sensibilities and attention to thermal performance for both warm summers and harsh winters.
[
|
]