3007 Locke LN, Austin TX 78704,Austin,Travis,Residential

Description

Subtle curves juxtaposed against clean modern lines – designer lifestyle residence will resonate with your most discriminating buyers. There is a lot to fall in love with in this latest South Austin collab between North Arrow Studio + Pure Modern Homes. Light used as a foundational element, interior and exterior, creating subtle movement and nuance. Clustered Italian pendants that deliver a different experience and emotion from above or below in the soaring light well, or just a captivating glimmer from the street. Sophisticated lightning accents will delight and surprise, bringing to life a high volume or design element, changing the mood and experience of spaces throughout the house from day to night. Luxurious Jenn Air appliances, leathered countertops punctuate the specious chef’s kitchen. Sheet black glass induction cooktop, custom walnut cabinetry, the texture and pop of the ET2 pendants. Thoughtful open concept layout lives much, much larger than its square footage. Wet bar features side by side Sub Zero wine bar and beverage center backset against the Vistosi Italian blown glass dining room fixture. Simple and impactful, layered elements of steel, light, wood, glass and stone. Lavish Rohl double master shower and soaking tub combo. Bold blue Concretti sinks, luxe gold Rohl faucets and on trend custom Blueprint Lighting fixtures punctuate the space. Private backyard oasis brings it all together around the posh urban poolscape. 3 waterfalls, custom Fireclay pool tile, raised pool wall morphs into stucco garden walls that continue to shape the space. 2nd story studio / flex space with a glass rail balcony overlooking the pool, generous full bath and closet for a range of possible uses. Luxury fixtures throughout – RBW, Rohl, Foscarini, VCA, ET2, Vistosi, Franke, Riobel, Graff, JennAir, Sub Zero – at a very approachable price point. Oversized 2 car garage, large private lot, tucked away in the heart of 78704 with easy access to all the best of both SoCo and SoLa