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We have been fortunate to construct a number of single-family homes as well as unique developments. Many are very green with solar power and in-floor radiant heating, such as the award-winning, net-zero energy zHome townhome community, Penny Lane townhomes in Redmond and Harrison Court as well as Sun Ridge in Issaquah Highlands. All of our homes come with quality Ichijo products such as piano finish cabinetry featuring organizers and pull-down shelving, dual sliding windows and modern interior doors with magnetic door stops and metal inlay.

Ten Trails

The Enclave at Ten Trails

zHome

The country's first production net-zero energy townhome project

Harrison Court

A spectacular contemporary view home in the exclusive Harrison neighborhood

Penny Lane Townhomes

Energy efficient townhomes in Redmond

Cedarwood

6 Luxury Homes in Sammamish, WA

Sun Ridge

35 single-family homes in Issaquah Highlands

High Street Townhomes

Twelve spacious townhomes with rooftop decks in Issaquah Highlands

Redmond Townhomes

High-end townhomes in Redmond with Mount Rainier views

Midori Meadows

18 homes bordering a greenbelt

Sakura Heights

14 homes in Kent, WA

Momiji Grove

39 All Electric Net-Zero Energy Ready Homes in Maple Valley

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Ten Trails

Ichijo was proud to be part of the Ten Trails community in Black Diamond, WA, building homes from 2018 until 2024.  The community has the perfect blend of urban style and rural simplicity with modern, amenity-filled homes, local restaurants, parks, green spaces and more, Ten Trails is a new community being built responsibly from the ground up.  Featuring beautiful contemporary designs, energy efficient technology and innovative products including i-cube construction, piano finish cabinetry, dual sliding windows, cool contemporary doors with magnetic door stops and more. This community included high quality wall panel construction pre-assembled with wall framing, windows, weather barriers, furring strips, additional insulation and rain-screens improving material durability, water management and obstructing heat gains as well as improving indoor air or environmental quality.