Kentwell

4 Bedroom Tutor Style Townhomes Nestled between Burke Mountain Creek and Smiling Creek in Burke Mountain, Coquitlam.  Featuring an open concept floor plan, gourmet kitchen, spa-inspired bathrooms, laminate flooring, side by side garages, private patio or deck and incredible views.

Kentwell Polygon Townhomes

4 bedrooms or 4 bedroom and flex
From: 1496 – 2422 sq ft
Double Car Side by Side Garage
161 Units
Units released in 4 phases
3 Show Homes opening early June 2018
Completion Estimated: Late 2018/Early 2019

Floor Plans
Plan A
Plan A1
Plan A2
Plan B
Plan B1

Site Plan

Kentwell by Polygon Townhomes

Kentwell by Polygon Townhomes

Kentwell Townhomes Burke Mountain
View of the first row of townhomes that have their front door on Burke Village Prom
Kentwell by Polygon Townhomes Coming Soon to Burke Mountain
View looking down at the new complex from Riley St.

To receive information about this townhome development or others in Burke Mountain, fill your information in below or contact Krista.

Are You Working With a Realtor?
Select Development:

VIEW THE OTHER TOWNHOME DEVELOPMENTS

3535 Princeton Burke Mountain Townhomes

3535 Princeton

LEARN MORE

27 Executive 3, 4 and optional 5 Bedroom Townhomes with rooftop patios in the prestigious Burke Mountain neighbourhood of Coquitlam.

Mosaic Victoria Burke Mountain Rowhomes

Victoria

LEARN MORE

3 and 4 Bedroom Rowhomes coming to lower Burke Mountain, Coquitlam.

Timber Ridge Burke Mountain Townhomes Thumb

Timber Ridge

LEARN MORE

18 Luxury Townhomes coming to Burke Mountain, Coquitlam.

The Towns By Noura copy

The Towns

LEARN MORE

Five new custom built townhomes with 3 bedrooms and a recreation room.  Located near Burke Mountains newest park Pioneer Park.

Woodbridge Homes Burke Mountain

Woodbridge Homes

INFO COMING SOON

Located at Rocklin Drive and Victoria Drive in Burke Mountain, Coquitlam.

Hadleigh-by-Polygon-Burke-Mountain

Hadleigh

LEARN MORE

A boutique collection of 88 executive townhomes across from Pioneer Park on Burke Mountain, Coquitlam by Polygon.