Building Image

Fallingwaters

35 Midhurst Heights, Hamilton City

Features

Request more info

Price/Sqft Range

1319 sqft - 2441 sqft

Avg Price/Sqft

N/A

Completed

Built: 2018

Building Scale

Floors: | Total Units:

Building Details

Building Type

Townhouse

Property Management

Built in 2018

Condo Corp

WCC-570

Date Registered

Aug 24, 2018

Description

About Fallingwaters

  • Address: 35 Midhurst Heights & 35 Midhurst Hts, Stoney Creek
  • Neighbourhood: Stoney Creek Mountain
  • Developer: Losani Homes
  • Year Built: 2018
  • Building Type: Townhouse
  • Condo Corporation: WCC-570
  • Date Registered: Aug 24, 2018

Overview

Fallingwaters is a townhouse development located at 35 Midhurst Heights & 35 Midhurst Hts in the Stoney Creek Mountain neighbourhood of Hamilton. Built in 2018, the project consists of residential units situated within the Hamilton area.

The development was constructed by Losani Homes. The property was officially registered as Wentworth Common Elements Condominium Corporation 570 on August 24, 2018.

Suite Sizes & Value

Suites at Fallingwaters range in size from 1319 square feet to 2441 square feet. The average price per square foot for this development is not currently listed.

Building Amenities & Features

  • Coin Laundry
  • On-Site Laundry
  • Storage
  • Dining Room

Location Highlights

  • 35 Midhurst Heights & 35 Midhurst Hts, Stoney Creek
  • Stoney Creek Mountain neighbourhood
  • Hamilton area

Lifestyle Near Fallingwaters

Residents in this Stoney Creek Mountain townhouse development occupy suites ranging up to 2441 square feet. The building provides functional amenities including storage and on-site laundry facilities, alongside a dedicated dining room for resident use.

About the Developer

The builder/developer listed for this property is Losani Homes. The developer completed Fallingwaters in 2018 within the Stoney Creek Mountain area of Hamilton.


Stoney Creek Mountain Insights

growth

Sale Price

Average

Median

Generated based on property type and location. Average values are derived using median calculations.