Building Image

Royal Place

893 Concession St, Hamilton City

Features

Request more info

Price/Sqft Range

500 sqft - 599 sqft

Avg Price/Sqft

$510 / sq. ft.

Completed

Built:

Building Scale

Floors: | Total Units:

Building Details

Building Type

Mid-Rise condo

Description

About Royal Place

  • Address: 893 Concession St, Hamilton
  • Neighbourhood: Raleigh
  • Developer: Hamilton City
  • Building Type: Mid-Rise condo
  • Average Price: $510 / sq. ft.

Overview

Royal Place is a mid-rise condo located at 893 Concession St in the Raleigh neighbourhood of Hamilton. Developed by Hamilton City, the building provides residential options within the Hamilton area.

Specific details regarding the year built, total storeys, and total unit count are not currently listed for this development.

Suite Sizes & Value

Suites at Royal Place range in size from 500 square feet to 599 square feet. The average price for the building is $510 / sq. ft.

Building Amenities & Features

  • Building amenities and maintenance fee inclusions are not currently listed for this property.

Location Highlights

  • Address: 893 Concession St
  • Neighbourhood: Raleigh
  • Area: Hamilton

Lifestyle Near Royal Place

Royal Place is a mid-rise condominium situated at 893 Concession St in the Raleigh neighbourhood. The building offers a specific range of suite sizes between 500 and 599 square feet, providing a mid-scale residential environment in Hamilton.

About the Developer

The builder listed for this property is Hamilton City. Specific project details and history for this developer are limited to the information provided for Royal Place.


Building Sales History

Jul 2026 — 1 Listed | 1 Sold

125 days on market

MLS® # X12882570

Jul 18, 2026

Sold

Mar 13, 2026

Listed For Sale

$279,999
May 2026 — 1 Listed | 0 Sold

22 days on market

MLS® # X12998668

May 6, 2026

Terminated

Apr 14, 2026

Listed For Sale

$339,900

Raleigh Insights

growth

Sale Price

Average

Median

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