Kennedy West Contains Four Mapped Amenity Points

Key facts and reporting periods

Market summary

OpenStreetMap data identifies three parks and one recreation point in Kennedy West. These counts confirm presence but do not specify facility names or quality.

Central finding

Kennedy West contains three mapped parks and one recreation point according to OpenStreetMap Overpass API data. Sources: [Park]

Mapped Amenity Presence

OpenStreetMap Overpass API data identifies four distinct amenity points within the Kennedy West boundary. The dataset categorizes these locations as three parks and one recreation facility. This inventory establishes the physical presence of green spaces and recreational infrastructure in the area. The source does not provide specific names for these individual points.

The recorded match confidence values range from 0.70 to 0.82 across the four entries. These figures indicate varying levels of certainty in the geographic attribution process. The data confirms that these amenities exist within the neighbourhood scope. However, the absence of proper names limits detailed analysis of specific facilities. Sources: [Park]

The strongest counter-case

The evidence consists solely of generic category labels without specific facility names or descriptive attributes. Sources: [Park]

City market context

From the Hamilton market article, 22 September 2026:

The Hamilton Region recorded a Sales to New Listings Ratio of 45% in September 2026, placing the market at the threshold between seller and buyer dynamics. This balance is accompanied by a 19.5% year-over-year drop in condo apartment average prices to $376,000, while detached home averages declined only 2.4%. Hamilton's housing market has reached a state of equilibrium where the Sales to New Listings Ratio of 45% indicates neither buyers nor sellers hold a decisive advantage, supported by 4.4 months of inventory. This balanced condition masks significant segment divergence, with condos experiencing sharp price corrections and detached homes showing relative resilience, driven by uneven supply absorption across property types.