Home / Attractions And Activities / Park / Gerald N Donovan Park (formerly Jaycee Park)
Gerald N Donovan Park (formerly Jaycee Park)
One of 39 park listings in Sterling Heights.
About Gerald N Donovan Park (formerly Jaycee Park)
Gerald N Donovan Park (formerly Jaycee Park) is a park in the attractions and activities sector, based in Sterling Heights, MI. Its recorded address is 11566 Clinton River Rd, 48313. The listing includes a telephone number. It is one of 39 park listings tracked in Sterling Heights; the nearest comparable listing is Jaycees Park, about 0.6 km away.
- Address
- 11566 Clinton River Rd, Sterling Heights, MI, 48313
- Phone
- +15864462700
- Social
Questions
Where is Gerald N Donovan Park (formerly Jaycee Park) located?
11566 Clinton River Rd, Sterling Heights, MI, 48313
How do I contact Gerald N Donovan Park (formerly Jaycee Park)?
+15864462700
What type of business is Gerald N Donovan Park (formerly Jaycee Park)?
Gerald N Donovan Park (formerly Jaycee Park) is a park (attractions and activities) in Sterling Heights.
Nearby park
- Jaycees ParkSterling Heights0.6 km
- Farmstead ParkSterling Heights0.7 km
- Dodge Park PlaygroundSterling Heights1.2 km
- Dodge ParkSterling Heights1.2 km
- Dodge Brothers State Park Number 8Sterling Heights1.3 km
- Clinton River Park PlaygroundSterling Heights1.1 km
- Sterling Heights Farmers Market PavilionSterling Heights1.4 km
- Sterling Heights Parks & RecSterling Heights1.4 km
- Dodge Park AmphitheatreSterling Heights1.5 km
- Riverland Amusement ParkSterling Heights1.6 km
- Ben Hadley ParkSterling Heights2.0 km
- Clinton River Park TrailsSterling Heights2.3 km
- Clinton River Park Trail, Sterling Heights, MISterling Heights2.3 km
- Clinton River Heritage ParkUtica2.4 km
- Stoney Creek Metro ParkSterling Heights2.1 km
Cite this page
“Gerald N Donovan Park (formerly Jaycee Park), Sterling Heights — business.wiki, retrieved August 2026.” Facts on this page come from openly licensed data (Overture Maps Foundation) and are refreshed with each monthly release; sourcing is documented on the methodology page.