Coyote Creek Trail (San Jose)

Trail Map

Description Suggest an Edit

For most of its length, the scenic Coyote Creek Trail meanders along its namesake creek south of the city of San Jose. South of Metcalf Road, an equestrian trail parallels the paved trail. A smaller northern section (2.3 miles) near Milpitas is gravel and connects to the Highway 237 Bikeway. The main southern segment (19.3 miles) is paved and provides access to several city and county parks. A 0.5-mile segment extends from E. William Street south to Woodborough Place through William Street and Selma Olinder parks.

You'll find public art along the Coyote Creek Trail, too, including one work titled "Ripple Effect and Run River Run" between Montague Expressway and Tasman Drive.

Just south of Metcalf Road, a stone marker, Tamienne Monument, sits at the geographical center of the Santa Clara Valley. "Silicon Valley" is etched into it in two languages: English and binary code, befitting the valley's shift from agriculture of the land to the "farming" of high technology.

Parking and Trail Access

There are multiple access points for the Coyote Creek Trail, including Stonegate Park along Tuers Road or from the County's Hellyer Park. Public transit is available to Coyote Creek Parkway. For specific parking access, view the online maps of the three trail segments. For more information, contact:

Santa Clara County Parks & Recreation
298 Garden Hill Drive
Los Gatos, CA 95032
408-355-2200
www.parkhere.org/portal/site/parks/

Reviews

Disconnected - Too bad

   December, 2014 by andrew11111111111111111

Like most of San Jose's trails, this one is broken and disconnected, leaving you to defend yourself on the surface streets to get through town. read more

great trail!

   August, 2014 by huanlong86

Great trail! read more

Dry Creek

   June, 2014 by balgea

Saw several isolated ponds teaming with fish and turtles, But go see them soon because as long as the dam doesn't let any water out all these little creatures will die(I give them 1 more week before they deplete the oxygen in the ponds). The sections ...read more