Magnuson Park
7400 Sand Point Way NE
Seattle, WA 98115
Follow signs to Parking Lot E4.
By Car:
From Interstate 5: Exit at either NE 45th Street (Exit #169) or NE 65th Street (Exit #171).
From the NE 45th Street exit, go east on 45th, past the University of Washington, and down the 45th Street ramp. Continue east past University Village Shopping Center. Bear left and continue about 2 miles on Sand Point Way. You will pass Children’s Hospital and Regional Medical Center and Sand Point Village/Princeton Avenue.
From the I-5 NE 65th Street exit, head east approximately four miles on 65th (stay on the arterial!) until you have crossed Sand Point Way NE into the NE 65th Street entrance to Warren G. Magnuson Park.
From State Route 520 (SR520):
Take the Montlake Boulevard exit (north) and continue north about 1 mile.
Bear to the right as Montlake Boulevard becomes NE 45th Street, continue past
University Village Shopping Center.
Continue east through the NE 45th/Union Bay Place intersection. As the street bears to the left and north, it then becomes Sand Point Way NE.
Continue on Sand Point Way NE about 2 miles, you will pass Children’s Hospital and Regional Medical Center and Sand Point Village/Princeton Avenue.
From Interstate 90 (I-90):
Take Interstate 5 North and continue about 4.5 miles to Exit #169, NE 45th Street.
At the stoplight, turn right onto NE 45th Street and continue east about 1.5 miles, passing the University of Washington campus and heading down a steep hill.
At the bottom of the hill, turn left at the stoplight and continue east on NE 45th Street.
NE 45th Street will bear left and become Sand Point Way NE.
Continue on Sand Point Way NE about 2 miles, you will pass Children’s Hospital and Regional Medical Center and Sand Point Village/Princeton Avenue.
By Bus:
To find your bus route, View the Metro website:
http://tripplanner.kingcounty.gov/
Once you reach Magnuson Park via Sand Point Way it is about a 15-20 minute walk east to the start area. You can follow cross park trail or follow the driving directions to get to the start line. View the map below.