Hickory Avenue in Aurora Township, Illinois

Hickory Avenue in Kane County is a residential street. It runs in a north-south direction starting from East New York Street and ends at East Galena Boulevard. Hickory Avenue also exists in Ogle County, Lake County, Will County, DuPage County and Macoupin County.

Road Type
residential street
Route
north-south

Streets nearby

North Smith Street
450 ft
North Ohio Street
Ohio & New York
0.1 mi
Miller Avenue
0.1 mi
South Ohio Street
Ohio & Galena, Ohio & Benton/Summit
0.2 mi
North East Avenue
0.2 mi
East New York Street
New York & State, Dunkin', New York & Smith, 1 West New York Street, La Quinta de los Reyes, New York & Ohio, New York & Farnsworth, New York & Sumner, New York & Kendall, Aurora St Charles Senior Living, New York & 4th Street, New York & Trask, New York & Vermont, New York & Broadway, New York & Lincoln, New York & Root, New York & Spencer, New York & Union, New York & Eastern, New York & Parkside
0.2 mi
South Smith Street
0.2 mi
East Benton Street
0.2 mi
Century Lane
0.2 mi
Hopkins Avenue
0.2 mi
2nd Avenue
2nd Avenue & Ohio, 2nd Avenue & Hill
0.2 mi
Kane Street
0.3 mi
Rose Street
0.3 mi
South East Avenue
0.3 mi
North Webster Street
0.3 mi
Summit Avenue
0.3 mi
Fulton Street
Sacred Heart Roman Catholic Church
0.3 mi
Bonner Avenue
0.3 mi
North State Street
0.3 mi
Grand Boulevard
0.3 mi
Smith Street
0.3 mi
North Loucks Street
0.4 mi
South Louck Street
0.4 mi
East Galena Boulevard
La France Bakery, Leon's Barbershop, Lutheran Church of the Redeemer
0.4 mi
Daywards Court
0.4 mi
Harriet Avenue
0.4 mi
North Sumner Avenue
0.4 mi
South State Street
0.4 mi
North Avenue
0.4 mi
Howell Place
0.4 mi
Walter Avenue
0.5 mi
North Kendall Street
0.5 mi
Hill Avenue
Hill & North Avenue
0.5 mi
South Kendall Street
0.5 mi
Frederick Avenue
0.5 mi
George Avenue
0.5 mi
5th Avenue
5th Avenue & Farnsworth, 5th Avenue & Kendall, 5th Avenue & Hill, 5th Avenue & Webster, Scraper-Moecherville
0.6 mi
South Webster Street
0.6 mi
Windsor Avenue
0.6 mi
Tomcat Lane
0.6 mi
Farnum Avenue
0.6 mi