CartogiraffeMap · Streets · Places

5th Avenue in Scottdale, Pennsylvania

5th Avenue in Scottdale is a residential street. It runs in a southeast-northwest direction and crosses South Chestnut Street, Baxter Street, Eleanor Avenue, South Broadway Street and Wall Street. It ends in a cul-de-sac. 5th Avenue also exists in New Kensington, Latrobe, Hyde Park, West Newton and Sutersville.

Road Type
local road
Route
southeast-northwest
Legend

Schools

  • Scottdale Elementary School – approx. 0.5 mi.

Kindergartens

  • Guardian Angels Day Care and Learning Center – approx. 0.5 mi.

Streets nearby

Scottdale Everson Road
400 ft
Garfield Avenue
0.1 mi
4th Avenue
0.1 mi
Moyer Avenue
0.1 mi
South Broadway Street
0.1 mi
3rd Avenue
0.2 mi
Osage Street
0.2 mi
2nd Avenue
0.2 mi
1st Avenue
0.2 mi
Graff Street
0.2 mi
Baxter Street
0.2 mi
Eleanor Avenue
0.2 mi
Shipley Street
0.3 mi
Scottdale Everson Bridge
0.3 mi
Vance Street
0.3 mi
Paddock Place
0.3 mi
T765
0.3 mi
Poplar Street
0.3 mi
2nd Street
0.3 mi
Pennsylvania Avenue
0.3 mi
Railroad Street
0.3 mi
Painter Street
0.3 mi
Evans Street
0.3 mi
Brown Street
0.3 mi
Wall Street
0.3 mi
Oak Street
0.3 mi
Price Street
0.3 mi
Church Street
0.3 mi
Newman Street
0.4 mi
Jones Street
Everson
0.4 mi
King Street
0.4 mi
State Route 819
0.4 mi
Old Meadow Road
0.5 mi
Woodcrest Circle
0.5 mi
Scottdale-Dawson Road
Jacobs Creek Church
0.5 mi
Newcomer Drive
0.5 mi

Abandoned railways nearby

Everson & Broad Ford Branch
0.4 mi

Buildings nearby

#Building #Scottdale
0.3 mi

Cemeteries nearby

Scottdale Cemetery
0.2 mi
St. John the Baptist Roman Catholic Cemetery
0.5 mi

Fire stations nearby

Scottdale Volunteer Fire Department
0.1 mi
Everson Volunteer Fire Company
0.3 mi

Parks nearby

Garfield Park
0.2 mi

Places of worship nearby

St. John the Baptist Roman Catholic
0.2 mi

Post offices nearby

Everson Post Office
0.3 mi

Railways nearby

Radebaugh Subdivision
0.2 mi
Bullskin Branch
0.2 mi
Mount Pleasant Subdivision
0.3 mi

School buildings nearby

St. John the Baptist Roman Catholic School
0.2 mi