New York Congressional District 17


  • Of the 1,463 bridges in the counties of this district, 181, or 12.4 percent, are classified as structurally deficient. This means one of the key elements is in poor or worse condition.
  • This is up from 143 bridges classified as structurally deficient in 2021.
  • Repairs are needed on 1,451 bridges in the district, which will cost an estimated $6.2 billion.
  • This compares to 1,452 bridges that needed work in 2021.
  • The state has committed $21.8 thousand in IIJA bridge formula funds to support 1 project in the District.

Top Most Traveled Structurally Deficient Bridges in New York

CountyYear BuiltDaily CrossingsType of BridgeLocation
Westchester1983143,278Urban freeway/expresswayRte 907K over 907G X, Mc Questen Avenu
Rockland1954110,239Urban InterstateRte I87 over Rte 59, NJ Transit RR
Rockland1953107,699Urban InterstateRte I87 over Route 59, Rte 59
Rockland1953107,699Urban InterstateRte I87 over Rte 303
Westchester1955107,326Urban InterstateRte I95 over Rte 1
Rockland195489,004Urban InterstateRte I87 over Saddle Rv Rd
Rockland195389,004Urban InterstateRte I87 over Rte 45
Rockland195381,424Urban InterstateRte I87 over US Route 202, Rte 202, W
Westchester196275,503Urban InterstateRte I684 over West Branch Titicus Rive
Rockland195573,380Urban InterstateRte I87 over Ramapo River
Westchester194067,953Urban freeway/expresswayRte 987D over 907K, Ramp to Smrp, Rte
Westchester197263,160Urban InterstateRte I684 over Muscoot Reservoir Outlet
Westchester196456,221Urban freeway/expresswayRte 987G over Rte 129
Westchester196953,880Urban freeway/expresswayRte 907W over 984J984J870110, Rte 98
Westchester195449,896Urban freeway/expresswayRte 907K over Central Park Ave (1 X)
Westchester192843,830Urban other principal arterialRte 9A over Pocantico River
Westchester192743,153Urban freeway/expresswayRte 987D over Saw Mill River
Westchester197242,029Urban freeway/expresswayRte 987F over Rte 987G
Rockland195436,690Urban InterstateRte I87 over Rte 59, NJ Transit RR
Westchester196736,170Urban freeway/expresswayRte 907K over Wartburg Conn WB
Westchester197434,224Urban other principal arterialRte 983 over pedestrian walkway, Nepp
Westchester196831,647Urban freeway/expresswayRte 987G over Rte 1
Westchester195730,516Urban freeway/expresswayRte 987D over Saw Mill River, Ex-Nycrr
Westchester197130,516Urban freeway/expresswayRte 987D over Lockwood Avenue
Westchester193830,516Urban freeway/expresswayRte 987D over Lockwood Avenue

Bridge Inventory: New York

Type of BridgeNumber of BridgesArea of All Bridges
(sq. meters)
Daily Crossings on All BridgesNumber of Structurally Deficient BridgesArea of Structurally Deficient Bridges
(sq. meters)
Daily Crossings on Structurally Deficient Bridges
Rural Interstate000000
Rural arterial228,536239,04662,88430,523
Rural minor arterial102,01142,336000
Rural major collector318,876104,55324273,865
Rural minor collector295,20224,10721051,337
Rural local road7810,02637,681161,4006,407
Urban Interstate191549,2418,622,7112746,5551,234,287
Urban freeway/expressway256179,7928,282,7352435,224808,792
Urban other principal arterial196128,5943,109,1561712,373283,121
Urban minor arterial237121,2421,745,1952815,467217,727
Urban collector17168,737764,9982010,43381,676
Urban local road24277,613443,7793913,35166,858
Total1,4631,159,87123,416,297181138,2202,734,593

Proposed Bridge Work

Type of WorkNumber of BridgesCost to Repair
(in millions)
Daily CrossingsArea of Bridges
(sq. meters)
Bridge replacement0$000
Widening & rehabilitation1,226$5,53420,911,3431,032,932
Rehabilitation4$3642737
Deck rehabilitation/replacement221$6222,470,456123,438
Other structural work0$000
Total1,451$6,15923,382,4411,157,107

About the data:

Data includes information for the following area(s): Dutchess, Putnam, Rockland, Westchester

Data and cost estimates are from the Federal Highway Administration (FHWA) National Bridge Inventory (NBI), downloaded on June 24, 2025. Note that specific conditions on bridges may have changed as a result of recent work or updated inspections.

Effective January 1, 2018, FHWA changed the definition of structurally deficient as part of the final rule on highway and bridge performance measures, published May 20, 2017 pursuant to the 2012 federal aid highway bill Moving Ahead for Progress in the 21st Century Act (MAP-21). Two measures that were previously used to classify bridges as structurally deficient are no longer used. This includes bridges where the overall structural evaluation was rated in poor or worse condition, or where the adequacy of waterway openings was insufficient.

The new definition limits the classification to bridges where one of the key structural elements—the deck, superstructure, substructure or culverts, are rated in poor or worse condition. During inspection, the conditions of a variety of bridge elements are rated on a scale of 0 (failed condition) to 9 (excellent condition). A rating of 4 is considered “poor” condition.

Cost estimates have been derived by ARTBA, based on 2023 average bridge replacement costs for structures on and off the National Highway System, published by FHWA. Bridge rehabilitation costs are estimated to be 68 percent of replacement costs. A bridge is considered to need repair if the structure has identified repairs as part of the NBI, a repair cost estimate is supplied by the bridge owner or the bridge is classified as structurally deficient. Please note that for a few states, the number of bridges needing to be repaired can vary significantly from year to year, and reflects the data entered by the state.

Bridges are classified by FHWA into types based on the functional classification of the roadway on the bridge. Interstates comprise routes officially designated by the Secretary of Transportation. Other principal arterials serve major centers of urban areas or provide mobility through rural areas. Freeways and expressways have directional lanes generally separated by a physical barrier, and access/egress points generally limited to on- and off-ramps. Minor arterials serve smaller areas and are used for trips of moderate length. Collectors funnel traffic from local roads to the arterial network; major collectors have higher speed limits and traffic volumes and are longer in length and spaced at greater intervals, while minor collectors are shorter and provide service to smaller communities. Local roads do not carry through traffic and are intended for short distance travel.