Info:Pineda Causeway: Difference between revisions

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|Name=Pineda Causeway
|Name=Pineda Causeway
|Road=SR404
|Road=SR404
|Water=Indian River
|Water=North Indian River
|City=Melbourne
|City=Melbourne
|County=Brevard
|County=Brevard
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|Posted=20200906194716
|Posted=20200906194716
}}
}}
{{Bridge_Data_Query|where=Number_008|like=700143}}

Revision as of 14:24, November 18, 2020


Pineda Causeway

Pineda Causeway
Constructed in 1973 for an estimated $7m, the Pineda Causeway spans State Road 404 across both the Indian River and Banana River lagoons from Melbourne to South Patrick Shores in Brevard County, Florida. The causeway uses eight earthen berms, two high bridge spans, and 4 relief bridges to span the lagoons.
Waterway: North Indian River Road: SR404
City: Melbourne County: Brevard
Type: Concrete deck girder Builder:Gregg, Gibson & Gregg
DOT: 700143 L: 2,282.3' H: 62.3' Built: 1971
Location: 28.20614, -80.65062


National Bridge Data
Number 700143
Route 00404
Place 55385
County Brevard
Features Indian River
Facility SR-404 EB
Location SR-404 EB - Indian River
Latitude 28122256
Longitude 80390039
Service On Roadway Highway
Service Under Roadway Waterway
Owner FDOT
Built 1971
Rebuilt
Lanes 2
Lane Direction 1 way
Direction
Traffic 23000
Traffic Year 2016
Future Traffic 39905
Future Traffic Year 2038
Length 696m
Width 11m
Clearance
Kind Prestressed concrete
Type Stringer/Multi-beam/Girder
Deck Type Concrete Cast-in-Place
Critical
Inspection Date (mm-yy) 04-16
Deck Good
Superstructure Satisfactory
Substructure Fair
Channel Bank protection is in need of minor repairs. River control devices and embankment protection have a little minor damage. Banks and/or channel have minor amounts of drift.
Culvert N/A
Scour Bridge foundations determined to be stable for assessed or calculated scour condition. Scour is determined to be within the limits of footing or piles (Example B) by assessment (i.e.,bridge foundations are on rock formations that have been determined to resist scour within the service life of the bridge), by calculations or by installation of properly designed countermeasures