Do these 3 things before closing this tab:
1Scan for outdated or missing drivers - takes under a minute2Clear out junk files and repair common Windows errors3Fix the driver behind crashes, sound loss and screen glitchesNew York’s most useful flood-resilience ideas treat protection and public space as one project. Berms and floodwalls would hold back storm surge, pumps would clear water that gets past or falls inside the protected edge, and elevated parks would provide space for paths, recreation, and emergency access. The closest documented match for the headline is BIG’s Big U, a Lower Manhattan concept developed for HUD’s Rebuild by Design competition—not a confirmed description of a completed regional system.
The historical accounts are historical. They explain the design intent and the locations discussed at the time, but they do not establish today’s construction status, pump specifications, flood-risk forecast, or the amount of flooding any finished project prevents.
As an Amazon Associate I earn from qualifying purchases.
What the “Big U” proposal was designed to do
A Building Design + Construction account published April 29, 2014 described the Big U as a design under consideration in the U.S. Department of Housing and Urban Development’s Rebuild by Design competition. Its mapped concept ran from West 57th Street south to the Battery and north to East 42nd Street. That geography identifies a Lower Manhattan and Midtown shoreline strategy, not a single barrier around the entire New York metropolitan area.
What’s actually slowing this PC down?
Pick the symptom - the matching free tool is one click away.
An American Institute of Architects project description later characterized the concept as a 10-mile protective ribbon around Lower Manhattan. The two descriptions use different ways of measuring and framing the proposal, so they should not be treated as a precise current map. Both point to the same central idea: break a long, exposed waterfront into places that can be protected, occupied, and maintained as distinct civic spaces.
#1 Best Overall
- Water Activated Flood Barriers, Rated #1 in Flood Control
- Grows to 3.5in high in minutes, just get them wet
- Long, flexible design creates all sorts of shapes
- Use to control, contain & divert flood water
- Ready to use, no sand or labor needed
Three autonomous protection zones
The 2014 account divided the shoreline into three autonomous zones. Separate zones could be designed and built independently, allowing work to proceed in stages rather than requiring one uninterrupted construction project. The arrangement also limits the consequences of a failure: damage or a problem in one zone would not automatically disable every other section.
“Autonomous” does not mean isolated from city systems. Streets, transit, utilities, drainage, emergency routes, and park operations still have to connect across zone boundaries. It means the flood-protection elements have their own functional boundaries and can be managed as separate projects.
Why parks are part of the flood strategy
Traditional flood defenses can consume valuable waterfront land while offering little benefit on ordinary days. The Big U concept attempted to reverse that trade-off by making protective landforms and walls usable as public amenities.
Free tools Windows power users keep installed
One-click scans. No signup required.
Raised ground could operate as parkland, with the elevation itself providing a flood-defense function. Floodwalls located beneath or alongside FDR Drive could be raised when protection was needed and, in their normal position, help form sheltered public areas. The resulting spaces were intended to support everyday civic life rather than remain empty infrastructure reserves.
Jeremy Siegel, identified as the project leader in the 2014 BDC account, explained the design logic in an interview with FastCompany: “If you’re going to be investing so much money into an infrastructure for resiliency—that’s going to be sitting along one of the most spectacular coastlines in the world—there’s a huge opportunity there to also improve civic infrastructure, so it can protect the city, but also become a platform for civic life.”
Rank #2
- Water Activated Flood Barriers, Rated #1 in Flood Control.
- Grows to 3.5in high in minutes, just get them wet.
- Long, flexible design creates all sorts of shapes.
- Use to control, contain & divert flood water.
- Ready to use, no sand or labor needed.
That approach produces several practical benefits:
- Space efficiency: A berm, raised path, or wall can do protective work while also providing circulation, seating, planting, or recreation.
- Daily visibility: People use and observe the infrastructure regularly, making damage, blocked drains, or maintenance problems easier to spot.
- Continuity during emergencies: A well-planned park can preserve routes for pedestrians, responders, and utility access when adjacent streets are disrupted.
- Public acceptance: Waterfront protection is easier to support when residents receive a useful public landscape rather than a blank concrete edge.
How the protective pieces fit together
Berms and raised land
A berm is an elevated strip of soil, fill, or engineered landscape. In a flood-resilience project, its height, slope, foundations, drainage, and connections to streets determine whether it acts as a continuous barrier or merely a high point that water can flow around. The Big U concept used raised land for both protection and park space.
The Battery Berm is one named component in the AIA description. It was presented as an elevated path that would protect the Financial District and critical transportation infrastructure while giving people a way to move through the waterfront. The description establishes the dual purpose, but it does not provide a current elevation, structural section, construction date, or verified performance level.
Floodwalls and deployable elements
The concept also included floodwalls beneath FDR Drive. A wall that remains low or folded during normal conditions preserves sightlines and public use; it can be raised when a surge is expected. Such a system requires reliable hinges or lifting equipment, clear operating procedures, warning time, inspection access, and a plan for vehicles, pedestrians, utilities, and drainage at every opening.
Deployable walls are not self-sufficient. If an opening is missed, a gate cannot close, or a connected street slopes down behind the wall, water can bypass the protected edge. The autonomous-zone approach is intended to make those interfaces manageable, but the 2014 account and AIA description do not document the final gate count, closure time, or maintenance regime.
What pumps would do
Pumps address water that barriers cannot simply hold outside. Heavy rain can fall inside a protected zone, groundwater can seep through joints, and waves can overtop or splash past a defense. In those situations, drainage inlets, storage areas, backflow controls, and pumps move water toward an outfall or treatment system.
Rank #3
- 【Heavy-Duty Aluminum Construction】Our flood barriers are made of high-quality aluminum alloy, this flood barrier is built to withstand strong water pressure and provide long-lasting durability.
- 【Versatile Flood Protection】The flood protection barrier is ideal for home exterior doors, shopfront entrances, garage doors and basements, offering versatile flood protection wherever needed.
- 【Reusable and Quick to Install】Unlike traditional sandbags, this flood barrier is reusable. The four panels can be easily assembled and disassembled in just 5 minutes. During non-flood seasons, the panels are removable. For emergency installations, a person can easily assemble the barrier. Apply construction adhesive to the edges of the posts to secure the installation.
- 【Safety Reflective Warning Strip】The top of this flood barrier features yellow and yellow reflective strips. The striking yellow stripes enhance visibility at night, ensuring that vehicles and pedestrians are clearly visible, effectively preventing collisions and safeguarding the safety of people and vehicles.
- 【Massive Size Selection】Water Barriers is designed as a modular unit, Multiple heights and lengths for you to choose. Adapt to different thresholds and water depths, meet a variety of flood prevention needs.
The cited accounts do not identify project-specific pump capacities, locations, elevations, fuel supplies, backup generators, or control systems. It would therefore be inaccurate to claim that a particular pump network can remove a stated volume of water or keep a named neighborhood dry. In a complete design, engineers would have to size pumps for rainfall, seepage, inflow through openings, and the condition of the receiving sewer or waterway. Electrical redundancy and access for maintenance are as important as the pump motors themselves.
Quick wins for a faster PC:
Scan for outdated or missing drivers - takes under a minuteDriver Scan →Clear out junk files and repair common Windows errorsFree Scan →Fix the driver behind crashes, sound loss and screen glitchesFind Drivers →Named Big U elements and their documented roles
| Element | Documented role | What is not established by the cited accounts |
|---|---|---|
| Big U protective ribbon | AIA description: approximately 10 miles around Lower Manhattan | Current route, construction completion, and measured flood reduction |
| Battery Berm | Elevated path protecting the Financial District and critical transportation infrastructure while serving as public space | Final height, materials, operating standard, and present condition |
| BIG Bench | Named by the AIA description as one of the Big U components | Detailed dimensions, built status, and performance data |
| Bridging Berm | Named by the AIA description as one of the Big U components | Detailed dimensions, built status, and performance data |
| FDR Drive floodwalls | Walls beneath FDR Drive that could be raised for protection and otherwise help create sheltered civic space | Final mechanism, closure procedure, pump integration, and current operation |
What the dated accounts say about implementation
The project’s maturity changed over time, but the dated records stop short of a present-day status report.
| Year and source | Reported position | How to read it |
|---|---|---|
| 2014, Building Design + Construction | Design under consideration in HUD’s Rebuild by Design competition; three autonomous zones and integrated public space described | A competition-stage concept, not proof of construction |
| 2017, Building Design + Construction | A 2.5-mile DryLine segment was reported as funded, with another 3.5-mile stretch in design | Historical funding and design figures from 2017, not current status |
| 2019, Building Design + Construction | Williamsburg waterfront plan described as in progress, with naturalized shoreline, breakwaters, parkland, and in-water programming | A separate proposal at a different site |
| 2016, Building Design + Construction | Governors Island hills reported complete one year ahead of schedule | A completed landscape project at that time; not evidence that the Big U was complete |
No authoritative current project-owner update is established by these accounts. Readers should not infer that the headline project is under construction, finished, or cancelled.
Other New York-area approaches are related, not interchangeable
New York has pursued multiple waterfront strategies. They share a resilience goal but use different physical forms and serve different sites.
| Example | Protection form | Public-space function | Documented time point |
|---|---|---|---|
| Big U, Lower Manhattan | Separated protection zones, raised land, and deployable floodwalls | Parks, paths, and sheltered civic areas integrated with the defense | Competition concept described in 2014; historical funding/design figures reported in 2017 |
| Williamsburg River Street Waterfront Master Plan | Naturalized shoreline and breakwaters | Parkland and in-water public programming | Plan described as in progress in 2019 |
| Governors Island hills | Elevated landscape forms | Paths, recreation, and views, with resilience value | Hills reported open in 2016 |
These examples cannot be ranked by effectiveness, cost, equity, or maintenance from these descriptions. A berm on an island, a breakwater in Williamsburg, and a deployable wall beside FDR Drive face different waves, drainage networks, ownership boundaries, and emergency requirements.
The Tool Desk
Outbyte Driver Updater FREEScan for outdated or missing drivers - takes under a minuteDriver Scan →Outbyte PC Repair FREERepair Windows errors before they cause bigger problemsFix Now →Rank #4
- Aluminum Material: The Flood Protection Baffle is composed of heavy-duty 4cm (1.5inch) thickened aluminum panels and aluminum columns. The surface is oxidized, and the panels are surrounded by IP6-rated ABS rubber strips, which can partition, block, and protect against floods or severe weather for damage caused indoors or in dry places
- Flood Resistance: If you are often worried about floods or heavy rains causing damage to your dry garage or indoors, and the flood control effect is very small after installing other flood control devices, then our heavy-duty Flood Control Barriers must be your ideal choice, not only It can be used repeatedly and has 98% waterproof strength
- ABS Rubber Strip: The middle panel of the Flooding water barriers is designed with concave and convex splicing and has a rubber strip. The bottom has a rectangular 2x4cm (0.7x1.5in) thickened rubber strip, which increases friction with the ground and blocks gaps to prevent water from passing through. It will not be damaged after 5-8 years of use, so it is an excellent waterproofing system for homes or businesses
- Scenario: Due to the special sealing characteristics, flood prevention dams can usually be used in garages, front doors, cellar windows, driveways, around houses, street entrances, and can also be used as flood protection devices in low-lying places such as commercial warehouses, water dams, and schools
- Reusable & Easy to Install: Each panel can be easily taken out and put in. When there is no flood or rain disaster, the panels can be taken out for normal access. Easy to install, takes 2 adults about 10 minutes to assemble
What can—and cannot—be claimed about risk reduction
The 2014 BDC account referred to an unnamed study suggesting that high-intensity storm surges might occur as often as every three years. The underlying study, geographic scope, probability definition, and date were not established in the account. That statement should not be used as a current forecast for New York.
Likewise, renderings and design descriptions do not demonstrate a finished system’s performance. The descriptions supply no independently verified figure for flood depth avoided, buildings protected, pump capacity, downtime, or avoided losses for the exact project named in the headline.
A credible performance claim would need, at minimum, a defined storm level, an elevation datum, the protected boundary, assumptions about rainfall and wave action, the condition of gates and pumps, and a comparison with and without the project. Without those details, “more resilient” is a design objective rather than a measured result.
How to evaluate a waterfront resilience project
Residents, agencies, and project reviewers can use the following questions before treating a proposal as operational protection:
Crashes, No Sound, or Screen Glitches?
Random freezes, missing sound and display glitches usually trace back to one bad driver. Find and replace yours safely.Free scan · under a minutePC Slower Than It Used to Be?
A free scan shows the junk files, broken settings and background clutter dragging Windows down - then fixes them in one click.Free scan · Windows 10 & 11- What exact shoreline and assets are covered? Request a map showing zone limits, low points, entrances, utilities, transit, and emergency routes.
- What happens at every opening? Check gates, ramps, bridges, service roads, ventilation shafts, and connections to neighboring zones.
- How is interior water removed? Look for pump capacity, storage volume, backflow prevention, power redundancy, alarms, testing, and access for repairs.
- Who operates the system? A protection plan should name the agency or owner responsible for forecasts, closures, inspections, vegetation, sediment, and post-storm reopening.
- How does the park function during and after a storm? Confirm whether paths, soils, trees, lighting, playgrounds, and electrical equipment can tolerate inundation and be restored safely.
- What is the evidence of performance? Separate a modeled design standard from observed results, and identify the storm assumptions behind every number.
- What is the implementation date? Distinguish a competition concept, funded segment, design package, active construction, and completed, operating asset.
Why the integrated approach matters
Flood defenses are most valuable when they remain dependable between storms. The Big U concept’s lasting lesson is organizational as much as architectural: divide a complex shoreline into manageable zones, combine hard and soft edges, and make protective land part of the public realm. Parks do not replace walls, berms, drainage, or pumps. They can, however, provide the elevation, access, storage, and everyday civic use that make those systems easier to live with and maintain.
For New York, the practical question is not whether one project has solved coastal flooding. It is whether each waterfront segment has a clearly defined hazard, a continuous line of protection, a functioning interior-drainage plan, accountable operators, and public spaces designed to recover after inundation. The historical Big U descriptions show how those pieces were intended to fit together; they do not establish the present condition of the city’s defenses.
Quick Recap
Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on Amazon at the time of purchase will apply.
