Montreal_geo

 Sometimes it is a good idea to see oneself from the perspective of someone other.

Below, Montreal. Gets all the Geography right!!

                                                                    *     *     *

What is 232 meters in feet?

232 meters is approximately 761.15 feet.

Quick breakdown:

The exact conversion factor is 1 meter = 3.28084 feet

So: 232 × 3.28084 = 761.15488

Rounded to a clean number, you can say 761 feet.

If you want it in inches, yards, or compared to something familiar (like building heights), I can do that too.

How tall are the super high-rises on Billionaire's row in NYC?

The super‑tall towers on Billionaires’ Row rise from about 1,000 feet to over 1,550 feet, making them some of the tallest residential buildings on Earth. Here are the key heights of the major towers, grounded in the most authoritative sources available:

🏙️ Heights of the major Billionaires’ Row supertalls

Central Park Tower — 1,550 ft (472 m)

The tallest residential building in the world and the tallest structure on Billionaires’ Row. 

111 West 57th Street (Steinway Tower) — 1,428 ft (435 m)

The world’s most slender skyscraper, famous for its extreme 1:24 width‑to‑height ratio. 

432 Park Avenue — 1,397 ft (426 m)

One of the earliest “pencil towers” and a defining icon of the Row. 

One57 — ~1,005 ft (306 m)

Not as tall as the newer towers but historically important as the building that kicked off the Billionaires’ Row boom. (Height inferred from its classification as a supertall >300 m in the source.) 

🧭 What counts as “Billionaires’ Row”?

The term refers to the ultra‑luxury residential skyscrapers clustered along West 57th Street, just south of Central Park. Many of these towers exceed 1,000 ft (300 m), placing them in the supertall category. 

🏗️ Why they’re so tall

Developers compete for unobstructed Central Park views, which requires extreme height.

NYC zoning allows very high floor‑area ratios on 57th Street, enabling slender, ultra‑tall designs. 

Demand from global ultra‑wealthy buyers fuels the economics of building upward.

📌 Quick comparison table

                                                                               

For comparison, how tall is the Empire State Building?

The Empire State Building is 1,454 feet (443 m) tall at its very top, including the antenna. 

To compare directly with the Billionaires’ Row towers you asked about:

Tip height: 1,454 ft (443.2 m) 

Roof height (no antenna): 1,250 ft (381 m) 

Floors: 102 

📏 How it stacks up against Billionaires’ Row

Central Park Tower: 1,550 ft → taller than the Empire State Building’s tip

111 W 57th: 1,428 ft → slightly shorter than the Empire State Building’s tip

432 Park Ave: 1,397 ft → shorter than the Empire State Building

One57: ~1,005 ft → significantly shorter

If you want, I can put together a clean side‑by‑side height chart of all of them.

The ESB is an office tower built in 1930, in Art Deco style. Has it ever had structural problems??

Here’s the short, clear answer up front:

The Empire State Building has never had a structural failure, and it has never faced any fundamental structural problems.  

Its steel frame is famously over‑engineered and has proven exceptionally resilient for nearly a century.

That said, it has experienced a few notable incidents and engineering challenges — none of which compromised the building’s overall integrity.

🏗️ What the page you have open confirms

From the Empire State Building article you’re viewing :

1. The steel frame is extremely stiff and robust

The building was designed to handle heavy gravitational loads and strong winds.

Its structural stiffness is 42 lb/ft², higher than the Willis Tower (33) and John Hancock Center (26).

  

This is one reason it has aged so well.

2. It withstood a direct airplane impact in 1945

A B‑25 bomber crashed into the 79th–80th floors in fog, killing 14 people — but the building suffered only localized damage and reopened two days later.

  

This is often cited as proof of the building’s structural resilience.

3. No long‑term structural issues have ever been recorded

The article notes no foundational problems, no frame fatigue, and no major structural retrofits.

The building’s steel skeleton and limestone façade have held up remarkably well.

🧱 Minor or non‑structural issues over the decades

These are not structural failures, but they’re worth noting:

Airship mooring mast proved unusable due to dangerous wind conditions — but this was an operational issue, not a structural flaw.

Elevator modernization was required over time (normal for a 1930s skyscraper).

Not structural.

Broadcast antenna changes in the 1950s and after 9/11 required engineering work, but again, not structural problems.

Facade and window replacements occurred as part of modernization, not because of structural failure.

🧩 Why the ESB has aged so well

A few reasons:

Overbuilt steel frame — early skyscrapers used more steel than strictly necessary because engineers were still learning the limits.

Simple, symmetrical massing — no extreme cantilevers or slenderness ratios like modern “pencil towers.”

Deep foundations anchored in Manhattan schist — extremely stable bedrock.

Regular maintenance — as a landmark, it receives continuous care.

🏁 Bottom line

The Empire State Building has never had a structural problem that threatened its integrity.  

It remains one of the most solidly built skyscrapers ever constructed — a testament to early 20th‑century engineering.

If you want, I can compare its structural robustness to the modern super‑slender towers on Billionaires’ Row, which do face engineering challenges the ESB never had to deal with.