Singapore Airlines Concorde
Nostalgia for the Concorde’s brief Singapore–London service prompts a wider look at why supersonic passenger travel failed to endure despite its technical brilliance. Commenters highlight the poor economics, cramped cabins, noise and overland sonic boom restrictions, along with heavy public subsidies that effectively served a small elite, contrasting this with today’s cheaper, democratized long‑haul flying and lie‑flat business seats. Many see Concorde and similar “space age” projects as politically driven prestige programs that nonetheless helped seed Europe’s modern aerospace industry, while arguing that any future hypersonic or suborbital travel must contend with certification costs, climate impact and the reality that most door‑to‑door journey time is now lost in airports, not in the air.
Concorde’s appeal vs. reality
- Many express nostalgia and sadness over Concorde’s demise as a symbol of an unrealized “space‑age” future.
- Others stress that Concorde was cramped, noisy, range‑limited, and less comfortable than first class on large subsonic jets; for most travelers, speed wasn’t worth the trade‑offs.
- Supersonic overland bans and limited transoceanic routes severely constrained its usefulness.
Economics and democratization of air travel
- High‑end, bleeding‑edge tech (Concorde, A380, 747, top CPUs, luxury cars) often becomes a historical footnote while cheaper, “good enough” options dominate.
- Commenters note how airfares have fallen and capacity increased; prioritizing cost and efficiency enabled mass air travel rather than an elite supersonic niche.
- Concorde only worked with heavy state subsidies; ticket prices and tiny fleets made the business case extremely fragile.
Total travel time and Amdahl’s law
- Several argue that cutting in‑air time matters less when door‑to‑door trips are dominated by transport to/from airports, check‑in, security, immigration, baggage, and schedule padding.
- Others counter that in some regions (e.g., North America) modern processes, trusted‑traveler schemes, and proximity to airports can reduce ground overhead substantially.
- For ultra‑long routes like UK–Australia, some still see a huge benefit in turning 20+ hours of flying into ~1–8 hours, especially for people who can’t sleep in seats.
Politics, subsidies, and equity
- Concorde is framed as a prestige, politically driven Anglo‑French project akin to Apollo: great engineering, poor direct utility.
- Critics see it as regressive public spending benefiting a wealthy elite; supporters argue it seeded European aerospace know‑how and industrial cooperation.
- Disagreement over whether such “moonshot” projects justify their opportunity costs vs. alternative uses (public transport, other tech, or simply leaving money with taxpayers).
Technology spillovers and Airbus
- Some claim Concorde’s advanced systems (early fly‑by‑wire/electrical controls) and binational collaboration helped lay groundwork for Airbus’s later success.
- Others respond that many Concorde innovations were dead ends, and Airbus’s rise could plausibly have happened via more commercially sensible aircraft.
Future high‑speed concepts
- A ramjet‑based startup (Hermeus) is discussed; commenters highlight massive cost, technical risk, and long certification timelines (decade‑plus, billions of dollars), questioning VC suitability.
- Hypersonic/suborbital concepts (e.g., UK–Australia in an hour) raise concerns about security (missile‑like profiles), economics, environmental impact, and realistic demand.
- Lie‑flat business class and ultra‑long‑haul subsonic nonstops are seen by some as “good enough” to kill most remaining commercial case for passenger SSTs.
Routes, range, and operations
- Historical SIN–LHR Concorde service required a Bahrain stop, long detours to avoid certain airspaces, and mostly subsonic segments; much of the notional speed advantage evaporated.
- Confusion in the article’s numbers is resolved by realizing distances are nautical miles.
- Modern SIN–LHR flights (~13 hours) avoid Russian and Ukrainian airspace and some conflict zones, with routing driven by politics, fees, and safety.
- Discussion on whether nonstop vs. refueling is more efficient: one example suggests only a small fuel penalty (~4%) for a mid‑point stop, but stops add time, complexity, cycles, and risk.
Broader “space‑age” analogy
- Apollo and the Space Shuttle are compared to Concorde: spectacular, heavily subsidized, arguably poor value per dollar; debate over whether their technological and inspirational benefits justify costs.
- Some argue manned spaceflight has been mostly prestige/entertainment relative to robotic missions; others emphasize intangible cultural and scientific gains.
Miscellaneous
- Several reminisce about Concorde and other classic aircraft (e.g., Vulcan) as extraordinarily loud but beautiful.
- One commenter notes the blog is re‑dating older Concorde content for SEO, which they find misleading.
- Minor points include confusion over the phrase “most popular supersonic passenger airliner” (given only two existed) and skepticism about optimistic timelines for new SSTs like Boom.