The hardest working font in Manhattan

Overall response to the article

• Many readers found the piece exceptional: deeply researched, beautifully photographed, and a great example of “peak internet” long-form writing.
• Several praised the image-centric layout and the careful integration of history, typography, industrial design, and standards (ANSI, MIL-SPEC, DIN).
• Some noted performance issues (slow load / site going down) due to its popularity, with archival links shared.

Origin, lineage, and what “Gorton” really means

• A major thread debates the article’s framing of this lettering as a “Gorton” font line.
• One side argues the style fundamentally comes from long-established drafting lettering standards: single‑stroke, simple, easily drawn forms taught in 19th‑century textbooks and later codified in standards like DIN and ANSI.
• Others counter that the article is explicitly about one concrete instantiation: pantograph-engraver templates and their descendants, where machine tooling turned a style into a de facto font standard.
• Skeptics say the article over-attributes later variants (e.g., MIL‑SPEC‑33558, ANSI Y14.2) to the Gorton/Taylor-Hobson line based mainly on visual similarity, when they could just as well derive independently from general drafting practice.
• Defenders point to licensing documents, machine lineages (Gorton → Leroy, etc.), and very specific shared letter quirks (G, 4, Q, 7, 8) as evidence of actual transmission, not just convergent style.

Aesthetics: ugly, beautiful, or both

• Strong split on whether the font is “ugly”:
  • Some typographically trained readers agree with the author’s technical critique: awkward balance, monoline, odd bowls and proportions; fine for labels, bad for body text.
  • Others say they genuinely like it, finding the stark, unstyled forms pleasing and highly legible.
• Several note that its emotional impact comes from context: metal plates, control panels, elevators, spacecraft, military and industrial gear—so it reads as “serious, consequential information.”
• One theme: its “honest,” workmanlike imperfection mirrors philosophies in software (“worse is better,” don’t let perfect kill useful).

Legibility, function, and standards

• Commenters highlight strengths: high legibility at distance, tolerance for squashing/stretching, and compatibility with engraving/CNC and stencils.
• Weak spots are also noted, especially the confusable 0/O and some awkward numerals; variants like slashed zero are mentioned elsewhere.
• The link to drafting education (Normschrift, technical drawing classes) comes up repeatedly as the cultural substrate that made these forms feel natural and ubiquitous.

Digital versions and related fonts

• Multiple digital recreations and cousins are shared: Routed Gothic, Gorton Digital, Brass Mono, “open Gorton,” national-park-style faces, Simplex/CAD fonts, Hershey stroke fonts.
• The article’s own appendix of recreations is called out, as well as official committee/standards fonts (e.g., ANSI Y14.2) and commercial releases.
• Some keyboard enthusiasts note these letterforms on classic keycaps (e.g., double-shot manufacturing), tying the font’s spread into computing hardware history.

Personal nostalgia and professional angles

• Several readers recall learning hand lettering or using Leroy sets, and feeling conflicted as templates replaced craft.
• Others share memories of seeing this lettering on lab gear, building control systems, keyboards, or 8‑bit computers, associating it strongly with mid‑20th‑century technology.
• A game developer and CAD/IFC tools developer mention the article directly helping them choose or identify appropriate “authentically technical” fonts.

Meta about writing and typography

• People enjoyed the mid-essay “reveal” about the essay’s own strange Century variant, which retroactively explains why some found the body text subtly off.
• Several remark on the rarity and value of long, carefully structured, image-rich essays that reward slow reading and deep curiosity.