Section
Towers & Engineering
Foundations, materials, wave-swept design and the towers that rewrote coastal engineering.
17 entries · newest first below
All Entries
- October 11, 2026Off-Grid Lighthouses: Solar Power, Batteries and Remote MonitoringTowers & Engineering
- October 11, 2026Modernizing a Working Lighthouse: From Rotating Optic to LED LanternTowers & Engineering
- October 11, 2026Cape Point’s Lower Light: How Cloud and Lightning Changed the StationTowers & Engineering
- October 11, 2026Cape Leeuwin: A Landfall Lighthouse at Australia’s Southwestern CornerTowers & Engineering
- October 11, 2026Hook Head: From Monastic Beacon to a Working LighthouseTowers & Engineering
- October 11, 2026The Tower of Hercules: Rome’s Atlantic Beacon, Still in ServiceTowers & Engineering
- September 15, 2026Cast Iron, Granite or Concrete: Lighthouse Materials ComparedTowers & Engineering
- September 11, 2026Freshwater Giants: The Tower Engineering of the Great LakesTowers & Engineering
- September 8, 2026Why Some Lighthouses Stand on Screws: Screw-Pile StructuresTowers & Engineering
- September 1, 2026Wave-Swept Towers: Engineering Lighthouses That Survive the AtlanticTowers & Engineering
- August 28, 2026The Stevensons: Four Generations Who Built Scotland's LightsTowers & Engineering
- August 25, 2026Building on a Reef: How the Bell Rock Lighthouse Was RaisedTowers & Engineering
- August 18, 2026The Eddystone Lighthouses: Four Towers That Rewrote Coastal EngineeringTowers & Engineering
- August 13, 2026Cordouan: The "Versailles of the Sea" and France's World Heritage LighthouseTowers & Engineering
- August 9, 2026Stone, Masonry and Stairs: The Geometry of a Lighthouse TowerTowers & Engineering
- August 6, 2026What Keeps a Lighthouse Standing: Foundations, Caissons and ErosionTowers & Engineering
- August 3, 2026Moving Cape Hatteras: How a 4,800-Ton Lighthouse Was RelocatedTowers & Engineering
More in Towers & Engineering
Modernizing a Working Lighthouse: From Rotating Optic to LED Lantern
Berry Head’s 2019 upgrade changed the apparatus and range while retaining its rhythm. The case distinguishes p…
Cape Point’s Lower Light: How Cloud and Lightning Changed the Station
Cape Point’s two towers distinguish lantern elevation, local cloud and equipment reliability. Lower placement …
Cape Leeuwin: A Landfall Lighthouse at Australia’s Southwestern Corner
Cape Leeuwin served ocean landfall and a coastal route. A two-approach comparison explains these roles without…
Hook Head: From Monastic Beacon to a Working Lighthouse
Hook Head combines a beacon tradition, disputed medieval attributions and documented later alterations. A laye…
The Tower of Hercules: Rome’s Atlantic Beacon, Still in Service
Roman fabric, later restoration and continuing use belong to different layers at Hercules. Compare photographi…
Cast Iron, Granite or Concrete: Lighthouse Materials Compared
Compare stone, brick, cast iron and concrete through named cases, separating wall materials, connections, grou…