The History of Coaches — A Reader’s Guide

From Wicker Waggons to Patent Axles

The narrative moves from ancient wicker waggons still used in Germany to the sophisticated carriages of the 1820s. Thrupp details how the briska, introduced from Austria around 1818, retained a nearly straight bottom line reminiscent of those wicker vehicles. He traces the evolution of springs: elliptical springs proved insufficient on bad roads, so horizontal springs were added below C springs to relieve the perch and beds from direct concussions. The adoption of Collinge's patent axles, first made in 1792, is presented as a slow process—their high price initially hindered use, but the advantage of carrying oil for two or three months and avoiding daily greasing gradually secured universal adoption after the patent expired.

Samuel Hobson and the Remodelling of English Carriages

Thrupp devotes considerable attention to Samuel Hobson, whom he credits with the greatest improvements in shape and style beginning in 1820. Hobson lowered coach wheels to 3 ft 3 in. front and 4 ft 5 in. rear, lengthened the carriage part to proportions that later generations approved, and lowered the body so that a moderate double step replaced the three-fold ladder. He perfected curves of bodies and springs and refined numberless small details. Thrupp notes that Hobson learned his art at Barker and Co., rose to partner, then left around 1815 to set up in Long Acre, moving to Hatchett's former premises about 1824. The trade copied him as they had copied his predecessor Hatchett in 1780.

Two-Wheeled Carriages and the Tilbury

Thrupp describes the proliferation of two-wheeled carriages, including the Dennett, invented by Mr. Bennett of Finsbury as an improvement on the 1790 whisky or gig. The Stanhope, built under the Hon. Fitzroy Stanhope's superintendence by Tilbury, was shaped like the old rib gig but hung on four springs—two bolted between shafts and axle, two crossways parallel to the axle. Thrupp observes that Stanhopes are very easy and do not rock as much as other gigs behind a rough-trotting horse, but are heavier because iron plates are needed all round the shafts. The Tilbury itself is mentioned as an easy vehicle, though its construction details are not fully elaborated in the excerpt.

Thrupp's account is richest when he balances technical description with the practical constraints of materials and patronage. Readers attentive to the interplay between artisan innovation and aristocratic taste will find the most reward. The book's value lies less in a continuous narrative than in its accumulation of specific mechanical solutions and the names of the builders who devised them.

Thrupp’s careful fingers tracing a spring’s arc always reminded me of how quietly we learn to measure our own time. His coaches roll smoother with every page, and I find myself thinking of Every-day Science: Volume 7. The Conquest of Time and Space — Reading Notes, that other patient volume, both whispering that distance is merely patience with a destination.