The Auburndale Watch Company is introduced as "the first American attempt toward the dollar watch," a phrase that frames the entire study. Edwin A. Battison, associate curator at the Smithsonian, bases his analysis on patent models and surviving products in the National Museum collections. The opening immediately establishes that this is not a success story but a postmortem of failure, promising to review "the errors of design and manufacture" that doomed the venture.

Battison grounds his investigation in material evidence—the physical objects themselves—rather than corporate records or memoirs. This curatorial perspective shapes every observation, from the balance wheel's poise problems to the evolution of winding handles. Readers should expect a technical narrative driven by artifacts, not personalities.

The Central Obstacle: Poise and the Balance Wheel

The text identifies the balance wheel as "the great obstacle to close rate in a modestly priced watch." Two factors—temperature error and poise—are cited, with poise singled out as "the most annoying to the owner" because it causes erratic timekeeping in different positions. Battison explains that a watch lacking poise has "a different rate for every position it is placed in," a condition he terms position error.

To contextualize the challenge, he references Abraham-Louis Breguet's 1801 invention of the tourbillon, a mechanism designed to circumvent position error. This historical nod underscores the difficulty of the problem the Auburndale Company faced. The excerpts do not reveal whether the company attempted a tourbillon or any other compensatory device; the focus remains on the inherent limitations of conventional design at a low price point.

Design Evolution Visible in Serial Numbers

Battison traces incremental changes through serial numbers, offering a concrete timeline of the company's engineering decisions. Early models (below serial number 1,000) had a short barrel arbor, "barely long enough to attach the winding handle." Later examples show a longer arbor and, on higher numbers, two arrows on the handle indicating winding direction.

Another modification: after about the first thousand units, the balance wheel diameter shrank from approximately .700 to .530 inch, a change suited to faster beat rates required for models measuring eighths and tenths of a second. Between serial numbers 3135 and 3622, the separate winding pawl and spring were combined into a single punch-press part. Stamping replaced hand engraving for name and patents, though the earlier rotary watch had used stamping from the start. These details reveal a company struggling to reduce costs while adapting to performance demands.

Specialized Timers and the Tenth-Second Model

The company produced timing watches for sporting events, with models beating fifths and tenths of a second. The tenth-second model used an escape wheel with five pins, yielding ten beats per second. Battison notes that the verge escapement's nature meant "the number of beats must be twice the number of pins," precluding odd beat counts. He judges this model "less desirable" due to its smaller verge and the challenge of accelerating mass "from a dead stop 600 times per minute."

A surviving dial for this model, found by the author in a lot of unused parts, is described: an 18-size, 3/4-plate movement with grained nickel finish, five jewels, and a special escapement but conventional fork, roller, and balance action. The winding handle appears an afterthought, possibly inspired by Benjamin Wormelle's 1878 patent. Early timers used a slide on the case to stop the movement; later versions replaced this with a rack-and-pinion mechanism operated by the winding stem.

Material Evidence and the Limits of Inference

Battison repeatedly emphasizes what the surviving artifacts can and cannot tell us. He describes a dial that "is probably either experimental or very early," noting that fractions of a second appear on the outer dial rather than a separate subsidiary dial. This dial was later converted at the factory for use as a hairspring vibrating stand. Another dial with the same arrangement of circles is known but not illustrated.

The author's collection includes a lot of unused parts left over when the factory closed, providing insight into production runs and design iterations. Yet the excerpts offer no information about the company's founders, workforce, or financial history. The narrative remains tightly bound to what can be observed from the objects themselves—a deliberate limitation that gives the study its distinctive curatorial voice.

Battison's study rewards readers who attend to physical details: the shape of a winding handle, the diameter of a balance wheel, the placement of a dial circle. The excerpts provide a clear method—trace serial numbers, note modifications, compare surviving examples—that can be applied to the full text. Because the analysis is rooted in museum collections, it offers a model for how material culture can illuminate industrial failure without relying on written records.