The Latta story becomes much larger once the road itself is treated as evidence. In nineteenth-century Indiana, a road determined which farmer could reach the canal, which merchant had to pass a toll gate, which horse thief could disappear before a description caught up with him, and which counterfeiter could move bad paper into a market where nobody recognized the issuing bank. By the beginning of the twentieth century, that same problem of movement had expanded into railroads, asphalt plants, bicycles, automobiles, patented machinery, telegraph lines, federal detectives, and eventually aircraft.

That is why “Latta Roads” is not really a story about one family or one gang. It is a story about the conversion of mobility itself. At the beginning, the horse is simultaneously engine, property, freight carrier, and escape vehicle. At the end, horsepower has been redistributed through steam engines, railroad locomotives, agricultural machinery, bicycles, automobiles, and airplanes, while the loosely organized posse has similarly evolved into a communications-driven investigative network capable of following crime across state lines.

The images above give the basic progression. A horse team on an Indiana road represents the ordinary overland machine of the nineteenth century; canal animals show that even supposedly “modern” water transportation still depended on muscle; and the Wabash railroad map shows the later steel network laid across that older geography. The technologies did not replace one another cleanly. They accumulated.

Before the Highway, Indiana Had Two Road Systems

Indiana went heavily into plank roads during the late 1840s and early 1850s. Roads that became nearly impassable in wet weather could, in theory, be transformed by laying timber planks over the roadbed. Private companies received charters, constructed or improved routes, erected toll gates, and charged travelers for access. Wabash County participated directly: the Wabash and Ashland Pike became a plank turnpike operated with tolls, while county histories record plank-road projects connecting La Gro, North Manchester, Marion, Wabash, Mount Vernon, and other commercial points.

The improvement could be dramatic. A Wabash County history recalled that hauling twenty bushels of wheat from North Manchester to La Gro had once consumed a hard day’s work, while the plank road eventually allowed one team to perform roughly the work that four teams had managed under older road conditions. La Gro’s plank-road connections produced extraordinary concentrations of traffic around the Wabash & Erie Canal; one account remembered a hundred teams waiting by sunrise, with wagons backed into the countryside while farmers waited to unload grain and livestock.

That density of legitimate traffic created an important contrast. The official road was increasingly surveyed, improved, tolled, and visible. A traveler on it encountered taverns, merchants, toll keepers, bridges, warehouses, and other people capable of remembering who had passed. Beside that road remained another geography of creeks, old paths, farm tracks, river bottoms, fords, wooded corridors, and informal crossings that never appeared quite so neatly on the commercial map.

This is where the horse-thief story belongs.

The Horse Thief Knew the Other Map

The Wabash County record preserves an especially revealing example around Pony Creek near North Manchester. The county history describes large numbers of Miami ponies grazing in the Wind Brake country and says horse thieves constructed a funnel-like enclosure along the animals’ habitual path. After trapping the ponies, the thieves drove them into a creek and followed the stream bed for roughly a mile and a half specifically to break the trail, then concealed the animals in another enclosure near the county line before eventually moving them to a distant market.

That is road history from the other side. The thieves were not simply traveling from Point A to Point B; they were deliberately manipulating the trackability of movement. Creek bed instead of road, concealment instead of toll gate, county line instead of commercial center. Wabash County’s later description of Chester Township even remembered the area as well suited to horse raising and notorious both for Indian horse culture and white horse thieves.

The local Witt tradition fits naturally into this landscape, but the name itself is harder to document securely than the broader activity. Rather than invent a precise “Witt Road,” the firmer historical point is that the upper Wabash really did possess a horse-theft system that relied on secondary geography and deliberate trail-breaking. That is the environment in which a Witt-type local gang tradition becomes plausible.

Farther down the Wabash, the George High organization shows the same principle on a larger scale. An early Wabash Valley history says stolen horses arriving from Ohio, Kentucky, and elsewhere were brought toward Redwood, crossed the Wabash near Hanging Rock, and disappeared into dense cover. Horses could then be routed west or north through additional rendezvous. When Horse Thief Detective Association members finally captured George High, he escaped from custody, mounted a fast horse that a confederate had waiting, crossed the Illinois state line, and reportedly reached the Mississippi five hours ahead of his pursuers.

The story may contain the dramatic embellishment typical of local outlaw histories, but the geography is the important part. The Wabash, state boundaries, wooded refuges, secondary roads, and exceptionally good horses formed a transportation system outside the officially regulated one.

John Comstock Tried to Build the Road—and Then Had to Police It

John Comstock sits almost perfectly at the intersection of those two worlds. A Wabash County history says he attempted to organize a plank road from La Gro toward Liberty Mills and North Manchester. When that effort failed for lack of cooperation, he approached Huntington businessmen with a plan for a Huntington–Liberty Mills plank road. That proposal was accepted in 1851 and the road was completed in 1854. Comstock also became involved with the Eel River Valley Railroad, serving briefly as vice president before withdrawing and accusing some managers of corrupt practices.

At almost exactly the same moment, he confronted a different kind of network. The same county history says that in 1851 an organization of horse thieves, burglars, and counterfeiters extended from Ohio across northern Indiana into Illinois. After Comstock’s store was robbed, he, William and Isaac Thorne, John J. Shaubert, and the Shaubert sons formed what the source explicitly called a private detective service. Within less than a year, the group reportedly accumulated the names of more than two hundred suspected members of the broader criminal network and helped secure several convictions.

The significance is larger than the colorful story of a merchant forming his own detective squad. Comstock was simultaneously trying to improve physical transportation and improve information about people using transportation. The road allowed commerce to move farther, but it also enlarged the operating territory available to thieves and counterfeiters. The defensive answer was not another road; it was a network of names, associates, reports, and cooperating men.

The moment a transportation system grows beyond the easy reach of one town, intelligence begins having to grow with it.

The Canal Was Still a Horse Road

The Wabash & Erie Canal looks at first like a departure from this horse-centered system, but it was actually one of its greatest expressions. Indiana transportation records describe canal boats being pulled by one or two horses or mules walking a towpath, with replacement teams sometimes provided every fifteen or twenty miles. Even the excavation of the canal depended heavily on animal-drawn equipment.

This means that the old Maumee–Wabash transportation corridor did not stop running on muscle when the canal arrived. It concentrated horsepower into a more efficient mechanical arrangement. A horse that could pull a relatively modest wagon over a muddy road could, from a towpath, move a canal boat carrying a much larger load through water.

The road, towpath, warehouse, canal basin, and farm therefore belonged to one system. Horses brought wheat and pork into La Gro. Horses pulled boats away from La Gro. Other animals moved freight outward at the destination. Large quantities of food, livestock, timber, manufactured goods, and people moved because waterways multiplied what animal power could accomplish.

That background also explains why the Wabash–Maumee country remained such significant horse territory.

The Canal Literally Carried the Railroad Into Wabash

One of the best episodes in the entire story occurred in 1854. The Wabash Weekly Gazette reported that four boatloads of railroad iron arrived from Toledo for the Wabash Valley Railroad and were distributed along the line between Wabash and Peru. Two years later, on January 20, 1856, the first train reached Wabash over the Lake Erie, Wabash & St. Louis line; regular service to Toledo began three days later and soon extended through Peru, Logansport, Delphi, and Lafayette.

The canal therefore helped physically construct the railroad that would ultimately displace much of its commercial traffic.

That is the pattern to keep in mind throughout this history. New transportation systems rarely descend into empty space. They are assembled through the systems that already exist. Canal boats carry railroad iron. Railroads later carry paving aggregate. Bicycle manufacturers campaign for better road surfaces that automobiles inherit. Bicycle shops become aviation workshops. Federal detectives use the same rail and telegraph networks that fugitives use.

The older machine becomes infrastructure for the new one.

Steam Does Not Kill the Horse—It Creates a More Complicated Horse Economy

Even after railroads penetrated the Wabash Valley, the horse remained essential. The clearest evidence is the Wabash Importing Company, formed in 1884 by Harmon Wolf, Nathan Meyer, and Abraham Strauss to import Belgian draft horses. National Register documentation says the company regularly bought horses in Belgium, shipped them to the United States, and then moved them by rail to its Wabash city stables located beside the tracks. Its Teague Barn became part of the company’s breeding operation.

Those images capture three stages of the same transformation: the enormous Belgian draft animal, a later Latta-associated steam fire engine, and an Emmit G. Latta velocipede patent. The horse is not abruptly replaced. Mechanical systems progressively take over individual functions that had once been concentrated in the animal.

Lafayette belonged to the same industrial horse economy. The Tippecanoe County Historical Association preserves a ca. 1915 photograph of the Lafayette Stock Farm, which it describes as having once been the country’s largest importer of Percheron, Belgian, Shire, German Coach, and Hackney horses.

That is important because rail and horse should not be treated as historical enemies. Railroads made it possible to import, breed, sell, and redistribute improved draft stock over greater distances. The railroad could handle the trunk route while the horse remained vital to farming, drayage, construction, short-distance hauling, and the movement of freight between rail depot and final destination.

Industrialization initially produced better horses as well as better machines.

Alexander Latta and the Mechanical Meaning of Horsepower

A second Latta line appears in Cincinnati, although the genealogy must be handled cautiously. I have not established a documentary family connection between inventor Alexander Bonner Latta and the northern Indiana Blackleg/counterfeiting Lattas. They should therefore not be presented as one proven family organization.

Alexander Latta’s mechanical career nevertheless makes him important to the transportation story. Cincinnati’s fire department credits Latta, Abel Shawk, and Miles Greenwood with developing a practical steam-powered fire engine in the early 1850s. Latta also patented steam-generator technology, including an 1857 circulating tubular sectional steam generator.

This is where the familiar word “horsepower” becomes physically meaningful. The horse had bundled propulsion and mobility into one living machine. Steam engineering separates those functions. A boiler produces power, gears and wheels translate it, while in transitional machines horses might still provide road traction even when steam performed the heavy mechanical work.

The change from animal to engine happened component by component rather than overnight.

Then Emmit Latta Lands Inside Albert Pope’s Bicycle Empire

The Emmit G. Latta connection is more concrete. U.S. Patent No. 324,264, granted in 1885, identifies Emmit G. Latta of Friendship, New York, as assignor to Pope Manufacturing Company of Hartford, Connecticut for improvements in bicycles.

That matters because Pope Manufacturing belonged to Albert A. Pope, the major bicycle industrialist who became one of the leading national advocates of the Good Roads movement. The Smithsonian identifies Pope as both a bicycle manufacturer and a leader of the American Good Roads campaign. The Federal Highway Administration records that in 1893 Pope delivered a petition with approximately 150,000 signatures to President Grover Cleveland calling for an independent federal road department devoted to improved road-building methods.

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That image sequence gives us one of the hardest connections in the entire article. The first is an actual Latta velocipede patent. The second is a Pope Columbia bicycle advertisement. The third is the Smithsonian’s Albert Pope paperweight, whose inscription identifies him as a pioneer of better American roads. The fourth is an 1892 issue of Good Roads, the publication culture growing around the movement.

This does not mean Emmit Latta created Pope’s road campaign. What it establishes is more interesting than that: a Latta transportation patent entered Pope’s industrial system during the precise era when the bicycle manufacturer was turning the demands of his machines into a political campaign for better infrastructure.

The machine was beginning to dictate the road.

Bicycles Changed the Road Before Cars Did

The Good Roads movement is often remembered retrospectively as part of automobile history, but bicyclists were major early organizers. The roads that wagons and horses could struggle through were intolerable for bicycles. Ruts, mud, loose stone, warped planks, and steep drainage edges made cycling difficult and dangerous. Bicycle clubs and organizations therefore began pressing governments for smoother, engineered roads before mass automobile ownership.

Pope’s political interest in roads also contained a powerful commercial logic. A company could design a better bicycle, but the value of that machine was constrained if its customer had nowhere reasonable to ride it. The manufacturer’s market therefore depended partly on public infrastructure.

That changes the idea of the road. Under the plank-road model, a private company improved a route and extracted a toll at a gate. Under the emerging Good Roads model, road quality increasingly became an engineering, public-finance, and governmental problem.

Control over movement was shifting from the toll keeper toward the engineer, contractor, patent holder, and public authority.

Wabash Starts Selling the Physical Road

Around 1900, that new roadway begins appearing as a manufactured product in Wabash itself. Indiana Landmarks documents the Bridges Paving Company, whose downtown Wabash building was commissioned by Edward Bridges around 1900. The company sold cement and rock for paving and other regional construction.

The significance is larger than one supplier. A plank road could be made largely from timber harvested along or near the route. A modern paved road required an industrial supply chain: stone extraction, grading, cement production, asphalt or other binders, specialized machinery, freight transport, engineering specifications, municipal contracts, and increasingly large pools of capital.

The road was no longer merely land that had been cleared and improved.

It was becoming an industrial product.

Brooks Turns the Road Into an Asphalt Business

John Foster Brooks makes that development extremely concrete. Brooks Construction’s company history says Brooks, an Indiana native who had worked selling liquid asphalt for the Barber Asphalt Company, founded the Fort Wayne firm with Lester Ginn in 1909. The company’s first project was an asphalt paving job on Forest Park Boulevard. In 1917 it purchased its first asphalt production plant as demand for improved roads expanded with automobile use.

These are the pictures the argument needs. The Fort Wayne street scene shows horses still working around an improving urban roadway. The second photograph places a horse team beside a steam road roller and road crew. Instead of writing that animal and machine power overlapped, the photograph simply shows it.

Brooks’s 1923 Fort Wayne yard makes the logistical transformation even clearer. The company acquired railroad property under an agreement to move aggregate from Huntington to Fort Wayne by rail, and two railroad spurs were installed to load and unload cement and aggregate.

That one arrangement contains the mature road-and-rail system. Stone moves efficiently by railroad because it is heavy. The railcar unloads at the paving yard. The material becomes pavement. The finished roadway allows trucks and automobiles to carry goods outward from places the railway does not directly serve.

The railroad does not lose to the road.

The railroad feeds the road.

Osborne Shows the Same Transformation in the Field

David Munson Osborne belongs to this history even though his business was agricultural machinery rather than highway construction. Syracuse University’s Osborne papers record that Osborne met mechanic William Kirby, who possessed untried agricultural-machine patents, and brought him into the enterprise that produced combination mowers and reapers. In 1857, the company manufactured 200 such machines, and the Kirby design placed second in national trials behind McCormick.

Agricultural machinery provides another view of the conversion of horsepower. The early machine does not replace the horse. It makes the horse capable of performing more work through gears, blades, wheels, levers, and patented mechanical arrangements. The animal supplies traction while the machine increasingly determines what that traction accomplishes.

As steam and internal combustion eventually assume the traction role too, the horse’s work has been broken into separate mechanical functions and reassigned to machinery.

Patents become increasingly important because the crucial question is no longer merely who owns the road or horse. It is also who owns the right to build the mechanism.

The Wright Brothers Take the Bicycle Workshop Off the Road

The Wright brothers sit directly downstream from the bicycle revolution. Library of Congress material documents Wilbur and Orville operating their Dayton bicycle business in the 1890s, repairing machines and eventually manufacturing their own bicycles. Their bicycle income helped support their aeronautical experiments.

The images are more useful than a generic Wright Flyer photograph because they show the actual mechanical world from which the airplane emerged. Bearings, chains, tubular structures, machine tools, balance, steering, and lightweight construction belonged to the bicycle shop before they belonged to aviation.

The later Wright–Curtiss patent conflict reveals another transformation in the meaning of transportation control. In the old road system, a toll gate or bridge could restrict passage physically. In an industrial transportation system, a patent could restrict access to the machine itself. During World War I, federal pressure helped produce an aircraft patent-pooling arrangement through the Manufacturers Aircraft Association so that American aircraft production would not remain obstructed by competing patent claims.

The right-of-way had become partly intellectual.

At the Same Time, the Detective Was Becoming Mechanized

While road and machine technology expanded, American detection was undergoing its own transformation. The Comstock committee of 1851 could gather names, question neighbors, send men after suspects, and coordinate locally, but it still lived in the world of horse-speed information. A fugitive who gained enough physical distance could outrun the spread of his description.

National currency changed the scale of the problem. The National Archives dates the Secret Service Division to July 1865 and identifies its primary mission as combating counterfeiting, forgery, and alteration of currency and securities. Its presidential-protection function came later.

This institutional origin belongs directly beside the Latta and Blackleg histories. Horse thieves and counterfeiters had already discovered how to exploit state lines, roads, hotels, farms, and fragmented local jurisdictions. Once money itself became increasingly national, Washington needed investigators capable of operating across a correspondingly larger geography.

The federal detective was an answer to the same expansion of movement that had produced the railroad.

James J. Brooks and the Nationalization of the Chase

James J. Brooks rose to become chief of the Treasury’s Secret Service Division in the 1870s. An 1880 history of American counterfeiting says Brooks became chief in July 1876 and credits the reorganized service with major operations against Midwestern counterfeiters. Contemporary reporting still identified Brooks as chief in 1885, when he tendered his resignation.

The first portrait is James J. Brooks; the second is Secret Service operative Patrick D. Tyrrell, whose career becomes important in the Lincoln-body plot. These are not just portraits of law officers. They represent the period in which detection was becoming a specialized profession rather than an occasional activity of sheriffs, private posses, or aggrieved businessmen.

An 1879 counterfeiting publication gives a beautiful example of the technological shift. In one investigation, authorities sent a telegram ahead of a traveling suspect, allowing men at the destination to wait for him.

That seemingly small detail destroys the horse thief’s oldest advantage. For most of the earlier century, the body of the offender and the information about the offender traveled at roughly the same maximum speed. Telegraphy lets the description arrive first.

The chase is no longer confined to the road immediately behind the suspect.

The Plot to Steal Lincoln’s Body Turns the Old Horse-Thief Logic Into a National Crime

In 1876, the counterfeiting world produced one of the strangest transport schemes in American history. Benjamin Boyd, a skilled engraver used by Chicago counterfeiters, had been imprisoned. James “Big Jim” Kinealy devised a plan to steal Abraham Lincoln’s remains from the tomb in Springfield, Illinois, carry the body more than two hundred miles toward the Indiana Dunes, hide it in the shifting sand, and demand Boyd’s pardon plus a large cash ransom.

The left image shows the tomb raiders Jack Hughes and Terrence Mullen; the right shows period newspaper coverage of the attempt. The scheme sounds bizarre because the object being transported was Lincoln’s body, but mechanically it follows the same illicit-logistics logic visible in the horse-theft stories. Remove valuable property from its known location, move it rapidly over distance, cross jurisdictions, place it in terrain outsiders have difficulty searching, and convert physical possession into economic leverage.

The response shows how far policing had moved beyond the Comstock era. Lewis Swegles infiltrated the group as a Secret Service informant. Patrick Tyrrell directed the operation, and Allan Pinkerton’s agency supplied additional detectives. The Secret Service and Pinkerton men even traveled to Springfield on the same train carrying the conspirators.

By then the criminal network and the investigative network were sharing the same railroad.

The Secret Service Becomes a Model That Justice Wants to Borrow

The Secret Service’s development also gives us the institutional bridge into the Roosevelt–Bonaparte period. The National Archives records show that the agency’s nineteenth-century work centered on counterfeiting and other fiscal crimes, while its operatives also developed experience with informants, interstate investigations, criminal descriptions, suspect files, and distributed field offices. The National Archives still preserves Secret Service suspect lists, arrest books, investigative files, and thousands of historical criminal photographs.

Those photographic records matter to the road story because identification itself was becoming portable. A stolen horse could be described in a newspaper. Then a suspect could be described in a circular. Eventually an actual photograph could be copied and sent to another district.

Information was increasingly becoming freight.

Roosevelt, Bonaparte, and the Investigative Road

Under President Theodore Roosevelt, Attorney General Charles J. Bonaparte confronted a Department of Justice that lacked a substantial permanent investigative corps of its own. FBI historical accounts say Justice consequently borrowed investigators from Treasury’s Secret Service. Bonaparte objected that these operatives reported through Treasury rather than directly to him, while members of Congress raised their own concerns about the executive branch’s use of Secret Service personnel outside Treasury.

Congress restricted the loan practice in 1908. Bonaparte then combined Justice investigators with former Secret Service personnel into a permanent special-agent force. On July 26, 1908, he issued the order directing investigative matters through Chief Examiner Stanley W. Finch. The organization was named the Bureau of Investigation in 1909 and eventually became the FBI in 1935.

Those three images are the proper ending for the institutional side of the article: Roosevelt and Bonaparte together, Bonaparte in Roosevelt’s Cabinet, and Bonaparte’s July 26, 1908 founding order for the Justice Department special-agent force.

There is no legitimate basis for calling John Comstock’s 1851 Wabash County detective committee “the FBI before the FBI,” and there is no direct institutional chain from the Indiana Horse Thief Detective Associations to Bonaparte’s Bureau. The connection is more substantial when stated accurately. Each institution emerged as an answer to the same recurring mismatch: the object being pursued could operate across a larger territory than the authority pursuing it.

The horse thief leaves the township. The Blackleg network crosses counties. The counterfeiter crosses state lines. Railroads and national currency make the operating field larger still. Eventually the investigator must become national too.

The Remarkable Convergence of 1908 and 1909

There is an interesting chronological coincidence at the end of the transformation. Bonaparte assembled the Justice Department’s special-agent force in 1908. Brooks Construction began in Fort Wayne in 1909. These events were not causally linked, and James J. Brooks of the Secret Service should not be presumed to be related to John Foster Brooks of the paving company without genealogical evidence.

Yet the proximity of the dates illustrates how quickly the modern network was forming. One Brooks represents the professionalization of nationwide criminal investigation during the later nineteenth century; another Brooks enters the business of creating the improved roadway upon which the increasingly motorized twentieth century will operate.

Within one long human lifetime, Indiana had moved from mud roads, plank turnpikes, canal towpaths, Miami ponies, privately organized horse-thief detectives, and teams of wagons waiting to unload at La Gro into asphalt plants, rail-fed aggregate yards, automobiles, telegraphic investigations, national currency enforcement, aircraft manufacturing, and a permanent Justice Department detective force.

The change is enormous, but it is not disjointed.

The Road, Rail, Machine, and Detective Become One Network

The best way to understand the transformation is to stop asking which technology “replaced” which other technology. The systems kept becoming dependent upon one another. Horses pulled canal boats. The canal carried railroad iron. Railroads imported Belgian horses. Agricultural machines multiplied animal power. Latta steam technology converted heat into mechanical work. Emmit Latta’s bicycle patents entered Pope Manufacturing while Pope agitated for better roads. Wabash businesses sold rock and cement for paving. Brooks used railroad sidings to bring Huntington aggregate into an asphalt operation. Wright bicycle mechanics moved into aircraft. Telegraph lines allowed detectives to outrun fugitives with information.

The detective network evolved in parallel because mobility is never only an engineering problem. Every new means of moving legitimate goods also creates another way to move contraband, stolen property, fraudulent money, or wanted people. The same railroad that takes a merchant to another market takes the counterfeiter there too. The same telegraph that coordinates business can place an investigator ahead of a suspect. The same automobile that carries goods down the improved highway eventually gives criminals a faster escape vehicle.

Infrastructure creates opportunity in both directions.

That is precisely what John Comstock discovered in miniature in 1851. Build a better road and commerce grows; once commerce grows, a thief has a bigger market. The response is not to abandon the road but to build another network on top of it: investigators, descriptions, communications, records, and cooperation.

What “Latta Roads” Finally Means

This is also the safest way to interpret the recurrence of the Latta name. The northern Indiana and Michigan-border Lattas belong to a documented world of horse theft, Blacklegs, counterfeiting, and mobile criminal networks. Alexander Bonner Latta belongs to the documented mechanical world of Cincinnati steam engineering. Emmit G. Latta belongs to the documented bicycle patent system of Pope Manufacturing. The evidence presently available does not establish that every one of these Latta lines belongs to a single proven family organization, and the story does not require that claim.

What they illuminate together is a remarkable transformation in the meaning of transportation.

At the beginning of the century, the horse contains nearly everything in one body: capital, propulsion, freight capacity, escape, agricultural labor, and military usefulness. The horse thief exploits that fact because the stolen property can literally run away with him. The canal then multiplies the power of the horse. The railroad separates freight movement from animal muscle for the long haul while creating new demand for heavy horses at the local level. Agricultural machinery converts muscle into mechanized labor. Steam provides artificial muscle. The bicycle demands a new road surface. Asphalt contractors industrialize that surface. The automobile inherits it. The Wrights take the mechanics of the bicycle shop into the sky.

At the same time, information undergoes the same conversion. The local warning becomes the detective list. The list becomes a telegraph message. The telegraph message becomes a distributed federal investigation. Criminal photographs become portable identification. The Secret Service develops a national anti-counterfeiting system, and Bonaparte ultimately creates a permanent Justice Department investigative force able to operate across a national transportation network.

By the early twentieth century, the “road” is no longer merely a piece of ground beneath a horse. It is an interconnected machine made of rail, pavement, aggregate, fuel, patents, communications, records, contracts, investigators, and government authority.

The old shadow road never disappears. It simply changes form. The horse thief once avoided a toll gate and followed a creek to break his trail. The later criminal exploits a railroad connection, a false identity, an automobile, a communications gap, or some other weakness in the larger network. Every generation builds a better road, and every generation then has to learn how to police what moves across it.

That is why the Latta trail is worth following beyond the Blacklegs. It starts with horses disappearing into Indiana creeks and woods, but it ends in a much bigger history of how the Midwest turned horsepower into mechanical power and pathways into networks.