Uncharted Lancaster
Uncharted Lancaster reveals the county’s most fascinating stories—local history with odd twists, forgotten places, and the occasional brush with the supernatural. Each episode explores the hidden histories and long-buried secrets of Lancaster County, where legend, landscape, and local lore collide.
Uncharted Lancaster
Frederick Shoff and the Industrial Rise of Pequea
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Frederick Shoff was one of the most ambitious and influential figures to shape southern Lancaster County—and chances are, you’ve never heard his name. In this episode, we follow Shoff’s rise from a teenage contractor to a powerhouse entrepreneur who built an empire of sawmills, iron works, and real estate before turning his attention to something even bigger: harnessing the Susquehanna River itself through early hydroelectric development.
But Shoff wasn’t just an industrialist. He reimagined an entire region. At Pequea, he created a thriving resort destination anchored by the grand River View Hotel and even built his own trolley line to bring visitors in. Along the way, he left his mark on local infrastructure, education, and politics, helping to shape the future of Lancaster County. It’s a story of vision, innovation, and eventual decline, as the rise of the automobile and the Great Depression brought an end to the resort era he helped build—leaving behind echoes of a forgotten landscape along the river.
So today we are taking a deep dive into the life of an eighth-grade dropout named Frederick Schaff. Or uh sometimes you'll see it written as Frederick or just Fred in the historical record.
SPEAKER_00Right. The spelling is a bit all over the place, depending on the source.
SPEAKER_01Yeah, exactly. But as we were piecing his life together from these old 1911 newspaper clippings and, you know, local historical annals, this truly bizarre picture started to emerge. Trevor Burrus, Jr.
SPEAKER_00It really did. It's a staggering story.
SPEAKER_01Because usually when we look back at history, the great builders, right? The industrialists, the people who quite literally shaped the physical world you and I live in today, their success can seem almost preordained. Like you read a biography of a tycoon, and it feels like this paved road from a prestigious education directly to a boardroom.
SPEAKER_00Oh, absolutely. It's a very comforting narrative. We like to think that the infrastructure of our modern world, you know, the power grids, the transit systems, the civic institutions, we like to think they were all methodically handed down by this highly organized, predictable system of experts.
SPEAKER_01Aaron Powell But then you step into the world of late 19th century Lancaster County, Pennsylvania, and that neat paved road just completely vanishes.
SPEAKER_00It does. It's gone.
SPEAKER_01We are looking at a historical landscape that is incredibly raw. It's chaotic, and it's entirely unforgiving. I mean, this wasn't a boardroom environment at all.
SPEAKER_00No, not even close.
SPEAKER_01This was an era of massive, violent, natural forces literally colliding with the very earliest, clunkiest attempts at modern industrialization.
SPEAKER_00Yeah, that's the perfect way to describe it.
SPEAKER_01And right in the middle of that chaos stands Frederick Schaaf. He didn't just participate in this transition, he essentially willed modern infrastructure, leisure, and industry into existence out of mud and literal disaster wreckage.
SPEAKER_00What's fascinating here is to really understand what he accomplished, you have to look at the specific historical context he operated within. Okay. The late 1800s and early 1900s represented this period of absolute whiplash in terms of technological and economic transition. Trevor Burrus, Jr.
SPEAKER_01Whiplash how? Like just the speed of it.
SPEAKER_00Exactly. You have this brief, really intense window where the old world of horse-drawn transport, manual logging, canal boats.
SPEAKER_01Right, all the analog stuff.
SPEAKER_00Yeah, it's overlapping directly with the birth of hydroelectricity, electric street trolleys, and mass industrial production. And Schoff positioned himself perfectly at the fulcrum of this change. He recognized that the old ways were dying and the new ways required unprecedented amounts of raw power, and he basically found a way to bridge the two.
SPEAKER_01Okay, let's unpack this. Because to understand how a person even develops that kind of vision, we have to start with the boy who had absolutely nothing. Trevor Burrus, Jr.
SPEAKER_00Right. The very beginning.
SPEAKER_01So the records show that Frederick Schoff was born on April 1st, 1857, on an ancestral farm in Conestoga Township. But his childhood was just brutal.
SPEAKER_00Yeah, he really was.
SPEAKER_01He lost his mother when he was just 12 years old. And by the time he was 14, his formal education had completely ended.
SPEAKER_00He was entirely on his own.
SPEAKER_01Yeah, he left home, and according to the records, he started his own contracting business. And I just I had to stop right there. A 14-year-old dropout starts a contracting business in the 1870s.
SPEAKER_00It sounds impossible to us today.
SPEAKER_01Right. How does a child actually do that in a post-Civil War environment?
SPEAKER_00Aaron Ross Powell Well, we have to completely discard our modern definition of a business.
SPEAKER_01Aaron Ross Powell So no LLCs or office spaces.
SPEAKER_00Aaron Ross Powell Exactly. He wasn't leasing an office. In the 1870s, along the Susquehanna River, a contracting business meant sheer brutal physical arbitrage. Okay. He was surviving through intense manual labor. The sources mention he was trapping furs, fishing, and most notably unrafting logs on the river.
SPEAKER_01Aaron Powell Unrafting logs. Let's dig into the mechanics of that because just hearing it, it sounds incredibly dangerous.
SPEAKER_00Oh, it was phenomenally dangerous. I mean, the primary commerce of that river system at the time was timber. Trevor Burrus, Jr.
SPEAKER_01Right, building the country.
SPEAKER_00Yeah. Massive amounts of wood were being harvested up in the northern forests of Pennsylvania and floated down the Susquehanna in these giant chained-together rafts.
SPEAKER_01Aaron Powell Okay, so they ride these rafts down the river.
SPEAKER_00Right. But when these massive timber rafts reached their destinations downriver, they had to be disassembled, unrafted. So the individual logs could be processed at the mills.
SPEAKER_01And that's where a 14-year-old chef comes in.
SPEAKER_00Exactly. This involved men and in his case, a young boy standing on slippery, rolling logs in a rushing, often freezing river. Oh my god. Using these long pike poles to decouple massive pieces of timber. I mean, one slip, and you could easily be crushed between logs or drowned under the raft. Trevor Burrus, Jr.
SPEAKER_01So his foundational education wasn't in a classroom at all. It was in the freezing water. Right. Learning the absolute undeniable realities of physics, leverage, and just raw physical labor.
SPEAKER_00Precisely. And think about the psychological impact of that. When you have to expend that much physical energy and take on that much physical risk, just to extract a single dollar from your environment.
SPEAKER_01It changes you.
SPEAKER_00It completely alters your relationship with value. You develop this hyper-pragmatic mindset.
SPEAKER_01Right, because you can't afford to waste a single calorie.
SPEAKER_00Exactly. You become incredibly adept at spotting inefficiencies because inefficiency in that environment doesn't just cost money, it costs calories and potentially your life.
SPEAKER_01So you look for the easiest path to the money.
SPEAKER_00You start looking for ways to generate capital that don't require you to literally risk your neck every single day.
SPEAKER_01Which brings us to his early 20s. So it's around 1881. He's 24 years old, and he makes his first major real estate investment.
SPEAKER_00This is a huge turning point.
SPEAKER_01He buys the Colemanville Ironworks. And crucially, he buys the thousand acres of land connected to it. Now buying an old ironworks might seem like a standard, you know, industrial play. For sure. But the property came with a massive cinder dump. And Schaft doesn't restart the ironworks. He turns around and sells the cinder dump. Right. And the proceeds from selling this massive pile of waste actually net him more than the entire cost he paid for the plant and the thousand acres of land.
SPEAKER_00It's unbelievable.
SPEAKER_01How does that even work? What exactly is a cinder dump and why on earth would anyone pay a premium for it?
SPEAKER_00This is where we see his genius for arbitrage really crystallize. Yeah. Because to understand the cinder dump, you have to understand 19th century metallurgy.
SPEAKER_01Okay. Give me the crash course.
SPEAKER_00So the Colemanville plant operated what were known as bloomeries and furnaces. To make iron, you take raw iron ore, you mix it with a fuel source, usually charcoal, and you heat it to extreme temperatures.
SPEAKER_01So you melt the iron out of the rock.
SPEAKER_00Right. The iron melts, but all the impurities in the water.
SPEAKER_01The dirt and stuff?
SPEAKER_00Yeah, the silicates, the dirt, the rock, that all melts too and has to be drawn off. And this byproduct is called slag or cinder. And as it cools, it hardens into this really dense, glassy, rock-like substance.
SPEAKER_01Aaron Ross Powell So over decades of operating this ironworks, the previous owners were just taking this heavy, sterile glass rock waste and piling it up on the property.
SPEAKER_00Aaron Ross Powell Exactly. To the iron workers, it was a massive liability.
SPEAKER_01This is a trash mountain.
SPEAKER_00It was literally a mountain of useless industrial waste taking up valuable space. But Schaff wasn't burdened by the traditional assumptions of the iron industry.
SPEAKER_01Aaron Powell He saw something else.
SPEAKER_00He looked at the broader economic landscape of 1881. What was happening in America at that exact moment?
SPEAKER_01Aaron Ross Powell The massive expansion of the railroads.
SPEAKER_00Right. And what do railroads need more than anything else besides steel rails?
SPEAKER_01Aaron Ross Powell Uh Wood for the ties.
SPEAKER_00Aaron Ross Powell Wood, yes. But they also need track ballast. They need millions of tons of crushed, durable aggregate to pack underneath and around those wooden railroad ties.
SPEAKER_01To keep them from sinking into the ground.
SPEAKER_00Exactly. Ballast locks the tracks in place, it distributes the immense weight of the trains, and it provides crucial water drainage so the tracks don't just disappear into the mud when it rains.
SPEAKER_01That makes total sense.
SPEAKER_00So Schaaf realized that he hadn't just bought an obsolete ironworks. He had bought a ready-made, massive quarry of premium crushed aggregate.
SPEAKER_01That is a brilliant pivot. I mean, it's like someone buying a bankrupt tech company today, right?
SPEAKER_00Yeah.
SPEAKER_01Just to sell its discarded servers for scrap metal, making their money back on day one.
SPEAKER_00It's the exact same principle.
SPEAKER_01But wait, was he just incredibly lucky to find that cinder dub, or did he see what the previous owners were blind to?
SPEAKER_00I think he absolutely saw what they were blind to. He was monetizing overlooked assets. And the speed of his reinvestment is what separates him from someone who just got lucky and won the lottery.
SPEAKER_01What did he do with the money?
SPEAKER_00He takes this massive windfall from selling the cinder dump and immediately starts building a diversified economic ecosystem. He doesn't just sit on the cash. First, he builds a roller process flour mill.
SPEAKER_01Aaron Powell Wait, I want to pause on the roller process part because that specific detail is noted in the historical records. Why is that important?
SPEAKER_00Aaron Ross Powell Because it shows he was investing in bleeding edge technology. For centuries, flour was milled using massive stone wheels that ground the wheat.
SPEAKER_01Right, the classic windmill style.
SPEAKER_00Exactly. And that produced a coarse, darker flour. But in the 1880s, the steel roller mill was introduced. Okay. It used corrugated steel cylinders that cracked the wheat perfectly, separated the bran efficiently, and produced a highly desirable, fine, bright white flour.
SPEAKER_01Oh, so it was a luxury product at the time.
SPEAKER_00It was a massive technological leap. So Schoff didn't just build a mill, he built a state-of-the-art facility to maximize his margins.
SPEAKER_01Wow. Okay, so he has the high-tech flour mill, then he built the sawmill, and he starts a 50-cow dairy farm.
SPEAKER_00Right.
SPEAKER_01And just to put a punctuation mark on his dominance here, he builds the largest barn in Lancaster County to house that dairy operation.
SPEAKER_00It was massive.
SPEAKER_01A structure so huge that records from 30 years later, note it still held the size record. I mean, in a very short window of time, he transitions from a teenager pulling wet logs out of the mud to dominating the agricultural and industrial landscape of his county.
SPEAKER_00He moves entirely up the supply chain.
SPEAKER_01Aaron Ross Powell He's no longer the raw labor. He is the capital and the means of production.
SPEAKER_00But what he retains from those early years on the river is this absolute fearlessness when it comes to unpredictability. How so? Well, he had mastered localized arbitrage with the cinder dump, but static waste only generates so much capital. You eventually run out of the mountain of slag.
SPEAKER_01Right. You sell it all and it's gone.
SPEAKER_00Exactly. To really scale, he needed a higher volume of raw material. And ironically, the fastest way to acquire massive volume in the 19th century wasn't to build a bigger factory.
SPEAKER_01What was it?
SPEAKER_00It was to wait for nature to destroy one.
SPEAKER_01Which brings us to his absolute mastery of disaster capitalism. I mean, we're moving now from shoff monetizing localized waste to essentially weaponizing the chaotic forces of nature to build a massive fortune.
SPEAKER_00This is where his logistical genius really shines.
SPEAKER_01Let's look at the Columbia Bridge incident in 1896. A massive tornado tears through the region and completely wrecks the local mile-long bridge at Columbia.
SPEAKER_00It literally blows the structure right off its piers.
SPEAKER_01Right into the Susquehanna River. It is a catastrophic failure of infrastructure. Transport is halted, the river is blocked. It's a mess.
SPEAKER_00A total disaster zone.
SPEAKER_01But Frederick Schaaf looks at a mile of sunken wreckage and he sees inventory. He immediately steps in and buys the wreckage from the Pennsylvania Railway Company.
SPEAKER_00And again, he targets a very specific secondary market. He knows exactly what is sitting at the bottom of that river.
SPEAKER_01Yeah, he pulls between 200 and 300 tons of old-style charcoal iron out of the wreckage, and he secures a contract to sell it directly to the United States government so they can manufacture anchor chains for their steamships and cruisers.
SPEAKER_00Yes.
SPEAKER_01Now, why did the Navy want this specific iron pulled from a destroyed bridge? Why not just buy new steel or iron from a modern foundry?
SPEAKER_00It comes down to the metallurgy of the era again. The bridge was built using old-style charcoal iron.
SPEAKER_01Okay, as opposed to what?
SPEAKER_00Well, this meant the iron ore was smelted using charcoal derived from wood rather than using coal or coke.
SPEAKER_01Oh, I see.
SPEAKER_00Coal contains high amounts of sulfur, which can make the resulting iron brittle, but charcoal burns much cleaner.
SPEAKER_01So the iron is better quality.
SPEAKER_00It's an incredibly pure, highly malleable, and remarkably rust-resistant metal.
SPEAKER_01Which is exactly what you need if you are forging a massive anchor chain that is going to be constantly submerged in corrosive salt water. Right. Taking the immense, sudden tensile shocks of a heavy cruiser bobbing in a storm.
SPEAKER_00Exactly. A brittle chain in a storm means a sunken ship. The Navy mandated that specific purity, which meant Schaft could charge an absolute premium for salvaged scrap.
SPEAKER_01But the logistics of this are what blow my mind. 200 to 300 tons, that is up to 600,000 pounds of twisted metal underwater in 1896. And he cleared the wreckage and sold the iron in about six weeks. How is that physically possible without modern hydraulic cranes and scuba gear?
SPEAKER_00It required immense organizational agility. I mean, he would have had to mobilize flat-bottomed river barges equipped with steam-powered winches.
SPEAKER_01Oh, so bringing the heavy equipment out onto the water.
SPEAKER_00Right. He would have deployed teams of men with massive grappling hooks and block and tackle pulley systems, likely using the river's own buoyancy where possible to lift the heaviest beams.
SPEAKER_01That's incredible.
SPEAKER_00It wasn't just having the idea to sell the iron. It was having the manpower, the heavy equipment, and the transport networks ready to deploy instantly. He was operating with a level of speed that allowed him to clean up a disaster and turn a massive profit before anyone else even figured out how to approach the problem.
SPEAKER_01The sources say he cleared$20,000 in six weeks. In 1896, that is an astronomical sum of money.
SPEAKER_00It's life-changing wealth.
SPEAKER_01Here's where it gets really interesting, though, because a tornado is a freak occurrence. You can't build a reliable business model waiting for a tornado to destroy a bridge.
SPEAKER_00No, you can't.
SPEAKER_01So Shaw figured out how to monetize recurring natural disasters. The historical records highlight these incredible events called runaway log booms.
SPEAKER_00These are fascinating.
SPEAKER_01Back in 1889, again in 1893, and yet again in 1903, massive floods caused millions of logs to break loose from the lumber yards up in Williamsport.
SPEAKER_00We really need to picture the scale of what a runaway boom actually is.
SPEAKER_01Please paint the picture for us.
SPEAKER_00So, upriver in Williamsport, the timber industry used massive chain booms. These were essentially floating fences made of chained logs stretched across the river to catch all the free-floating timber being sent down from the mountain logging camps.
SPEAKER_01Like a giant net catching all the wood.
SPEAKER_00Exactly. But during a massive spring thaw or a sudden violent flood, you get ice dams breaking. Massive chunks of ice act like bulldozers and they just snap the iron boom chains.
SPEAKER_01And suddenly you have millions of massive heavy logs careening wildly down a flooded river.
SPEAKER_00Uncontrolled.
SPEAKER_01It's a navigational nightmare. Threatens to smash bridges, docks, boats. It is pure kinetic chaos.
SPEAKER_00Aaron Powell But Schaaf, because of his teenage years spent unrafting timber on this exact river, understands the currents perfectly.
SPEAKER_01Aaron Powell He knows where the water is going to take them.
SPEAKER_00He knows exactly where those logs are going to end up. And he had the foresight to establish a massive sawmill and lumberyard downriver at Peckway, positioning it specifically to intercept these windfalls.
SPEAKER_01He just catches these runaway logs, and the sheer volume of material is staggering. From just one of these floods, he yields eight million feet of sawed lumber.
SPEAKER_00It's an unfathomable amount of wood.
SPEAKER_01He has four sawmills running day and night, 24 hours a day for three straight years, just to process the windfall from a single broken bone.
SPEAKER_00Just relentless production.
SPEAKER_01He essentially supplies the entire county and all adjoining markets with lumber. I mean, is it fair to call him a disaster capitalist? He's profiting off a wrecked bridge and devastating floods, or is he providing a massive public service by cleaning up the mess?
SPEAKER_00Aaron Powell It's arguably both. But here's the critical logistical hurdle he had to overcome with the logs. He caught the logs, yes. But the river during these massive floods, or freshets, as they called them. Right. The river was far too violent and unpredictable to safely manage and sort that volume of timber directly in the main current.
SPEAKER_01Because it would just sweep the men away.
SPEAKER_00Exactly. He needed a safe harbor to process millions of logs. So he looks at the surrounding landscape and he finds a solution in a piece of entirely obsolete infrastructure.
SPEAKER_01The Tidewater Canal.
SPEAKER_00Right. The Susquehanna and Tidewater Canal was this 45-mile artificial waterway built back in the 1830s to bypass the most dangerous, unnavigable sections of the river.
SPEAKER_01Like a detour for boats.
SPEAKER_00Yeah, and for decades it was the primary artery for moving coal and lumber. But by the late 19th century, the expansion of the freight railroads had completely displaced it.
SPEAKER_01Because trains are faster?
SPEAKER_00Exactly. It was dead. It was an abandoned dry ditch.
SPEAKER_01So Schaff leases a 16-mile stretch of this dead canal bed from Columbia down to just above McCall's Ferry, and he brings it back to life.
SPEAKER_00But wait, how you even refloat 16 miles on an abandoned canal? I mean, it's not just turning on a hose.
SPEAKER_01No, it requires significant civil engineering on the fly. A canal isn't just a trench in the dirt, it relies on complex wooden lock gates, clay linings to prevent water seepage into the soil, and intake valves from the main river.
SPEAKER_00And if it's been sitting dry for years, when a canal sits dry, the wooden gates rot and the clay cracks. Schaff had to deploy crews to rapidly patch the breaches, repair the lock gates, and then systematically open the feeder channels to derete the flooded Susquehanna River back into the artificial channel.
SPEAKER_01He literally uses the floodwaters to refill the dead canal, turning it into a massive 16-mile-long calm water holding tank.
SPEAKER_00That's exactly what he did.
SPEAKER_01He creates an artificial controlled transport lane, completely separated from the violent main river, allowing him to safely float millions of logs right to the doors of his screaming sawmills.
SPEAKER_00It is absolute logistical perfection. He takes a piece of obsolete technology that the modern economy had discarded, and he resurrects it to process a massive windfall provided by a natural disaster.
SPEAKER_01He completely neutralizes the danger of the flooded river.
SPEAKER_00Right, by utilizing the very infrastructure the river had previously relied on.
SPEAKER_01It is a stunning visual. Just picture 16 miles of a weed-choked ditch suddenly flooded and choked with a million logs, feeding mills that haven't stopped turning in three years.
SPEAKER_00It's an industrial symphony.
SPEAKER_01But it does bring up a stark reality about the era. The records from the time explicitly note that by the end of Schaaf's massive lumber operations, the forests were, and I quote, almost annihilated.
SPEAKER_00Yeah.
SPEAKER_01That is an incredibly strong word for a historical account to use.
SPEAKER_00It reflects the absolute exhaustion of the resource. Schoff was brilliantly capturing these runaway booms, but those booms were essentially the dying breaths of the great Pennsylvania old growth logging industry.
SPEAKER_01The trees were just gone.
SPEAKER_00He recognized the end of an era, the timber was running out. He squeezed the absolute last drop of vast wealth out of the environment before the door closed forever.
SPEAKER_01And that foresight leads us directly to his next evolution. Because up to this point, Schaoth had made millions by being at the mercy of the river's wild fluctuations. True. He reacted to tornadoes. He reacted to broken booms and floods. But by the late 1890s, with the timber vanishing and the industrial landscape shifting, Schaaf decides to stop reacting to the water. He decides to start controlling it entirely.
SPEAKER_00If we connect this to the bigger picture, he recognizes that the future of industry isn't in moving physical goods like logs or coal down the river.
SPEAKER_01What's the future then?
SPEAKER_00The future is in harnessing the sheer kinetic energy of the water itself to generate electricity.
SPEAKER_01So in 1896, and pushing further into 1898, Schaff conceives a project that is just breathtaking in its ambition. He wants to build a massive hydroelectric dam across the mighty Susquehanna River. Right. And he doesn't just pitch an idea, he puts his own money on the line. He pays out of pocket for a full year of civil engineering surveys, hiring experts to take soundings, make surveys, and draw blueprints.
SPEAKER_00Because building a hydroelectric dam is an immensely complex engineering challenge, especially in the 1890s.
SPEAKER_01You can't just stack some rocks in the river.
SPEAKER_00No, you can't just drop a wall in the water. You need a specific geographic topology, and most importantly, you need a significant head of water.
SPEAKER_01Okay, what exactly does head of water mean in this context? I'm picturing water literally having a head.
SPEAKER_00Aaron Powell Well, it refers to the vertical drop of the water. The kinetic energy that spins the massive turbines inside a dam isn't just generated by the speed of the river flowing horizontally, it's generated by the pressure of the water falling vertically.
SPEAKER_01Aaron Powell So gravity is doing the work.
SPEAKER_00Exactly. The higher the drop, the greater the pressure, and the more electricity you can generate. If a site doesn't have enough natural vertical drop, you would have to build an incredibly wide, impossibly expensive structure to generate enough power to be profitable.
SPEAKER_01That makes sense.
SPEAKER_00Furthermore, you need stable bedrock just below the surface to anchor a monolith of concrete that will have to withstand the unimaginable constant pressure of an entire flooded river pushing against it.
SPEAKER_01And Schaaf was personally financing the scientific validation of all these variables.
SPEAKER_00Yes, out of his own pocket.
SPEAKER_01So once he has the data, he moves to the organizational phase. He organizes the York Furnace Power Company, and he brings in heavy hitters. The records list high profile legal and financial figures from the region, like Walter Franklin and Judge J. Hay Brown.
SPEAKER_00He's building a coalition.
SPEAKER_01He is assembling a board of powerhouses to give the project legitimacy. But then they hit the harsh reality of the river's geography. It becomes this massive process of trial and error.
SPEAKER_00Right. Initially, they look at a location near York Furnace, but the financial backers and the engineers determine there simply isn't a great enough head of water there to make the power generation profitable at scale.
SPEAKER_01The drop wasn't high enough.
SPEAKER_00Exactly. So they move downriver. They attempt to make soundings in a treacherous, narrow area of the river known as the neck below Taquan.
SPEAKER_01You have to imagine these 19th-century surveying crews out in small rowboats, right? Dropping weighted lead lines into swirling, violent rapids trying to map the unseen riverbed.
SPEAKER_00It's terrifying work.
SPEAKER_01But there, the records tell us the depth of the water and a violent undertow current prevented them from finding any secure anchorage for a dam.
SPEAKER_00Aaron Powell Which is a fascinating geographic footnote. An undertow isn't just dangerous for a swimmer, it makes construction impossible.
SPEAKER_01Why is that?
SPEAKER_00To pour the concrete foundations for a dam, you first have to build massive temporary walls in the water called coffer dams, so you can pump the area dry.
SPEAKER_01Oh, right. You can't pour concrete into rushing water.
SPEAKER_00Exactly. And a violent undertow will relentlessly scour the riverbed and undermine any temporary structure you try to build. So nature literally dictated the region's economic development here. That's wild. If that undertow hadn't been there, the entire center of gravity for the county's power grid would have shifted to the neck.
SPEAKER_01But they keep pushing, and finally, they find the perfect site down at McCall's Ferry, which eventually becomes the location of the massive Holtwood Dam.
SPEAKER_00Right.
SPEAKER_01Now they have the location, they have the engineering proof, but they need the capital to actually build a monolith across a river. So Schaaf and his partner, John W. Holman, pack their bags and head to New York City to pitch the elite Wall Street capitalists.
SPEAKER_00We really need to appreciate the adaptability required here. We are talking about a man who left school at 12, whose foundational business experience was wrestling wet logs out of the mud, and he is walking into the boardrooms of elite New York financiers and successfully pitching a multimillion dollar infrastructure project.
SPEAKER_01It's like something out of a movie.
SPEAKER_00He proved he could navigate the highest echelons of corporate finance just as effectively as he navigated river currents.
SPEAKER_01And the pitch works. They secure an offer from a syndicate of New York and Philadelphia capitalists who put up$10,000 just for a six-month option to investigate the site with their own core of engineers.
SPEAKER_00They bought the time to double check his math.
SPEAKER_01And the New York engineers come down, they verify Schoff's data, and 18 months later, the McCall's Ferry Water and Power Company takes charge and begins construction on what will become one of the most important dams on the lower Susquehanna.
SPEAKER_00But here is where Schoff executes what might be the most brilliant real estate play of his entire life.
SPEAKER_01It's like owning the land under a gold rush, but only selling the rights to pan the water.
SPEAKER_00It is a masterclass in separating utility value from speculative value.
SPEAKER_01Tell us what he did.
SPEAKER_00During this entire 10-year process of surveying and pitching, Schoff was quietly buying up the actual land. He personally purchased 1,000 acres of land directly abutting the river at the exact proposed dam site. Okay. And when the deal goes through with the New York Syndicate, Schoff turns over only the water lights to the power company.
SPEAKER_01So they can use the water, but they don't own the dirt.
SPEAKER_00Exactly. He retains full ownership of all the physical land along the shoreline.
SPEAKER_01That is a monumental flex.
SPEAKER_00He understood riparian rights perfectly. He knew the power company only cared about the kinetic energy of the water flowing past the property. They needed the right to dam the water and flood the immediate basin. Right. But Schaaf also knew that once that massive dam was built, creating a huge, calm lake behind it and bringing massive industrial infrastructure and roads to an isolated area, the value of the surrounding shoreline property would absolutely skyrocket.
SPEAKER_01The historical accounts explicitly state that some of this land later changed ownership at a sudden advance in figures. He essentially forced the Wall Street Syndicate to fund the massive appreciation of his own personal real estate portfolio.
SPEAKER_00And beyond enriching himself, Schaaf berthed the modern electrical grid for his region. He recognized that the future of the entire county's economy relied on controlling power generation.
SPEAKER_01He's playing 3D chess.
SPEAKER_00And while the New York Syndicate built the massive McCall's ferry dam, Schaaf concurrently organized his own localized power company, the Colemanville Water and Power Company, in 1905.
SPEAKER_01Which perfectly transitions us into the next phase of his empire, because by the early 1900s, Schaaf has helped secure massive electrical power generation for the region. But electricity is entirely useless unless it powers something.
SPEAKER_00You need demand.
SPEAKER_01You need consumers. And Schaaf's solution to generating demand for his electricity, utilizing his vast lumber reserves and monetizing his remote land holdings was to build a transportation network.
SPEAKER_00Right.
SPEAKER_01Specifically, he built a trolley line to deliver a captive audience directly into the wilderness.
SPEAKER_00This is a remarkable pivot from heavy industrial contracting to creating a consumer experience. He takes the raw materials of his previous successes to build the infrastructure of leisure.
SPEAKER_01First, he becomes the indispensable supplier for the entire regional trolley boom. The records detail that Schaaf supplied the ties, the poles, and the lumber for almost all the trolley lines, spiderwebbing out from Lancaster to surrounding towns like Strasbourg and Millersville.
SPEAKER_00He's the backbone of the expansion.
SPEAKER_01We are talking about him shipping 40,000 railroad ties and cutting 5,000 telegraph poles. What exactly goes into making a trolley tie and why did they need so many?
SPEAKER_00Well, a tie isn't just a random piece of wood, it has to support the immense shifting weight of a multi-ton electric streetcar while resting in damp soil or crushed stone.
SPEAKER_01So it has to be tough.
SPEAKER_00It requires dense, rot-resistant wood, often oak or chestnut, cut to precise dimensions and chemically treated to withstand the elements. When a traction company is laying dozens of miles of track, the demand for these massive durable timbers is astronomical.
SPEAKER_01And he's got forests of it.
SPEAKER_00Schaaf, utilizing his massive timber reserves and his high capacity sawmills, was literally laying the wooden foundation for the county's transit system.
SPEAKER_01But Schaaf wasn't content just selling the lumber to other companies. He wanted his own transit line. In 1901, he pays for the initial survey at his own expense and organizes the Lancaster and York Furnace Street Railway Company, becoming its president.
SPEAKER_00Of course he does.
SPEAKER_01By December 1904, the first car makes its trip. It was a 12 and a half mile route starting opposite the Millersville Normal School down into the wilderness of Peckway. Fares were five cents, later bumped up to 15 cents.
SPEAKER_00It is crucial to understand that this was one of the very few independent trolley lines not owned by the massive regional conglomerate, the Conestoga Traction Company.
SPEAKER_01Oh, so he was a maverick holding out against the monopoly.
SPEAKER_00It is a rare holdout. And it wasn't designed for practical daily commuting between major urban centers. It was designed as an experience.
SPEAKER_01But joyride.
SPEAKER_00It was built specifically to bridge the urban, academic environment of Millersville with the total rugged isolation of the river gorge.
SPEAKER_01But the experience of riding this trolley sounds absolutely wild. For five cents, you got a journey that sounds less like public transportation and more like an endurance-based amusement park ride. Was this actually safe?
SPEAKER_00The primary accounts paint a very vivid and physically demanding picture of this commute.
SPEAKER_01Tell me about the tracks.
SPEAKER_00The tracks themselves, especially in the early years, were described as having a casual nature.
SPEAKER_01Casual? That's not a word you want associated with railway tracks.
SPEAKER_00No, it's not. The rugged, hilly landscape along the gorge meant the tracks were incredibly unevenly ballasted. The swaying back and forth was so severe it literally caused attacks of seasickness among the passengers.
SPEAKER_01So you're sitting in an open-air trolley car in the summer, clutching a wooden bench, completely nauseous as you careen through the forest.
SPEAKER_00And you weren't just battling the physics of the uneven track, you are battling the local environment. Accounts note that cows frequently wandered out of the woods and blocked the tracks, bringing the entire system to a halt.
SPEAKER_01Naturally. Just a cow in the way.
SPEAKER_00But the most revealing detail about the state of early electrical infrastructure was the power issue.
SPEAKER_01Yes. The trolley was powered by Schaft's own Colemanville Water and Power Company, which utilized a 550 horsepower hydroelectric plant on the Peckway Creek. Right. But the technology was so nascent that they suffered from chronically low voltage. When the trolley hit a steep hill deep in the woods, the power simply wasn't enough to pull a full car.
SPEAKER_00Just couldn't make it.
SPEAKER_01The patrons, who had paid their fare, would literally have to get out of the trolley and physically push the massive car up the hill. I mean, why does an electric motor suddenly lose the power to climb a hill?
SPEAKER_00It is a fundamental issue with early direct current or DC electrical grids.
SPEAKER_01Okay, science time.
SPEAKER_00Unlike alternating current, which can travel long distances efficiently, DC voltage drop significantly over distance due to the resistance in the overhead wires.
SPEAKER_01So the further you are from the power plant, the weaker the electricity.
SPEAKER_00Exactly. If the power plant is miles away, the voltage at the end of the line sags. When that heavy trolley hits a steep grade, the electric motors demand a massive spike in amperage to maintain the torque needed to climb.
SPEAKER_01And the wire just can't deliver it.
SPEAKER_00The distant power plant and the long wire simply cannot supply that sudden demand. The voltage plummets, the motors stall out, and human horsepower has to take over.
SPEAKER_01Which perfectly illustrates the incredibly fragile, symbiotic nature of Schuff's businesses. Think about the closed loop economic ecosystem he created.
SPEAKER_00It's all connected.
SPEAKER_01His land provided the raw wood. His sawmills cut that wood into the ties. His hydroelectric plant on the creek provided the direct current electricity to the overhead wires. His independent trolley line carried the passengers along those ties, powered by that electricity, all the way to a destination he was heavily invested in.
SPEAKER_00It is vertical integration executed in the absolute wilderness.
SPEAKER_01And despite the nausea and the physical labor of pushing the car, the route offered unparalleled access to dramatic terrain. The trolley line passed 150 feet directly below the towering Mardock Forge trestle. It ran past geographic anomalies like Susie's hole, allowing passengers to experience the sheer scale of the river gorges in a way that was previously impossible without days of arduous hiking.
SPEAKER_00So ponder the loss of this type of public transit for a second. The sources note the trolley took people through picturesque terrain that cars eventually bypassed.
SPEAKER_01Right, because roads go around the mountains, usually.
SPEAKER_00What did we lose when we traded the communal scenic if nauseating trolley for solitary automobile commutes on paved highways? We lost that connection to the ruggedness of the landscape.
SPEAKER_01That's a great point. But it brings us to the destination. You've survived the harrowing seasick trolley ride deep into the river hills, pushing the car up the final incline. Where exactly are you going?
SPEAKER_00You're arriving at Peckway.
SPEAKER_01Right. A sleepy village where Schaaf and his partner Paul Hine were attempting to turn a remote location into a world-class tourist destination. You are arriving at Schaaf's Ultimate Vanity Project, a Gilded Age resort in the wilderness.
SPEAKER_00We are moving from the gritty reality of infrastructure to pure aspirational luxury. This is where we see the height of his ambition to reshape the social landscape.
SPEAKER_01Between 1901 and 1903, Schoff built the Riverview Hotel. This was not a rustic hunting cabin. This was a massive three-story structure with 75 bedrooms, sitting on 500 acres of mountainous forest with four miles of river frontage.
SPEAKER_00It was a palace in the woods.
SPEAKER_01He built this palatial estate, proved it could attract guests, and then, in typical Schoff fashion, he sold the hotel itself to Hine in 1904. He presumably made a tidy profit on the sale while remaining deeply invested in the surrounding infrastructure and the trolley that fed the hotel.
SPEAKER_00The amenities of this resort were staggering considering its remote location. We aren't just talking about a bed and a meal. The Riverview Hotel featured manicured tennis courts, croquet courts, a banquet hall, ballroom dancing.
SPEAKER_01They even had a miniature narrow gauge steam railroad operating on the property.
SPEAKER_00Oh yeah, the Cagney train.
SPEAKER_01Guests could ride a real working steam locomotive manufactured by the Cagney brothers. It was a literal, coal-fired, scaled-down train used purely for amusement. They took steamboat rides on the river. And at night, the ballroom came alive with Pappy Stark and his blue Danube serenaders playing.
SPEAKER_00The juxtaposition is incredible.
SPEAKER_01Picture the Gilded Age elites, right? Wearing formal attire, dancing the jitterbug deep in the Pennsylvania woods, completely isolated from the world, except for a single electric wire and a set of wobbly trolley tracks.
SPEAKER_00And it drew an incredibly diverse crowd of the elite. It became known regionally as a rich man's playground.
SPEAKER_01It even had celebrity sightings. Heavyweight boxing champion Jack Dempsey stayed there, and allegedly President Calvin Coolidge visited, though the historical record notes that the signature in the guest book was suspect.
SPEAKER_00Probably a forgery, but the rumor alone speaks to the hotel's prestige.
SPEAKER_01Part of the draw was also health tourism. Water was piped in at great expense from the nearby York Furnace Springs, heavily advertised for its health-bringing properties.
SPEAKER_00But but the anecdote that truly encapsulates the fragile reality of this isolated luxury involves the hotel's lighting system.
SPEAKER_01Oh, this is my favorite part.
SPEAKER_00It is a stunning, tangible lesson in early electrical engineering.
SPEAKER_01A man named Jim Prangley recounted a story from 1910. The Riverview was one of the very few places in the southern end of the county to have electric lighting. There were five incandescent electric light bulbs on the front porch of the hotel. Right. And Pranley remembered watching those lights fluctuate wildly. Because the hotel and the trolley line shared the exact same localized DC power grid from the Colemanville plant, the lights on the porch would literally dim and fade when the trolley, miles away in the woods, was struggling to climb a steep grade.
SPEAKER_00This raises an important question about the fragility of luxury at that time, because as that heavy trolley motor strained against the incline, it drew massive amounts of current from the shared line, causing a system-wide voltage sag.
SPEAKER_01And the bulbs just don't get enough juice.
SPEAKER_00Incandescent bulbs rely entirely on steady voltage to heat the filament until it glows. When the voltage dropped, the filament cooled and the light dimmed.
SPEAKER_01And then when the trolley crested the hill and started coasting downward, relinquishing its draw on the current, the lights on the porch would suddenly blaze bright again.
SPEAKER_00It perfectly encapsulates the era.
SPEAKER_01You could sit on the porch of a luxury hotel, sipping a drink, and literally see the physical strain of a trolley car a mile away in the woods, transmitted through the glowing filament of a light bulb. It reminds us that this entire ecosystem of leisure was hanging by a very thin electrical thread.
SPEAKER_00And that fragility is perfectly highlighted by the ultimate foil to the Riverview Hotel, the doomed Pequahana Inn.
SPEAKER_01Right, because 75 rooms wasn't enough.
SPEAKER_00Schoff and a partner named John K. Hartman decided they needed to go bigger. They planned what was supposed to be a colossal 384-room super resort called the Pequana Inn.
SPEAKER_01It was a massive overreach, and it was a disaster from the start. What exactly is an ice freshet?
SPEAKER_00Well, an ice freshet occurs during a rapid spring thaw. The surface of the river is frozen solid. When temperatures suddenly rise and heavy rains fall, the ice breaks apart into massive, multi-ton, jagged flows.
SPEAKER_01And the water just pushes them downriver.
SPEAKER_00The surging floodwaters carry these massive blocks of ice at high speeds. They act like a fleet of unguided bulldozers smashing into bridge piers and utterly destroying wooden structures.
SPEAKER_01So without that supply bridge, they couldn't move the heavy stone and timber needed for a 384-room hotel. And then local officials stepped in and actively blocked them from moving heavy materials even when they tried.
SPEAKER_00The accounts hint at political interference. It shows that while Schoff's influence was vast, it wasn't absolute. He couldn't always engineer his way around a hostile bureaucracy.
SPEAKER_01And then came the final blow. In 1911, the primary financial backer of the massive project, a man named George Attlee, committed suicide amid a sudden financial panic.
SPEAKER_00The funding evaporated instantly.
SPEAKER_01The 384-room Pequihana Inn was completely abandoned mid-construction. It was never finished. It's wild that Schaft successfully built his first hotel, but the much grander Pequahana Inn failed catastrophically.
SPEAKER_00Yeah.
SPEAKER_01Does this prove Schaft knew exactly when to sell to Heining and get out?
SPEAKER_00I think his core pragmatism saved him. He built the Riverview, proved the concept, sold it to an operator, and avoided the catastrophic failure of the super resort.
SPEAKER_01Even the River View eventually made its own set end, though.
SPEAKER_00It did. It fell victim to the Great Depression and changing cultural tastes. What does it say about shifting cultural tastes and leisure that a rich man's playground became a cheap fishing stop, then ashes.
SPEAKER_01Because eventually in the 1970s, the local fire chief deemed the decaying structure too costly to demolish and simply had his volunteer firemen burn the massive historic hotel to the ground in a controlled blaze.
SPEAKER_00Automobiles allowed people to abandon localized river resorts for places like the New Jersey Shore or the Poconos. The trolley became obsolete.
SPEAKER_01From Gilded Age elites dancing under electric lights to a controlled burn. But Schaff's legacy isn't just in the buildings that burned or the canals that were buried. Because as we round out the profile of a man who seems entirely driven by commerce, we discover a profound, deeply impactful civic and progressive streak in his later years.
SPEAKER_00This is the aspect of his life that truly elevates him from a brilliant logistics contractor to a foundational civic figure.
SPEAKER_01Before we get to his politics, he even applied his relentless organizing energy to agriculture. In 1896, not content with lumber and power grids, he pivots to growing paragon chestnuts.
SPEAKER_00He never stops.
SPEAKER_01He establishes an orchard of 185 acres, flips it for profit, then a 300-acre orchard, then a massive 600-acre orchard. What was the appeal of the paragon chestnut?
SPEAKER_00The paragon was a highly sought-after hybrid chestnut. It produced incredibly large sweet nuts and yielded heavy crops at a very young age compared to native trees. And crucially, this is before the devastating chestnut blight wiped out the American chestnut population.
SPEAKER_01So he got in, scaled rapidly, and got out before the crash.
SPEAKER_00Exactly. He treated the orchards like rapid real estate development.
SPEAKER_01But it's his entry into public service that is most revealing. He was a lifelong Republican who, the records note, never suffered defeat in any election he ever ran in. And he didn't just run for vanity offices. He served as a local school director for 16 years.
SPEAKER_00We really have to pause and consider the deep irony of that. A man who was entirely deprived of a formal education after the age of twelve. Right. Who was forced to learn the mechanics of the world through the brutal labor of pulling logs from an icy river. And he dedicates 16 years of his adult life to serving on a school board.
SPEAKER_01His civic life was dedicated to ensuring that the next generation had the firm educational foundation that he was personally denied.
SPEAKER_00It's beautiful, really.
SPEAKER_01And it wasn't just schools. He was elected as a director of the poor for Lancaster County, serving three terms, nine years total. The records note that he investigated similar institutions out of state to figure out how to reform the care for the mentally unbalanced.
SPEAKER_00Right, because at the time the county's poor department was in a discreditable condition.
SPEAKER_01How did a 19th-century poorhouse actually operate before he stepped in?
SPEAKER_00In the 19th century, almshouses or poorhouses were often grim, underfunded institutions. They were essentially holding pens that warehouse the destitute, the elderly, and the mentally ill altogether in squalid conditions, often with minimal medical care.
SPEAKER_01So what does the ultimate 19th century pragmatist do? He doesn't just throw money at the problem. He institutes structural data-driven reform.
SPEAKER_00He treated the county's poor department like a failing business that needed restructuring.
SPEAKER_01He personally travels to investigate similar institutions in other states. He gathers data and he uses that data to completely restructure the care, taking it from a disgraceful state to a system where they were, according to the records, comfortably cared for.
SPEAKER_00He applied the exact same logistical brilliance that he used to tame the runaway log booms to the problem of civic welfare. He demanded operational efficiency, but the ultimate profit he was seeking was human dignity.
SPEAKER_01And his political mastery culminated in the creation of the Stevens Technical School. Schaff was a quiet promoter of the school. He navigated the bureaucracy so smoothly that he accomplished a massive land transfer from the Almshouse property to locate the school in the best spot without graft or scandal.
SPEAKER_00If we think about the often corrupt reality of Gilded Age local politics, executing a major land transfer for a public institution without a hint of graft or scandal is perhaps his most impressive feat.
SPEAKER_01It really is.
SPEAKER_00It suggests that if Schaaf had focused his formidable intellect purely on politics rather than business, he could have climbed incredibly high. He was a master political operator.
SPEAKER_01So what does this all mean? We started this deep dive looking at a ruthless teenage opportunist grabbing logs out of a freezing river, and we end with a man reforming mental health care and quietly maneuvering the legal system to build a technical school. That is a staggering character arc.
SPEAKER_00It is the arc of a man who realized that the ultimate expression of Power isn't just accumulating personal wealth, it's shaping the institutions that will outlive you.
SPEAKER_01To summarize Frederick Schoaf for you listening, he isn't just a fascinating historical figure trapped in old newspaper clippings. He is an avatar of sheer human will. He didn't just live in Lancaster County. He shaped its physical reality.
SPEAKER_00But his fingerprints are everywhere.
SPEAKER_01The power grid, the transit lines, the land value, the schools, the humane institutions, they are all part of his legacy.
SPEAKER_00When you flip a light switch today, or drive over a bridge, or enjoy a public park by a river, you are interacting with the long shadow of visionaries like Schaff. Infrastructure isn't just concrete and wires, it is the crystallized ambition of people who refuse to accept the landscape exactly as they found it.
SPEAKER_01Which leaves us with a provocative thought for you to carry with you. We live today in a world that feels entirely mapped out. It is highly regulated, highly specialized, but history tells us there are always blind spots. If a 14-year-old Frederick Schoff were alive today, possessing that exact same hyper pragmatic genius, looking at the cinder dumps and wrecked bridges of our modern digital or physical world, what massive opportunity would he see that the rest of us are completely blind to?
SPEAKER_00What obsolete system is just waiting to be turned into an empire?
SPEAKER_01Exactly. Thanks for taking this deep dive with us.