Homeless Widow Found a Train Car Twice the Length of Any Shelter - Split It Into 3 Heated Rooms

Añadido: 2026-06-02

[00:00:00]An 85-ft steel railroad car has roughly the same insulating value as a sheet of aluminum foil wrapped around an open field. Bare steel conducts heat about 2,000 times faster than trapped air. You could weld yourself inside one of those things in January, light a bonfire in the middle of the floor, and the walls would bleed every bit of warmth into the outside air before you could feel it on your skin. LuAnn Petaway slept through a Scranton February in one. Three rooms, all of them above 60°. The bonfire was a $40 barrel stove she dragged half a mile through frozen mud. So, one of those two facts has to be wrong. The physics or the woman. Turns out they're both right.

[00:00:42]And the distance between those two truths is a story about foam board, dead air, and the kind of problem-solving that doesn't show up on anybody's resume. The car was a 1957 American Car and Foundry baggage car. Series number long since scraped off by 40 years of Northeastern weather. 85 ft from coupler face to coupler face. 9 and 1/2 ft wide inside. Ceiling just under 9 ft where the center ridge ran. Somebody at some point had painted the exterior a dark maroon that had since gone the color of dried blood in places and flaked off primer in others. It sat on a dead siding behind what used to be the Scranton Lackawanna freight depot.

[00:01:22]Tracks that hadn't carried a load since Norfolk Southern pulled out of the yard in 2008.

[00:01:28]Weeds grew between the rails. Tags covered the lower panels on the south side. Two of the sliding doors were seized open about 14 in each. Enough for a person to squeeze through sideways, and somebody had at some point broken out four of the windows on the west wall.

[00:01:44]800 sq ft of interior floor space. To put that in proportion, a standard one-bedroom apartment in Scranton runs about 600. The tents at the encampment behind the Steamtown Mall, where LuAnn had been sleeping since September, gave you maybe 40 square feet if you kept your bag rolled tight. She found the car on a Thursday afternoon in late October 2023, walking the tracks because the footpath along Roaring Brook was flooded from 3 days of rain.

[00:02:11]She wasn't looking for it.

[00:02:13]She was trying to get to the Salvation Army kitchen on Wyoming Avenue before they stopped serving at 6:30.

[00:02:19]And the tracks were the fastest dry route from the camp.

[00:02:23]The car was just there, had been there for years, according to a man named Dale Buckholtz, who ran a small engine repair shop across the chain link from the siding.

[00:02:33]He'd been looking at the thing from his garage bay for a decade and a half.

[00:02:37]Said the railroad had moved everything else off the spur years ago, but this one car was too corroded on the trucks to roll and too expensive to crane lift for scrap value. LuAnn stood on the ballast and looked at it for a long time. She told Dale later that what struck her wasn't the size, although the size was the thing that would matter most.

[00:02:57]What struck her was that it had a roof.

[00:03:00]A real one. Steel, riveted, not a single leak that she could see from underneath.

[00:03:05]After 6 weeks in a tent where every rainstorm meant lying in a puddle and waiting for morning, a dry ceiling was the only luxury that registered. She didn't move in that day. She went to the Salvation Army, ate a bowl of chili, walked back to the camp, and lay in her tent thinking about 800 square feet of dry floor.

[00:03:25]LuAnn was 56 the October she found the car. She'd been married to Roy Petaway for 22 years.

[00:03:32]Roy was a lineman for PPL electric utilities, working the corridor between Scranton and Wilkes-Barre.

[00:03:39]He died in March 2023 from a fall. 47 feet off a pole on Route 315 near Pittston, a wet morning, his positioning strap failed. The insurance paid the funeral and 2 months of mortgage on the house in Dunmore and then there was nothing else because Roy had let the life insurance lapse the previous November when they were behind on the truck payment. The house went to the bank in July.

[00:04:04]Luanne couch surfed with her sister-in-law in Dickson City for 6 weeks until that wore through and by Labor Day she was in the camp behind the mall with a Coleman tent and two duffel bags. She had dishwater blonde hair that she kept in a low knot with a rubber band, the kind you get off a bundle of broccoli. Gray coming in hard on the left side.

[00:04:25]A chipped molar on the upper right that she tongued when she was thinking. Small hands strong for their size with a horizontal scar across the left palm from a box cutter accident years ago at the Geisinger warehouse where she'd packed medical supplies before Roy's accident. She wore the same insulated Carhartt jacket from October through April.

[00:04:45]Brown. Cigarette burn on the right cuff.

[00:04:48]She had a way of looking at a problem without moving. Just standing still and turning it over behind her eyes that made people either trust her or get impatient with her depending on who they were.

[00:04:59]The standard understanding of a steel train car as a shelter goes like this.

[00:05:04]And it's not wrong.

[00:05:05]Steel is a thermal conductor.

[00:05:08]One of the best ones you're going to find outside a laboratory. You put your hand flat on a steel wall in January and the heat moves out of your palm and into the metal and through the metal and into the outside air so fast you can feel the cold travel up your wrist. The thermal conductivity of steel is around 50 watts per meter Kelvin.

[00:05:27]That number means nothing unless you compare it to something.

[00:05:31]Wood is about 0.15.

[00:05:33]Fiberglass insulation is 0.04.

[00:05:37]So steel moves heat more than 300 times faster than wood and about 1,200 times faster than fiberglass.

[00:05:45]A steel wall by itself with nothing between you and the outside air except a quarter inch of rolled carbon steel, gives you an R value of about 0.003.

[00:05:55]A cotton bedsheet gives you more thermal resistance than that. But that's not all. Steel sweats. When warm air from your body, your breath, a stove, a candle, anything, hits the inside surface of cold steel, the moisture in that air turns to liquid water.

[00:06:12]Condensation. It runs down the walls, pools on the floor, rots anything organic it touches, and makes the air feel colder than it actually is. A sealed steel box with a human being inside it becomes, within hours, a dripping, clammy, freezing coffin that is somehow worse than sleeping outside.

[00:06:31]Because at least outside the moisture disperses into open air.

[00:06:35]And all of that is correct. A bare steel railroad car is one of the worst shelters you can imagine.

[00:06:41]Luanne, if you'd asked her in October, would have agreed with every word. She crawled through the stuck sliding door that first Thursday, and the interior of the car was cold, dark, smelled like rust and pigeon droppings.

[00:06:55]And the ceiling had a film of condensation on it, even though the temperature outside was only in the mid-40s.

[00:07:02]She moved in anyway.

[00:07:04]Because it had a roof. The first 2 weeks were bad. She dragged her tent and sleeping bag into the car, set up against the east wall about 20 ft from the south door, and tried to sleep. The floor was wood, which helped, but the walls and ceiling were bare steel. And by November 3rd, the temperature outside was dropping below freezing at night.

[00:07:24]Inside the car, the temperature difference between standing height and floor level was negligible. Meaning, it was 28° at your head, and 28° at your feet, and 28° everywhere else. Because the steel walls conducted heat so efficiently that the car's interior matched the exterior within about 90 minutes of sunset.

[00:07:46]She burned a candle for light and warmth.

[00:07:48]The candle raised the temperature of the air in her immediate vicinity by maybe 2° and generated enough moisture to create a visible fog of condensation near the ceiling. Water dripped on her sleeping bag.

[00:08:00]By morning, the bag was damp.

[00:08:02]By the third morning, it was wet enough that she had to hang it over the seas door to dry during the day.

[00:08:08]This is the part where most people would have left. Tent was bad.

[00:08:11]This was worse. Steel box no good.

[00:08:15]Everybody who'd ever walked past that car on the siding and kept walking had been right all along.

[00:08:20]Luanne didn't leave. She stood in the car during the daytime when sunlight came through the broken windows and warmed the interior enough to be tolerable.

[00:08:29]And she looked at the space, 800 square feet. The longest unobstructed interior she had ever stood inside without paying rent to someone. And she asked herself a question that would end up changing everything about how she lived for the next 2 years. Not why is it cold in here? Which anybody standing in a steel box in November already knows the answer to. She asked why this particular space with this particular shape was losing heat the way it was.

[00:08:56]That's a different question.

[00:08:58]The first one is a complaint. The second one has an answer you can do something about.

[00:09:04]The answer, once she found it, was obvious in the way that correct answers always are after the fact.

[00:09:10]The car wasn't cold because it was big.

[00:09:12]It was cold because the steel was naked.

[00:09:15]The volume of air inside had nothing to do with it. You could heat a thousand cubic feet of air in 20 minutes with a decent stove. You couldn't heat a thousand cubic feet of air that was bleeding out through bare steel walls faster than the stove could replace it.

[00:09:28]The steel was the whole problem.

[00:09:30]Take the steel out of the equation and what you had was an 85-ft long, 9.5-ft wide, 9-ft tall rigid box that doesn't leak, does doesn't flex in the wind, sits off the ground on steel trucks, and already has a flat wooden floor, a row of windows for light, and a pair of sliding doors for access. A box, in other words, that a framing contractor would charge you $30,000 to build from scratch.

[00:09:56]Sitting there, free.

[00:09:58]The steel wasn't the shelter. The steel was what stood between her and using it.

[00:10:04]And she could fix that. Dale Buckholtz was the first person who helped, though he probably wouldn't have described it that way. He would have said he was getting rid of junk.

[00:10:13]Dale had been running his engine repair shop for 31 years, and in that time had accumulated behind the building a heap of construction debris, old appliance insulation, drywall scraps, and about 40 sheets of 2-in rigid foam board that a contractor had left after a job fell through in 2019.

[00:10:32]The foam was pink, extruded polystyrene. Some of it was dirty. Some of it had mud on the edges.

[00:10:39]But the material itself was sound.

[00:10:42]Closed-cell foam doesn't absorb water.

[00:10:44]You can leave it in a field for 4 years, and it's still foam.

[00:10:48]Dale said she could have it if she hauled it herself.

[00:10:51]He also let her borrow a utility knife and a caulk gun with half a tube of construction adhesive. She carried the foam 40 sheets at a time across the chain-link gap between his lot and the siding, through the weeds, and up through the stuck sliding door.

[00:11:07]It took her 3 days.

[00:11:09]40 sheets of 2-in XPS foam.

[00:11:13]Each sheet 4 ft by 8 ft.

[00:11:16]That's 1,280 sq ft of insulation, and she needed to cover about 2,100 sq ft of wall and ceiling surface inside the car.

[00:11:25]Not enough for everything.

[00:11:27]Enough for something.

[00:11:29]The length of the car, or thing that seemed like the biggest obstacle, turned out to be the only reason any of this was going to work.

[00:11:35]85 ft of interior, 9 and 1/2 ft wide. If she tried to insulate the whole thing, she'd run out of foam and end up with a half-covered car that still bled heat from every bare patch. The steel would win.

[00:11:48]But she didn't have to insulate the whole thing.

[00:11:51]She could insulate rooms.

[00:11:53]The idea came to her while she was standing inside looking at the foam sheets stacked against the wall.

[00:11:58]She counted them, counted the square footage they'd cover, counted the walls and ceiling of a room roughly 12 ft long, 9 and 1/2 ft wide, 9 ft tall. One room that size needed about 460 sq ft of foam, counting walls and ceiling.

[00:12:14]She could do three rooms of that size and still have foam left over for the partitions between them.

[00:12:20]Three rooms, each one a sealed insulated box inside the larger steel box.

[00:12:26]And between the rooms, short stretches of bare, cold, uninsulated steel car left open as buffer zones, like airlocks.

[00:12:34]The warm rooms on one side, the frozen outside world on the other. And these unheated corridors in between absorbing the temperature difference. She scored the foam with Dale's utility knife, broke it along the lines, and glued it directly to the steel walls with the construction adhesive.

[00:12:51]Flat side against the metal, pink face toward the interior. The adhesive bonded well to both surfaces. She ran the foam sheets tight against each other, edge to edge, and caulked the seams with the last of the adhesive. Where she ran short of glue, she wedged foam sheets in place with sticks cut from the scrub trees along the siding, and jammed them between the foam and the car's internal ribs.

[00:13:15]The first room took her 8 days. It was the south room nearest the door she climbed through, and she chose that location because it was closest to the stove she planned to install. The stove that came from a man named Louisa Ponte who sold her a 55-gallon drum stove kit for $40 at the Dickson City Flea Market on a Sunday in mid-November. The kit was a door, a collar, and four legs that bolt onto any standard 55-gallon steel drum. She found the drum behind a body shop on Capouse Avenue, cut a hole in the roof of the car using a borrowed reciprocating saw from Dale, fitted a piece of galvanized stove pipe through it, packed the gap between the pipe and the steel roof with mineral wool scraps she pulled out of a dumpster behind a plumbing supply house on Main Avenue. The mineral wool could handle temperatures above 1,800° the stove pipe wouldn't get above 500.

[00:14:07]The clearance she figured was fine.

[00:14:09]She was right, but she didn't know she was right because of building codes. She was right because the mineral wool is a non-combustible insulator rated for exactly this kind of application, and the gap she left between the pipe and the roof edge was about 4 in, which is wider than the minimum required. She didn't know any of those numbers. She knew the pipe had to be far enough from the steel that it wouldn't glow, and she stuffed the gap with something that wouldn't catch fire. That was her entire engineering analysis, and it happened to line up with what a professional installer would have done.

[00:14:43]November 19th, 2023. First fire in the barrel stove. She burned scrap wood from the tracks, broken pallets from behind Dale's shop, and half a bag of charcoal briquettes Louisa had thrown in with the stove kit.

[00:14:56]The drum heated up fast.

[00:14:58]55 gallons of steel gets hot in about 20 minutes with a decent fire. Problem is, a drum stove gets hot and loses it just as fast. Steel radiates heat in every direction and stops the second the fire dies. In an uninsulated steel car, the heat goes straight through the walls and out. You feel it for a minute, maybe two, and then the car swallows it.

[00:15:21]But Luann's room wasn't uninsulated anymore.

[00:15:25]The foam sheets on the walls and ceiling were 2-in thick. 2-in of XPS foam has an R value of about 10.

[00:15:32]That's not great by residential building standards where code asks for R-20 walls in a Pennsylvania winter, but it's infinitely better than bare steel. R-10 versus R-0.003.

[00:15:45]That's a ratio of more than 3,000 to 1.

[00:15:47]The south room warmed up in under an hour. Luann sat on an overturned milk crate near the stove and felt the air temperature climb past 50°, then 60.

[00:15:58]It topped out around 68 before she dialed back the damper on the drum door.

[00:16:03]Outside, it was 31.

[00:16:06]No condensation on the walls. The foam kept the steel surface warm enough on the inside face that moisture in the air didn't condense.

[00:16:14]The dripping stopped.

[00:16:16]The clammy feeling stopped. The room smelled like warm pine smoke and hot steel and construction adhesive. And Luann sat there until the fire burned down to coals and the room temperature dropped back through 60 and held there for close to 2 hours before it began to slide. She told Dale the next morning that she'd slept warm for the first time since July.

[00:16:38]Room one was the living room.

[00:16:40]She had the stove in the southwest corner with the pipe going straight up through the roof. A milk crate for a chair. A pallet with a piece of carpet remnant on top for a bench.

[00:16:50]She found a floor lamp at the Goodwill on Meadow Avenue that worked off a car battery and an inverter she bought at AutoZone for $24. The light was yellowish and soft and it made the foam walls look almost like the inside of a house.

[00:17:04]One room in an 85-ft car is still just living in a train car.

[00:17:08]Three rooms changes what you're doing there entirely.

[00:17:12]The partition walls were the clever part and they happened almost by accident.

[00:17:16]She planned to hang blankets between the rooms the way people in the old boxcar communities did, but when she leaned a spare sheet of foam against the wall to get it out of her way, she noticed that it fit almost perfectly between the car's internal ribs, which ran vertically every few feet. The ribs were steel eye-beams, about 4 in deep, and the foam sheets were exactly 4 ft wide.

[00:17:39]Two ribs spaced about 4 ft apart created a natural slot for a foam panel. She could wedge the foam between the ribs and it held in place without any adhesive at all.

[00:17:49]She built the first partition wall on November 26th. Three foam panels wedged between ribs, floor to ceiling with the seams caulked and duct tape she bought at Dollar General, left a gap on the right side about 30 in wide as a doorway.

[00:18:05]The partition split the insulated south room from the next section of bare car.

[00:18:09]Then she insulated the second room on the other side of the partition.

[00:18:13]Same process. Score, break, glue, wedge.

[00:18:18]This room ran about 14 ft because the rib spacing worked out that way. She called it the bedroom. The sleeping bag went in here on a raised platform she built from stacked pallets with a sheet of plywood on top. Getting the bed off the floor mattered because the wood floor of the car, although warmer than the steel walls, still conducted cold from the steel underframe beneath it. A 6-in air gap between the floor and the mattress surface cut the conductive loss enough that she could feel the difference through the sleeping bag.

[00:18:47]Room three was the north room, separated from the bedroom by another foam partition and 8 ft of uninsulated buffer zone she left open as a cold air break.

[00:18:57]She used the north room as a kitchen and storage. A Coleman two-burner propane stove on a plywood shelf, canned food, water jugs, a plastic tub for washing. The three rooms turned into different things almost on their own.

[00:19:12]The south room smelled like wood smoke and ran warm enough that she and Dale would sit in there some evenings after he closed the shop, drinking instant coffee heated on the barrel stove. The bedroom was sealed tighter than the other two.

[00:19:24]Foam doubled up on the ceiling and it stayed dark and quiet even during the day.

[00:19:29]The north room was the coldest, farthest from the stove, but the foam held in enough body heat and cooking heat that it stayed 20 or 25° above the outside air.

[00:19:39]The heating question is the one people always ask and the answer is stranger than it sounds.

[00:19:45]A single barrel stove in the south room heated all three rooms.

[00:19:50]Not equally.

[00:19:51]Not simultaneously, but it heated them.

[00:19:54]The way it worked was simple convection.

[00:19:57]Warm air from the stove room drifted through the doorway into the cold buffer zone, lost some temperature to the bare steel walls there, and then drifted through the next doorway into the bedroom. By the time it reached the bedroom, it had cooled off, but the insulated walls trapped whatever warmth it carried.

[00:20:14]The air kept moving north through the second buffer zone into the kitchen. By that point, it was maybe 15° above outside temperature. Not warm, but above freezing.

[00:20:26]The buffer zones acted as thermal regulators.

[00:20:29]They absorbed the shock of the temperature difference between the heated south room and the unheated steel car. Without them, opening the door from a warm room into a freezing car would dump all your heat in minutes. With them, the gradient was gradual.

[00:20:43]68° in the south room, maybe 50° in the first buffer, maybe 55° in the bedroom, 45° in the second buffer, maybe 42° in the kitchen.

[00:20:53]Outside, it was 28°. Not comfortable by suburban standards, but consider what it replaced. 28° in a tent with a wet sleeping bag.

[00:21:03]She added thermal mass in December.

[00:21:06]Most people who hear this part of the story don't believe it at first. Thermal mass is a heavy material that absorbs heat slowly and releases it slowly.

[00:21:14]Brick, stone, concrete. The barrel stove heated up fast and cooled down fast because steel has low thermal mass relative to its weight.

[00:21:24]But if you surround the stove with heavy material, that material soaks up heat while the fire is burning and bleeds it back out slowly after the fire goes out.

[00:21:33]Works the same way a brick pizza oven holds cooking temperature for hours after you stop feeding it.

[00:21:39]Luanne collected bricks, old ones, from a demolished row house on Cedar Avenue that had been knocked down the previous spring, and the bricks just sat in a pile that nobody had claimed.

[00:21:50]She carried them in a backpack 20 at a time along the tracks to the siding.

[00:21:55]Took her about a week and a half, walking four or five loads a day. She stacked the bricks around three sides of the barrel stove, leaving the door side open for loading wood.

[00:22:05]The stack was three bricks high, about 2 ft, and it ran about 4 ft along each side and across the back.

[00:22:11]She mortared the bricks with a mix of clay soil from the embankment and wood ash from the stove, the way people have been mortaring field bricks since before anyone alive was born.

[00:22:21]The mortar dried slowly in the heated room and hardened into something that wasn't structural grade, but was solid enough to hold the stack in place.

[00:22:30]The difference was immediate and obvious. Before the bricks, the south room cooled from 65 to 45 in about 2 hours after the fire died.

[00:22:39]After the bricks, the room cooled from 65 to 45 in closer to 5 hours.

[00:22:45]The bricks released stored heat long into the night, slow and steady, and that heat drifted through the doorways and buffer zones and kept the bedroom above freezing until morning.

[00:22:55]Luanne slept through the night for the first time in December.

[00:22:58]Didn't wake up cold at 3:00 a.m. to feed the stove.

[00:23:02]Just slept.

[00:23:03]January and February tested everything.

[00:23:06]Scranton got 14 in of snow on January 7th, 2024.

[00:23:11]Temperature dropped to 9° that night.

[00:23:14]The car was buried on the south side where the wind had pushed a drift against the wall.

[00:23:19]Luann kept the stove burning most of the day and the south room held at 62.

[00:23:24]The bedroom held at 48. The kitchen dropped to 36, which is cold but above freezing, meaning her water jugs didn't ice over and the canned food didn't expand and split.

[00:23:36]She dealt with condensation in the buffer zones by leaving the broken windows open.

[00:23:40]This seems backward because open windows let cold air in, but the cold air was dry and it carried the moist warm air out before it could condense on the bare steel. A constant slow exchange of air through the buffer zones kept the moisture problem in check while the sealed insulated rooms stayed warm and dry. The barrel stove consumed about 40 lb of wood per day in the coldest weeks.

[00:24:03]She scavenged most of it from construction pallets, demolished furniture left on sidewalks, and dead branches from the overgrown lots along the tracks.

[00:24:12]Dale gave her his scrap lumber on Fridays, the cutoffs and broken pieces from the engine work.

[00:24:18]She stacked the wood in the north end of the car past the kitchen in a section she left uninsulated and used purely for storage. 85 ft a living room, a bedroom, a kitchen, two buffer zones and a wood pile all inside a single railroad car that nobody else had wanted for 15 years.

[00:24:37]The February thaw came on the 22nd.

[00:24:39]Temperature jumped from 18 to 44 in a single afternoon.

[00:24:44]Luann opened the sliding doors for the first time in weeks and stood on the tracks and looked at the car from the outside.

[00:24:50]Maroon paint peeling, frost stains on the upper panels, stovepipe rising from the roof with a thin curl of smoke.

[00:24:58]Dale walked over and stood next to her.

[00:25:00]He said it looked like something out of the 1920s when whole families lived in railroad cars in Illinois and Utah and Montana.

[00:25:08]Mexican section workers mostly.

[00:25:11]Railroad company housing. They'd hang curtains for walls and use pot-bellied stoves for heat and raise children in cars smaller than this one.

[00:25:19]Luann said she didn't know about any of that. She said she just knew the car was long enough to be three rooms and three rooms was enough to be a house.

[00:25:28]Think about what she actually said there.

[00:25:30]The car was long enough.

[00:25:33]That's what she started with. Not warm enough. Not approved. Not anything else.

[00:25:38]Just long enough to fit three rooms inside. And she worked backward from there.

[00:25:43]She insulated the steel she could afford to cover, partitioned the space into sections small enough to hold heat, left the bare sections as ventilation gaps so the moisture wouldn't destroy everything, and packed the stove in brick so it would still be warm at 4:00 a.m. 85 ft of railroad car converted into a three-room home using approximately $64 in purchased materials, 40 sheets of scrap foam, a few hundred salvage bricks, and about 6 weeks of labor.

[00:26:12]She lived in the car through the spring and into the following winter.

[00:26:16]Made improvements as she went. Found an old throw rug at the Salvation Army donation pile and put it in the bedroom.

[00:26:23]Built a shelf system in the kitchen from scrap lumber and L brackets she bought at the Habitat ReStore on Newsic Street for $3 a bag. Installed a second layer of foam on the bedroom ceiling after a cold snap in late November 2024 showed her that the single layer wasn't enough when the temperature stayed below 15 for more than 2 days straight. The second layer brought the ceiling up to about R20 and the bedroom held at 52 even during the worst nights.

[00:26:51]Dale's wife, Rena, brought her battery-powered radio in January 2025.

[00:26:56]LuAnn put it on the shelf in the south room and listened to warm 590 AM while she fed the stove in the evenings.

[00:27:04]She told Rena that the strangest part of living in the car wasn't the cold or the inconvenience.

[00:27:09]The strangest part was the sound. Steel resonates. When it's cold outside and warm inside, the car's steel skin expands and contracts as the temperature shifts and it makes noises.

[00:27:21]Pings.

[00:27:22]Low groans. A ticking sound along the ceiling rivets that moves from one end to the other like something walking on the roof.

[00:27:30]She said she got used to it the same way you get used to a house settling.

[00:27:35]But she never stopped hearing it. The car talked to her all winter, she said.

[00:27:39]She figured it was just the metal adjusting to the idea that somebody was finally using it. People want to make a story like this mean something bigger than it is.

[00:27:48]LuAnn probably wouldn't have appreciated that. What it actually is underneath the foam and the bricks and the physics is a woman who lost her husband and her house in the same year and found a railroad car that was 85 ft long and decided that was enough to start with. She didn't change the steel.

[00:28:06]She changed what the steel was touching.

[00:28:09]2 in of foam between a person and the weather. That's the whole thing. That's what separates sleeping warm from sleeping cold in a steel box on a dead siding in northeastern Pennsylvania.

[00:28:20]She told Dale once, over instant coffee on a Tuesday night in February that the car was the longest room she'd ever been in. He corrected her.

[00:28:28]Three rooms, he said.

[00:28:30]She thought about it for a second tongued that chipped molar and said, "No.

[00:28:35]It's one room.

[00:28:36]I just put walls in it. 85 ft of one room."

[00:28:40]She wasn't wrong about that, either.