Everyone Laughed at This Homeless Man's Rusted Tool Shed - Until The Winter Came

[00:00:00]You probably walked past something like it once. A rusted metal tool shed sitting at the back of a lot that nobody owned anymore.

[00:00:07]The kind of thing that looks like it's been slowly collapsing for a decade. The paint oxidized into orange streaks. The door panel warped off-center.

[00:00:15]Maybe one wall had a long horizontal crease where something heavy hit it a long time ago.

[00:00:20]You probably didn't look at it twice.

[00:00:22]Nikolai Muro did. He stood in front of that shed for about 4 minutes in late October of 2022. Didn't touch it yet.

[00:00:29]Just looked at it from the sidewalk on the far side of the chain-link fence on Kishwaukee Street in Rockford, Illinois.

[00:00:35]Noticed the way the afternoon light went flat against the south-facing wall.

[00:00:39]The way the rust had spread in consistent patterns starting from the seam welds. The way the structure, despite everything, was still standing.

[00:00:47]The floor of the lot was thick with dead prairie grass and cracked blacktop heaving up through the weeds. And the shed sat at the back of all of it like something patient. He'd been sleeping in a stairwell two blocks away. The apartment super had found him on three consecutive mornings and given him until the end of the week.

[00:01:03]That was Tuesday.

[00:01:04]It was Thursday. He climbed the fence.

[00:01:07]Three people on the street who knew Nikolai were later asked about that shed. What did they think when they saw it? The answers came out roughly the same way. Marcus, who'd been camped under the Route 9 overpass since the previous April, said he thought Nikolai had finally lost it.

[00:01:21]His exact words were something like a tin can. The man was going to live in a tin can.

[00:01:27]He shook his head when he said it.

[00:01:29]Couldn't get past the rust. To him, rust meant weak, meant about to fall, meant you'd be better off with a tarp and some rope. Dahlia, who ran outreach 3 days a week out of a church van on South Main, had a different reaction.

[00:01:41]She saw Nikolai working on the shed from the road one afternoon in early November. And her first thought was that he'd be gone from that location within a week.

[00:01:49]City code enforcement would find it.

[00:01:50]Someone would file a complaint.

[00:01:52]She'd seen this before. A person puts energy into something, builds something real, and then has to abandon it anyway.

[00:01:59]So, she didn't want to say too much about it. She gave him some hand warmers and wrote down a shelter address on the back of a church card and left him to it.

[00:02:07]The third person was a man named Ted Rosario, who ran a small scrap operation out of a truck four streets over. Ted actually stopped and leaned on the fence one afternoon and watched Nikolai work.

[00:02:18]He was measuring something along the seam of the interior walls, moving slowly, checking something with his hands.

[00:02:24]Ted had handled enough metal to understand the difference between steel that was structurally failing and steel that just looked bad. He watched for maybe two or three minutes.

[00:02:33]Then he drove away without saying anything.

[00:02:36]The thing about Nikolai Morreau was that he'd spent 11 years as a surface prep specialist and industrial coatings painter.

[00:02:42]The kind of work you do on bridges, water towers, industrial tanks, things that have to hold up against weather and time. He'd sandblasted rust off structures more times than he could count. He knew what rust on the surface meant and what it didn't mean. He knew the difference between cosmetic oxidation and structural failure the way a surgeon knows the difference between a bruise and internal bleeding. From the outside, they can look the same.

[00:03:05]That shed's surface was rough. The structure was fine. Nikolai grew up in Loves Park, just north of Rockford, the son of a man who repaired commercial boilers for 23 years.

[00:03:15]His father, a quiet angular man named Dion, used to bring him to job sites on school holidays when Nikolai was 10, 11, 12 years old. Not to teach him anything formally.

[00:03:26]Just because the sites were interesting and his mother worked double shifts at the hospital and there wasn't anywhere else to put a kid. Nikolai learned things by standing next to his father and watching.

[00:03:36]The patience required to strip a surface correctly before applying anything to it. The way a corroded pipe could look terminal and still be sound. That what something looks like and what it actually is are two separate questions requiring two separate investigations.

[00:03:50]He took that into the trades at Apprenticed with a coatings outfit in Loves Park and eventually moved to a company called Meridian Industrial Services that did bridge and tank work throughout northern Illinois and into Wisconsin. 11 years. He got good at it.

[00:04:04]Good enough to be the one they sent first to assess a structure before the rest of the crew followed. In April of 2020, Meridian lost four contracts in eight weeks because two of their biggest clients froze their capital spending during the early months of the pandemic.

[00:04:18]They laid off 17 people. Nikolai was among them. His savings were moderate.

[00:04:23]He'd been sending money home to his mother who was managing early Parkinson's symptoms and had cut back her shifts. He paid his rent through July, his rent through August, and then the math stopped working. He lost his apartment on Montague Street in September 2020. His truck, a 2011 Ford F-250 he'd relied on for hauling equipment, failed its emissions test in January 2021 and the cost of repair was more than the truck was worth. He sold it for parts in February and got $340.

[00:04:51]By October of 2022, he'd been cycling through Rockford's systems for 2 years.

[00:04:56]Shelter beds when available.

[00:04:58]Stairwells. One summer in a tent along the Rock River Trail that got flooded out in June.

[00:05:03]He was 48 years old, had calluses on both palms from work done with heavy gauge sandblasting equipment, and owned a canvas messenger bag with a broken buckle held shut with a piece of copper wire.

[00:05:14]The shed on Kishwaukee Street was owned by an estate tied up in probate. Nikolai had looked it up in the county recorder's office on a library computer.

[00:05:22]The parcel had belonged to a machinist named Errol Bean who died in March 2021, leaving three grown children in different states and no will. Nothing was going to happen to that lot for a long time.

[00:05:34]He had time to work. The first morning inside the shed, he didn't sleep. He sat on the concrete floor with a flashlight and ran his hands along every wall section, the way you check a surface before you apply anything to it. His hands read things his eyes couldn't see in the dark. He pressed his palm flat against the corrugated steel and held it there.

[00:05:53]Feeling for give, for flex points, for areas where the metal had thinned past the point of usefulness.

[00:05:59]The walls were 20-gauge galvanized steel originally. Now heavily oxidized on the exterior, still structurally coherent.

[00:06:07]The roof, a standard corrugated panel design, had one section at the northwest corner where it had lifted slightly at the flashing. Wind could get through there. He'd need to address that. The floor was a poured concrete slab that had cracked in two places along the north wall, but the cracks weren't widening, just old. The double doors on the south face had a gap at the center seam about 3/4 of an inch wide.

[00:06:30]That gap was costing heat he didn't have yet. He thought through the space the way he'd been trained to think about a surface. What does it do well? What does it do badly? What can you change and what do you have to work around? What it did badly, that gap in the doors, the lifted flashing at the northwest corner, a small rectangular ventilation hole near the roof peak on the east wall, probably original, that was now just an open pipe with no cover. What it did well was something most people walking past it would never have guessed. The walls were steel.

[00:07:01]Steel has a low emissivity rating for thermal radiation, meaning it doesn't radiate heat outward as aggressively as materials like brick or concrete.

[00:07:09]The oxidized surface, counter-intuitively, had a slightly higher emissivity than bare polished metal, but the mass of those walls still retained heat differently than wood or masonry.

[00:07:19]More critically, the shed had a south-facing double door with no obstruction in front of it. South-facing exposure in an Illinois winter means passive solar gain on every clear day.

[00:07:28]The sun hits that metal wall and the metal absorbs it. The metal holds it longer than a wood wall would.

[00:07:34]At night it radiates it back into the interior space.

[00:07:37]He'd seen this principle on industrial tanks. A painted dark tank sitting in a southern exposure could hold a temperature differential of 12 to 15° above ambient even with no heat source, just from what the walls had absorbed during daylight hours. This wasn't a dark painted tank, but it was a start.

[00:07:55]The first thing he built was a door seal. He found a half roll of foam weather strip tape in a hardware dumpster on McFarland Street, the kind used for door and window applications, closed-cell foam, about 3/4 of an inch wide. He spent an afternoon cleaning the door seams with a rag and running the tape along the full interior perimeter of both doors, pressing it in against the metal frame so the doors would compress against it when closed. The 3/4-in gap became nothing. He could feel the difference standing inside within an hour of finishing it. The shed had been drafty in a way that you feel against your neck even when you're not near the doors. After the tape, the air inside went still.

[00:08:32]He plugged the ventilation hole on the east wall with a piece of foam board he found, a section of 2-in polyisocyanurate insulation, the kind used in commercial roofing, that had been thrown out in two large pieces behind a building supply company on 11th Street. He cut it with a pocket knife to fit the vent opening and pressed it in from the inside, friction fit against the pipe collar. The flashing at the northwest corner he fixed with a piece of aluminum tape, the silver kind used on duct seams, that he bought for $2.40 at a hardware closeout bin.

[00:09:02]Three fixes, total cost $2.40.

[00:09:06]The interior temperature on a night when outside air was 31°, 44°. He wrote that number in the back of a composition notebook, a 99-cent notebook from a dollar store on South Alpine Road, with the date, November 4th, 2022. He wrote the outside temperature on the left, the inside temperature on the right. He drew a line between them and wrote the difference, 13°.

[00:09:29]Then he went to sleep on a folded sleeping bag on a piece of foam rubber he'd found at the curb.

[00:09:34]Marcus saw him 2 days later outside a food pantry on West State Street and asked how it was going in that tin can.

[00:09:40]Nikolai told him about the 13° differential.

[00:09:43]Marcus looked at him blankly and said, "13°?

[00:09:47]Man, it's still freezing in there." He wasn't wrong.

[00:09:51]13° when it's 31 outside gets you to 44.

[00:09:54]44 is survivable with a sleeping bag rated to 15°.

[00:09:58]It's not comfortable. It's not what you'd call warm. And Nikolai knew that by January, when Rockford's over my lows drop into the single digits and the wind comes off the flat farmland to the west, 13° of differential was going to feel inadequate.

[00:10:14]He had roughly 7 weeks. The next problem he understood as a coatings man, surface area and contact. In his former trade, one of the core principles of surface preparation was understanding where heat and cold were actually moving. Not just that they moved from warm to cold, everybody knows that, but specifically how they moved.

[00:10:33]Conduction, convection, radiation.

[00:10:36]Each one moves heat in a different way and requires a different response.

[00:10:41]Conduction was the one he thought about most those first weeks. Every surface his body touched at night was conducting heat away from him.

[00:10:48]The foam rubber mat helped, but it was thin and compressing further every night under his weight.

[00:10:53]The cold from the concrete slab was coming up through it. He knew the floor was a bigger problem than most people would guess.

[00:10:59]Ground contact pulls heat away from a sleeping body significantly faster than cold air does because concrete conducts heat roughly 25 times more efficiently than still air. You can be in a room that's 60° and lose heat faster through the floor than through the surrounding air.

[00:11:14]He found a wooden pallet behind a restaurant on Auburn Street. Just one.

[00:11:18]A standard 40 by 48 inch pine pallet and carried it in two trips to the shed, setting it on the south wall side of the floor.

[00:11:26]Then he found two more behind a grocery store on Wellworth Avenue and stacked all three. Three pallets, about 5 in of pine and air between his sleeping surface and the concrete floor.

[00:11:37]He topped them with the foam rubber mat and a sleeping bag. The next night, outside temperature 24°, inside 40°.

[00:11:46]Differential, 16°.

[00:11:48]He wrote it down.

[00:11:50]That's how Nikolai worked. Everything went in the notebook. He was recording an experiment in progress and he treated it like one.

[00:11:57]Dahlia saw him again in late November and asked what he was up to with the shed. He showed her the notebook. She flipped through the temperature log he'd been keeping. Dates down the left margin, outside temp, inside temp, differential, and a column he'd added in late November that said changes made in small cramped handwriting.

[00:12:15]She read through several entries without speaking.

[00:12:18]Then she asked if he was sure those readings were accurate.

[00:12:21]He said he had two thermometers. One mounted on the interior south wall, one stuck through a crack near the door seal to read outside ambient. Both were dollar store digital thermometers that he'd compared against each other before deploying to confirm they were reading within a degree of each other. She handed the notebook back. Said she'd come by next week to check on him. She didn't say what she was thinking.

[00:12:43]But what she was thinking was that she'd never seen someone keep a written temperature log. By the first week of December, the shed interior had undergone five systematic changes. Each one was documented. Each one was calibrated before and after. The foam board he'd used to plug the vent, he'd used the remaining pieces to line the interior of the north wall, which received no solar gain and was the coldest surface in the space. He cut the pieces carefully and pressed them against the corrugated metal using the corrugated ridges themselves as friction points to hold the foam in place without adhesive. 2 in of polyisocyanurate is rated at approximately R-13. Not enough on its own, but meaningful on a wall that had been essentially R-0 before.

[00:13:25]He found more foam at a second commercial dumpster behind a roofing supply company.

[00:13:30]Damaged sections from a bundle that had been thrown out, some with corner breaks, some just loose. He spent three separate afternoons over two weeks carrying pieces back to the shed and lining the remaining walls. Not the south wall. He left the south wall interior clear because that wall received direct sunlight through the doors and he wanted the metal to absorb that solar energy without a foam barrier slowing the transfer. Insulation works both ways. You don't want to insulate a surface that's doing work for you.

[00:13:58]That was the calculation that Marcus would not have known to make and it was the difference between someone padding a cold box and someone managing a thermal system. The east and west walls got full foam coverage from floor to just below the roof structure.

[00:14:12]The north wall got two layers, the 2-in polyiso plus a section of foil faced bubble wrap he found on the floor of the same roofing dumpster, applied foil side facing inward, stapled to the corrugated peaks with a staple gun borrowed from a man named Greg who lived in a tent on the lot adjacent to the shed's back fence.

[00:14:30]The roof was the problem that took longest. Steel corrugated roofing conducts heat in both directions with no discrimination. The south slope of this roof had been absorbing solar energy during daylight, which helped. But at night, the same thermal radiation process runs in reverse.

[00:14:46]The metal sheds the heat it absorbed back out into the sky.

[00:14:49]Without any insulation above the living space, the roof was actively dumping the heat that the walls and floor were working to keep. He thought about this for almost a week. He had no means of getting onto the roof safely to apply anything to the exterior. The interior roof surface was corrugated metal with structural ribs, no flat surfaces to attach to easily and any material he hung from the ribs would need to stay up without adhesive he didn't have.

[00:15:13]He ended up using old moving blankets.

[00:15:16]There was a moving company two streets over that piled used moving blankets in a bin outside their facility.

[00:15:21]The worn out ones too frayed to rent, too heavy to throw in regular trash.

[00:15:26]He took four of them over two nights.

[00:15:28]They were thick, dark-colored quilted cotton poly, the kind of blanket that weighs about 4 lb each.

[00:15:34]He folded them lengthwise, draped them over the interior roof ribs, and let them hang down both sides like curtains dropped from the peak. They didn't seal the roof completely, but they created a substantial air gap between the metal and the living space, and the mass of the blanket material added thermal resistance that bare metal had zero of.

[00:15:52]It wasn't elegant. Four moving blankets draped from the ceiling of a rusted tool shed on Kishwaukee Street. The first night after he installed them, outside temperature 17°. Inside, 39°.

[00:16:04]Differential, 22°. He wrote it down.

[00:16:08]Then he sat on his pallet and thought about the roof blankets for a while.

[00:16:12]Something was still wrong.

[00:16:14]22° was better, but 17° outside was early December weather. January and February in Rockford routinely hit single digits. He needed the system to hold a 25° to 30° differential consistently under sustained cold, not just in the easy early weeks. He was going to need to add heat. He didn't want propane inside the shed. He'd seen propane in small, poorly ventilated spaces and badly enough times in his industry.

[00:16:40]Carbon monoxide is produced in quantity when propane combustion gets less than ideal air flow, and this shed's ventilation was now intentionally sealed down to almost nothing. He owned a carbon monoxide detector, a battery-operated first alert unit that his shelter had given him the previous winter when he left, that he'd kept in his bag since. He mounted it near his sleeping area, but he still didn't want propane as his primary heat source.

[00:17:03]What he wanted was a catalytic heater.

[00:17:05]Catalytic heaters are different from open-flame propane heaters.

[00:17:08]They use a platinum-coated catalyst to combust propane at much lower temperatures, producing heat without an open flame and generating significantly less carbon monoxide than a standard burner.

[00:17:18]They're used in areas where conventional combustion heaters are unsafe or prohibited.

[00:17:23]He'd seen them on industrial work sites used in enclosed spaces under certain conditions.

[00:17:28]Getting one was the problem.

[00:17:30]He asked Greg next door, whose tent had a small propane setup for a camp stove, whether he'd heard of anyone with a catalytic heater. Greg said no, but mentioned that a woman named Florence who stayed in a building two lots down sometimes knew where to find things.

[00:17:43]Florence was in her late 50s, had spent 3 years in Rockford's unhoused community, and knew every resale shop, donation outlet, and salvage situation within a 4-mile radius of downtown. She was one of those people who had built an information network out of necessity that most people with full addresses would have envied.

[00:18:01]Florence said there was a Goodwill Outlet on East State, not the regular store, the outlet where you bought goods by the pound from bins, that got sporting goods regularly.

[00:18:11]People donated Coleman equipment, camping gear, old hunting gear. If he went Wednesdays when they restocked, he might find something. He went three Wednesdays in a row. On the third Wednesday, December 14th, 2022, he found a Mr. Heater Buddy catalytic heater in a bin for $6.80, 5 lb and change at the pound rate. It was missing the tip of one of its legs.

[00:18:33]The igniter clicked, but didn't spark.

[00:18:35]He carried it to a library table and examined it carefully. The catalytic panel itself was intact. The igniter could be bypassed. You light a catalytic heater with a long match or a lighter if the igniter fails, holding the flame against the panel for a few seconds while the catalyst starts. This is standard procedure for older units.

[00:18:54]He tested it in the library parking lot before bringing it inside the shed, running it for 20 minutes in open air to make sure the panel was producing even heat across its surface, and there was no dead spot indicating a damaged catalyst. It ran clean.

[00:19:07]He brought it home. December 21st, 2022, winter solstice, the longest night of the year. Nikolai lit the Mr. Heater at 8:00 in the evening and burned it for approximately 90 minutes, then shut it off and went to sleep. He left the CO detector on and watched it. It read 4 ppm during the burn, well within safe range. Catalytic heaters burning clean in a space with this much sealed volume were producing minimal CO within what you'd encounter in a room with a gas stove. Outside temperature that night, 9° F. Inside, when he checked his thermometer at 2:00 in the morning, 41°.

[00:19:45]Differential, 32°.

[00:19:47]He wrote it in the notebook and underlined the differential twice. Not a celebration. It wasn't warm by any standard most people would recognize.

[00:19:55]But 32° of differential at 9° outside meant that the system was working. 90 minutes of heat from a $6 catalytic heater combined with a sealed insulated solar passive shed was holding temperature for 6 hours into the night in conditions that across town were filling the emergency shelter on March Asano Drive to capacity.

[00:20:15]He fell back asleep and didn't wake up until the light changed. Marcus heard about it from Greg a few days later.

[00:20:21]Greg had been inside the shed once, brought in by Nikolai for a look, and had come out with enough information to describe it in rough terms. Marcus listened.

[00:20:29]Asked what the temperature was in there.

[00:20:31]Greg said it was in the 40s the night he was in it. Marcus said, "In the 40s, that's yeah, okay, fine." It wasn't enthusiasm.

[00:20:40]But it was different from Tin Can.

[00:20:42]Dealia came by on December 28th.

[00:20:45]She knocked on the shed door. Actually knocked because the seal was tight enough now that you couldn't hear anything outside when you were inside, and Nikolai let her in. She stood in the space for a moment. It was daytime, clear, temperatures around 28° outside.

[00:20:59]The interior read 46° on the thermometer.

[00:21:02]She could see her breath, faintly, but barely.

[00:21:06]She looked at the north wall lined with foam, the blankets draped from the roof ribs, the three pallets under the sleeping surface, the CO detector mounted to the east wall at head height.

[00:21:16]She stood there for what felt like longer than it was. Then she said she wanted to take a photo of the temperature reading for her records. He held up both thermometers side by side so she could see them in the same frame.

[00:21:26]She put the photo in his file. January in Rockford doesn't announce itself. It just arrives and the question of whether you're ready for it has already been answered for you.

[00:21:36]January 13th, 2023 was a Friday.

[00:21:40]The National Weather Service Station at Chicago Rockford International Airport recorded a low of -4° Fahrenheit.

[00:21:47]Wind chill values dropped to -18. The overnight wind came from the northwest down across the flat agricultural plain northwest of the city. Nothing stopping it for 40 mi. It hit the west wall of the shed hard enough that the corrugated panels flexed slightly in their frames.

[00:22:03]A low rhythmic sound, not alarming, just present.

[00:22:06]The kind of sound a structure makes when it's holding.

[00:22:09]Nikolai had burned the Mr. Heater for 2 hours that evening from 7:00 until 9:00.

[00:22:14]He'd sealed every surface he could think of, the foam board walls, the blanket roof, the door seal. He'd run the catalytic heater propped on a scrap of foam away from the pallet allowing the warm air to convect upward and distribute through the space before it cooled and fell back down. He turned it off at 9:00, ate the last of some rice he'd cooked on a camp stove that morning and got into a sleeping bag inside a second lighter sleeping bag he'd gotten from a coat drive in November.

[00:22:39]He didn't set an alarm. He slept. At 4:17 in the morning, he woke up naturally, the way you do in the cold.

[00:22:46]His nose was cold. His face was cold. He reached for the thermometer on the pallet edge. Inside the shed, 26°.

[00:22:53]Outside, -4. Differential, 30°. He held the thermometer for a minute in the dark with the wind pressing against the west wall, and the corrugated panels making their low rhythmic sound. 30° at -4 outside. It was the hardest night the system had faced.

[00:23:12]And the gap between what was happening inside that shed and what was happening to everything outside it was 30° wide.

[00:23:18]He told Marcus about it a week later when they ran into each other at the outreach van on South Main.

[00:23:23]Marcus was getting hand warmers. Nikolai was getting hand warmers. Marcus asked how the tin can had held up in the cold snap. Nikolai said, "26 inside when it was -4 out." Marcus looked at him. Did the math quietly. Said, "That's 30°.

[00:23:40]Nikolai said, 'Yeah.'" There was a pause. Marcus took his hand warmers and looked down at them. Then he asked, "How much did you spend on all that?"

[00:23:49]Nikolai had actually added up the notebook entries the previous week. The weather strip tape, $2.40. The aluminum duct tape, $2. The moving blankets, free. The foam board free scavenged. The Mr. Heater, $6.80.

[00:24:04]The CO detector, given to him, but retail value about 15.

[00:24:09]$2 store thermometers, $2.50 total.

[00:24:12]He said, "About $13.70, not counting the CO detector." Marcus was quiet for another moment. Then he said, "Show me what you did."

[00:24:21]They walked to the shed that afternoon.

[00:24:23]It took Marcus about 20 minutes inside to understand what Nikolai had done and why.

[00:24:28]The foam board on the north and east and west walls. The south wall left bare to absorb the winter sun.

[00:24:34]The blankets on the roof. The pallet floor. The way the door seal worked. The specific placement of the heater, not on the floor pressed to one side, but elevated on a scrap board in the center of the space, where the warm air it produced would rise and cycle without stagnating.

[00:24:49]Marcus touched the foam board on the north wall.

[00:24:52]It was slightly warm to the touch from the solar gain the south wall had been absorbing all afternoon, radiating back into the space.

[00:24:59]He stood there with his hand flat against it for a second. He said, "You left the one wall bare on purpose."

[00:25:05]Nikolai said, "That wall gets sun from 11:00 to about 3:00. You cover it with foam. You're just insulating the cold.

[00:25:12]You leave it bare, the metal absorbs the heat, holds it, gives it back at night."

[00:25:17]Marcus said, "So, the rust on the Southwall?"

[00:25:21]Nikolai said, "Helps. Dark surface absorbs more solar energy than shiny bare metal would."

[00:25:27]Marcus didn't say anything for a while.

[00:25:29]He walked around the perimeter of the space. He looked up at the hanging moving blankets. He bent down and pressed the pallet planks.

[00:25:36]When he stood back up, he said, "I've been freezing my ass off for three winters." Nikolai said, "I know." Ted Rosario, the scrap operator from four streets over, came by in February.

[00:25:48]Not because he knew about the heat or the notebook or the conversations with Marcus or Delia's photo. He came by because he'd spotted the shed's west wall while driving past and noticed that the corrugated panels, which had been shifting slightly under heavy wind loads all January, now appeared more stable.

[00:26:04]Something had been done to brace them from the inside, where the foam board created a secondary contact surface against the metal, adding rigidity to panels that had been working loose from their frames.

[00:26:14]He pulled his truck over and looked through the chain-link fence. He could see Nikolai sitting in the open doorway of the shed in the afternoon sun, reading something.

[00:26:23]It was 41° outside. The man in the doorway appeared comfortable. He had a coffee cup. Ted had done enough work with salvaged metal structures to know what he was looking at.

[00:26:33]That shed had been worth roughly nothing before. Now it was housing somebody in the middle of a Rockford February. And the person being housed appeared to have modified it methodically rather than desperately.

[00:26:44]He pulled in off the street, got out of his truck, and walked to the fence.

[00:26:48]He said, "You the one living in there?"

[00:26:51]Nikolai looked up, said yeah.

[00:26:54]Ted said he'd noticed the bracing on the west wall panels.

[00:26:57]Said he could see it from the road.

[00:26:59]Asked what he'd used. Nikolai told him the foam board between the panels and the interior framing had added contact, reduced flex, accidentally stiffened the wall against wind loading. He hadn't planned it that way. It was a byproduct.

[00:27:13]Ted pulled out his phone. Asked if he could take a photo of the wall bracing, just the technical aspect, the panel behavior. Said he did structural salvage work and sometimes needed to explain to buyers why a building that looked done was still usable.

[00:27:27]Nikolai said, go ahead. Ted took two photos, got back in his truck. Before he pulled out he said, that's decent work for a tool shed. It wasn't a compliment exactly, but it wasn't dismissal either.

[00:27:39]Delia submitted a housing referral for Nikolai in late January.

[00:27:43]It went into the county's coordinated entry system, the ranked list that determines priority for available vouchers and units based on the vulnerability scores. He'd been on that list before with a different score that had not moved him to the front. This time Delia included documentation of the temperature log, the CO detector readings, the systematic modifications.

[00:28:03]She argued in the referral notes that the work demonstrated both the need for stable housing and the capacity to maintain it.

[00:28:10]She wasn't sure it would make a difference. The list was long and the units were few.

[00:28:14]But she'd written housing referrals for 12 years and this was the first time she'd ever attached a temperature log to one. He was placed in a referral for a transitional housing unit on North Court Street in late March of 2023. He moved out of the shed on March 31st. The move-in date was April 2nd. When he left, he took the thermometers, the CO detector and the notebook. He left the Mr. Heater, the foam board on the walls, the pallet stack, the blankets on the roof. He left a note inside the door on a piece of cardboard with a black marker. It listed what he'd done in order and what each change had cost, and what the temperature numbers showed before and after. He signed it with his first name. Marcus is in a different shelter now, a better one, since late November 2023.

[00:28:59]Before he moved in, he asked Nikolai, they stayed in contact after the shed, loosely, what the most important thing he'd learned from the whole experiment was. Marcus was trying to think through how to modify the sleeping area in whatever transitional space he ended up in. Nikolai said, "Floor is always worse than the walls. People think about the walls, they forget the floor."

[00:29:18]Marcus thought about that.

[00:29:20]Then he said, "And the south wall, you left it bare."

[00:29:24]Nikolai said, "Always leave the south wall bare."

[00:29:28]Marcus remembered the foam board on the north wall warm under his hand, from a wall that faced away from the sun.

[00:29:34]Something the bare south wall had absorbed all day, sent back into the space, and the north wall had caught and held. He didn't have another word for it, except that. The shed on Kishwaukee Street is still there. It's on a lot that's still in probate, the estate of Errol Bean, machinist, deceased March 2021.

[00:29:53]It's possible the children will eventually settle the estate and the lot will be sold, and the shed will come down.

[00:29:58]It's possible the probate drags on another 2 years.

[00:30:02]Inside, the foam board is still on the north, east, and west walls. The moving blankets are still draped from the roof ribs.

[00:30:08]The pallets are still stacked in the southeast corner. The door seal is still holding.

[00:30:13]You can tell because in winter, the breath fog that accumulates against the cold door panels doesn't drift when the doors are closed. The note is still there, inside on the cardboard, written in black marker. The ink has faded a little.

[00:30:26]You can still read it.