Nineteen acres of high desert at 7,400 feet. No grid connection. No municipal water. A view that doesn't end. And for the past three years, a landowner who had been planning this moment — the day their VS-24 would arrive and become home. This is the documentation of how that installation actually happened, from site prep through the first night in a new structure in the middle of nowhere.
The week before: foundation and access
The unit doesn't arrive until you know exactly where it's going to land. That means pier installation has to be done first. And pier installation on this terrain — sandstone bedrock, uneven slope — required engineered helical piers with custom anchoring.
The site assessment happened three weeks prior. We brought a surveyor. We brought a structural engineer. We looked at solar orientation, prevailing wind, drainage patterns, topography. The building doesn't just sit anywhere. It sits in a place where every factor has been considered.
Pier installation took four days. A specialized crew arrived with the helical rig. The process is methodical: bore down through soil to rock, set the helical anchor, screw it in until you hit resistance, raise it with hydraulic tension, lock it. For the VS-24, we needed twenty-four piers supporting a distributed load. Each pier set about three feet apart, accounting for the slope.
We also had to address access. The property has an unpaved road that narrows to a two-track in the last mile. A 50-foot crane from Montrose needed to come up that road. We had to clear vegetation, grade the approach, and mark the route so the driver could navigate without backing up — backing up a crane on a narrow mesa is how you create very expensive problems.
The grading crew finished Wednesday. The piers were set Thursday evening. Everything was ready.
Delivery day
The unit left Colorado Springs at 4 a.m. Friday. It's a forty-foot tractor-trailer carrying a 26-foot structure that weighs about 32,000 pounds. The drive to Montrose takes about two hours. From Montrose to the property takes another forty-five minutes on county roads, then another twenty on the access road.
We were at the property at 7 a.m. The client was already there, walking the pier layout again. He'd been imagining this day for three years. The structure arriving meant this was real now.
The trailer pulled in at 8:15 a.m. The crane was already positioned. The driver backed slowly, checking his mirrors constantly. The crane operator was communicating by radio. No room for error on a slope like this.
At 8:47 a.m., the first corner of the unit lifted off the trailer. The structure rose slowly. The lifting lugs held. The client watched without moving.
The placement took thirty-two minutes. Lowering the VS-24 down onto twenty-four piers, making sure each pier was centered, each connection secure, all the weight distributed evenly. The crane operator made micro-adjustments. Six inches. Four inches. Two inches. At 9:19 a.m., the entire weight of the structure transferred from the crane to the piers.
We waited another five minutes to confirm no movement. Then the rigging lines came free. The unit was set.
The first 48 hours
Setting is not move-in ready. There's work to do. The exterior connections still need to be sealed. The HVAC system needs to be commissioned. The electrical system needs integration with the battery bank and solar array. Water lines need to be run from the cistern we'd installed the week before. The heating system needs to be balanced.
We started with the exterior. Roof flashing needed to be sealed around the chimney penetration. The corner connections where the walls meet needed inspection and sealant. Windows needed final caulking. This took Friday afternoon and Saturday morning. One person doing this work carefully takes time. The goal isn't just to seal; it's to seal in a way that will hold for twenty years.
Saturday afternoon, we commissioned the HVAC system. The ERV (energy recovery ventilator) was checked for proper airflow. The MERV-13 filter was installed and tested. The heating system was balanced so that each room reaches temperature evenly. We ran the system for six hours and took CO2 readings in every room. Peak was 640 ppm. Target is under 800 ppm. Good.
The electrical integration took Sunday morning. The main panel was connected to the battery system. The battery system was connected to the solar array. We ran a load test: refrigerator, heating, lights, hot water heater. Everything came online without surge or drop. The system is engineered to handle the owner's expected consumption. In mid-February, with shorter days, the solar array won't fully charge. But the system had been sized for worst-case winter load, and the batteries had adequate capacity.
Sunday afternoon was water system commissioning. The cistern holds 1,500 gallons. That system is gravity-fed to the unit. We opened valves, watched for pressure drop (none), ran water through every tap, every outlet. The system was clean — no sediment. At this elevation, water freezes in winter. We drained the exterior lines and opened all the freeze-prevention valves. Interior water lines are heated. We tested the thermostat on the heating tape. Everything responded correctly.
Monday morning
The client walked through alone early Monday morning before we packed up. Eighty hours from trailer to habitable structure. The air smelled like new building materials — the concrete slab, the drywall joint compound, the new wood floors. The light through the large south-facing windows was perfect at that hour, warming up the thermal mass of the concrete, passive solar working exactly as designed.
We did a final walk-through. Checked every connection. Verified every system. Explained the controls, the maintenance schedule, the emergency procedures. He had already read all the documentation twice, so this was confirmation and confidence-building.
At 2 p.m., we left him alone with his new home. No neighbors for three miles. Silence. Clear sky. The structure sitting perfectly on the piers, level to within half an inch across the entire 26-foot length.
What this tells us
This kind of deployment — remote site, off-grid systems, challenging terrain — is the stress test for the engineering and the design. When everything works the first time, when systems commission without problems, when the owner can wake up Monday morning and live in the space without issue, that's when you know the design is right.
The VS-24 is engineered for exactly this. Factory-built, HUD-certified, systems pre-integrated and tested. All that preparation and testing happens before the unit ever leaves the factory. By the time it arrives, deployment is mostly assembly and verification, not problem-solving.
This owner will now document the next stage: how it performs through a Colorado summer, how the thermal envelope holds, how the air quality measures, what maintenance looks like. But that documentation starts from a foundation of a structure that worked flawlessly from day one.
That's the promise Vital Structures makes. Not that the structure is a novelty. That it's engineered and built to a standard that lets people live remotely, comfortably, without compromise from day one.