Built Different

Who owns the risk when you put down a factory deposit? Modular factories require substantial upfront deposits—sometimes 30-50% of the contract value. That money leaves your control before a single module is built. Understanding where that risk lives is critical. Topics covered: Why factories require large deposits What happens to your deposit if the factory fails How to protect deposits through es...

Why do draw schedules create problems in modular construction financing? Traditional construction draws are tied to on-site progress. In modular, most of the work happens at the factory before anything is visible on site. That mismatch creates real financing friction. Topics covered: The timing gap between factory production and site progress Why lenders struggle with paying for off-site work How...

Why don't traditional lenders understand modular construction financing? Construction lenders are set up for site-built projects. They inspect progress in the field and release draws based on what they can see. Modular flips that model—and most lenders aren't ready for it. Topics covered: Why traditional draw schedules don't work for modular How factory deposits create cash flow mismatches What le...

What does light gauge steel framing actually cost compared to wood? In this episode of Built Different, we put real numbers on the steel vs. wood debate—covering material costs, labor productivity, waste reduction, insurance implications, and total installed cost per square foot. Topics covered: • Material cost premium: Steel studs cost 15-30% more than wood studs • Per-module impact: $800-$2,000...

Why are concrete developers exploring steel modular construction? In this episode of Built Different, we examine why developers who typically build Type I concrete—post-tensioned slabs, podium-and-stick—are looking at steel modular as a middle path between wood-frame and concrete construction. Topics covered: • Speed advantage: 12-16 month delivery vs. 24-30 months for concrete • Fire rating and a...

What makes steel framing more durable than wood in modular construction? In this episode of Built Different, we examine the durability case for light gauge steel—covering fire performance, termite resistance, moisture protection, and long-term building performance. Topics covered: • Fire performance: Why steel doesn't burn and how it affects insurance and code compliance • Termite immunity: Elimin...

How does light gauge steel (LGS) enable taller modular buildings? In this episode of Built Different, we examine the weight constraints that limit wood-framed modular construction—and how steel framing changes the structural math for mid-rise projects. Topics covered: • Why wood-framed modular buildings are typically capped at 4 stories • Steel's superior strength-to-weight ratio for load-bearing...

Why are modular construction factories switching from wood framing to light gauge steel (LGS)? In this episode of Built Different, we break down the key advantages of steel framing for modular buildings—including dimensional stability, fire ratings, pest resistance, and precision manufacturing. Topics covered: • Light gauge steel vs. wood framing in modular construction • Why steel doesn't warp, s...

The coordination failures that kill modular projects happen in the gap between what happens in the factory and what happens on the jobsite. In this episode: Why factory and field teams often don't talk until it's too late Different cultures: manufacturing mindset vs. construction mindset Who owns the interface? MEP connections, structural tie-ins, envelope sealing The "button-up" phase everyone un...

Traditional construction lenders have trouble underwriting modular deals—and most borrowers don't understand why until it's too late. In this episode: Why draw schedules don't match modular cash flow The collateral problem: modules in a factory aren't real property Appraisal challenges when comps don't exist Insurance gaps during transport and installation Why modular borrowers often need bridge c...

Where does modular construction actually save money—and where doesn't it? The cost story in modular is more complicated than "cheaper because factory." Some costs go down. Some go up. Some just move. If you don't understand the real cost structure, you'll mis-price the deal. Topics covered: Why factory labor savings are real but smaller than pitched Where the real money lives: schedule compression...

Why does site work still control the timeline in modular construction? The pitch is that modular moves construction off-site. But someone still has to prepare the site—and that work still controls the critical path. Factory speed means nothing if the foundation isn't ready. Topics covered: Why site work is compressed, not reduced, in modular How foundation tolerances matter more than ever The cran...

Why is transportation a construction risk in modular—not just a logistics detail? Most teams treat transportation as a line item. But transportation is one of the highest-risk phases of a modular project—and it's often the least managed. Topics covered: Why modules require route surveys, permits, and utility coordination Common route planning failures that delay projects How weather holds and sequ...

What's the hidden cost of design freeze in modular construction? Design freeze is the moment that defines a modular project. But freezing design early has real costs—costs that traditional projects never face. Topics covered: Why design freeze happens 2-4 months earlier than traditional The hidden cost of committing before you have full market data Why changes that cost $50K in traditional cost $5...

Why does sequencing determine success or failure in modular? Modular construction lives or dies on sequencing. Not just factory sequencing—but the coordination between design, production, transportation, and site. Get it wrong anywhere, and the whole system fails. Topics covered: Why modular has no room for re-sequencing on the fly How one out-of-sequence module shuts down the entire operation The...

What's missing from most modular construction schedules? Modular schedules look impressive on paper—until you account for what's missing. Most pro formas ignore the coordination time, logistics buffers, and site work that still controls the critical path. Topics covered: Why the "50% faster" claim assumes everything goes right The gaps no one models: transport permits, weather holds, button-up tim...

Why do design decisions matter more in modular construction? In traditional construction, you can push decisions downstream. In modular, you can't. Design freeze happens months earlier, and every delayed decision cascades through production, logistics, and site work. Topics covered: Why factories need complete drawings—not 80% complete The exponential cost of late changes in modular Why modular de...

Does factory construction eliminate risk? Not exactly. The pitch is that factories eliminate weather risk and labor shortages. That's partially true. But the risk doesn't disappear—it moves upstream, where it's harder to see and more expensive to fix. Topics covered: How risk concentrates early in modular projects Why factory production is only as good as its inputs The transportation and site rea...

Is speed really the advantage of modular construction? The market sells modular on speed. But speed without certainty is just compressed chaos. The real value is predictability—knowing what you're getting, when, and at what cost. Topics covered: Why "50% faster" is the wrong metric How certainty—not speed—de-risks deals for lenders and equity Why modular has no float for absorbing chaos What capit...

Why do modular construction projects fail more often than they should? Modular fails not because the method is flawed, but because teams treat it like traditional construction with a factory in the middle. The coordination requirements are fundamentally different. Topics covered: Why the "factory instead of site" framing is dangerous How modular is actually a systems integration problem Where fail...