This month we finished a first complete draft of Logic’s Pod Installation Manual. While that might sound like “documentation work,” it’s actually a signal that we’re moving from prototype mode into the early discipline of product manufacturing.
The manual forced a kind of clarity that pitch decks can dodge. To write it, we had to decide (explicitly!) what the pod is, what it isn’t, what the site must provide, what tolerances matter, and what “good installation” looks like when conditions are imperfect. That work has been inseparable from our recent push to build a more rigorous 3D model in Fusion with (Logic manufacturing design intern) Thad Keep, and to pressure-test assumptions through hands-on critique from builders and partners who have seen real installs succeed (and fail). The manual became the container where those insights could become a repeatable system.
At the Center for Offsite Construction, Logic founder Jason Van Nest has been developing the offsite-specific concept of DfMA&I (Design for Manufacture, Assembly, and Installation) because buildings don’t get value “finished” in a factory. They get value finished on site, where variability concentrates: access, staging, sequencing, inspections, weather, and workforce churn. The last mile is where offsite succeeds or collapses. A pod can be beautifully built and still fail if the platform conditions and connection logic are ambiguous. DfMA&I treats installation as the terminal act of value creation. That reframing is exactly what an installation manual operationalizes.
For investors, this matters because manuals are a scaling artifact. In mature manufacturing, products ship with installation logic precisely because companies cannot scale if every install requires high-touch support and tribal knowledge. Manuals convert tacit know-how into a repeatable playbook: dimensions, clearances, access panels, go/no-go checks, sequencing, and error recovery.
Logic sees this manual as more than a v2.2 document. It’s the nations first meaningful generalized-labor step toward a Configure-to-Order future where pods can be specified, procured, delivered, and installed with confidence. Finally, so learning-in-building can compound, instead of resetting on every project.