Large equipment. Surprisingly transportable dimensions.
ICON publishes Titan at 48,000 lb dry and 36.7 × 6.9 × 8.2 ft packed for transport, with a 70-ft reach and 27-ft build height.
| Published Titan item | Specification |
|---|---|
| Dry weight | 48,000 lb |
| Packed dimensions | 36.7' L × 6.9' W × 8.2' H |
| Power | 3-phase 480V generator; optional split-phase 240 conversion |
| Max extrusion | 3 yd³/hour |
| Operational sustained wind | 20 mph |
Source: ICON Titan specifications. Freight suitability, packed shipping weight and container payload must be confirmed with the manufacturer/carrier.
One house is the wrong question.
The useful question is: how many committed homes or projects make mobilization economically rational?
1–5 homes
Mobilization, training, support equipment and freight may dominate unit economics. Worth modeling; not assumed viable.
10–25 homes
Deployment costs spread across more units. Repetition, staging and local-trade coordination begin to matter.
50–100+ homes
A sustained pipeline raises a different possibility: permanent equipment, trained local operators or a Hawaiʻi construction partner.
What has to cross the Pacific?
Printer. Pump. Mixer/material system. Consumables and spare parts. Possibly proprietary material inputs. Manufacturer technicians and training may also be part of an initial deployment.
But the most important unknown may be what doesn't need to cross the Pacific. If compliant aggregate, cementitious inputs or other components can be sourced locally to manufacturer specifications, the economics could change substantially.
Requires manufacturer confirmationLocal conditions are part of the engineering.
Environment
Salt exposure, humidity, wind, rain, UV, termites, flood/tsunami exposure and site-specific hazards.
Sites
Limited staging space, slopes, access, neighborhood constraints and inter-island movement.
Trades
Printing is one scope. Local foundation, roofing, electrical, plumbing, glazing, interiors and inspections remain essential.