Falcon Structures: Office Trailers vs Ground-Level Container Offices

Source

Falcon Structures (shipping container modification company). Blog article comparing office trailers to container-based offices. Note: Falcon sells container offices, so the comparison has a commercial bias toward containers. Useful for factual construction details; treat comparative claims with skepticism.

Office Trailer Construction

Structure

• Built offsite in manufacturing facility
• Framing: steel and aluminum (note: this describes the chassis and structural frame; wall framing in many models uses wood studs)
• Walls combine fiberglass, vinyl, aluminum, plywood, and other materials
• Specifics vary by manufacturer and model

Chassis and Mobility

• Permanently mounted on a chassis (frame with wheels and towing hitch)
• Chassis lifts office several feet off the ground
• Towable by truck
• Suited to frequent relocation — no loading/unloading required
• Setup requires flat, dry, level surface
• Frame must be blocked and leveled
• Skirting optional (hides blocking and wheels)
• OSHA-compliant stairs required (elevated entry)

Not Covered

• Article does not give specific dimensions, insulation values, HVAC specs, or cost figures
• Does not describe wood framing specifically (though wood is common in the industry)

Comparison Points

Feature	Office Trailer	Container Office
Mobility	On wheels, towable	Needs flatbed or crane
Ground level	No (raised on chassis)	Yes (sits on ground)
Stairs needed	Yes (OSHA compliant)	No
Foundation	Blocking only	Minimal/none
Security	Standard	Inherent (steel walls, barred windows)
Price	Comparable	Comparable
Durability	Not specified	Higher (per Falcon, biased source)

Relevance to Demonstration Platform

Key distinctions for the passive thermal demo use case:

1. Office trailers on wheels are easily relocatable — critical for a traveling demo
2. The raised chassis means the floor is off the ground, which affects thermal measurements (exposed floor = heat loss path that differs from slab-on-grade buildings)
3. Skirting the underside could create a buffer zone, or the gap could be used for thermal experiments
4. Container offices would NOT work well as demo platforms: steel walls don’t represent residential construction
5. The elevated floor is actually an advantage for instrumentation: easy access to underside for sensors