FlatSpot does the system thinking before the components reach the site. Your project team receives a configured platform system, prepared for assembly.
Engineered, pre-cut and packaged for nationwide delivery, prepared for on-site assembly.
QuickSet can be a strong fit for applications such as:
Timber is positioned for applications such as:
Composite may be especially relevant for:
Glamping / Campgrounds / Resorts / Cabins / Domes / Yurts / Safari tents
Small cabins / Backyard structures / Accessory buildings / Outdoor rooms / Compact living environments / Amenity structures / Select residential applications
How easily can the property add the next unit?
FlatForm creates the opportunity to standardize the base while still selecting the configuration that best fits the use.
Terrain, access, ground conditions
What the platform supports
How the space will be used
Surface and appearance
What comes next
Where and how it is assembled
FlatForm is a family of pre-engineered platform systems designed for efficient on-site assembly. It is available in QuickSet™, Timber™, and Composite™ configurations.
QuickSet is the streamlined FlatForm configuration, built with a 2×4 wood system and manufactured polymer support feet.
Timber is the all-wood engineered configuration, using 2×6 wood, ledgers, and a wood leveling and support system.
Composite combines composite decking with a pressure-treated 2×6 wood structural system to provide an upgraded finished surface.
No. FlatForm is positioned across outdoor hospitality, campgrounds, and select residential or small-footprint applications.
Potentially, yes. A property may have different applications or finish requirements across different areas, making different configurations appropriate for different uses.
The core advantage is repeatability. A defined platform system can help reduce the need to rethink the basic construction approach for every new structure or phase.
There is no single “best” configuration. QuickSet, Timber, and Composite are designed for different project conditions, structural needs, and finish expectations.
