





Tiny Home - 573 pi² - Bungalow 1 chambre avec mezzanine
Introduction:
Eelegant and modern design Tiny House with one bedroom at the mezanine, made from light gauge steel frame (LGSF). This design is ideal for a chalet near a Ski Resort or Golf Course. It can also be as an occasional vacation or short term rental property.
Architectural Features:
Compact, functional, and full of charm. This 573 ft² bungalow, with its Nordic and minimalist design, takes advantage of the height to offer a cozy and versatile space, perfect for those seeking comfort without sacrificing style.
On the first level, the intelligent distribution allows you to enjoy a compact kitchen, a guest bathroom, and a utility room. It also features a flexible room that can be transformed into a social lounge or a bedroom, depending on the needs of the moment.
The mezzanine elevates the experience of living in this bungalow, housing a private master bedroom and a bathroom with a bathtub, creating an ideal corner for rest and relaxation.
This model not only optimizes space but also offers an elegant and adaptable solution, perfect for those seeking a practical and sophisticated retreat in nature.
Specifications
- Total Surface area (excluding architectural finishes) = 573 ft².
- Height (between slab and bottom of roof rafters = 8 ft.
- Roof Tilt Angle: Tilted Roof
- Building has to be installed on a slab on grade or a reinforced concrete wall.
- Seismic Load as per Canadian Building Code 2015
- Wind Load as per Canadian Building Code 2015 (Location the city of Montreal - Provicne of Quebec) - Please contact us for other Locations in Canada or the USA.
- Snow Load as per Canadian Building Code 2015 (Location the city of Montreal - Provicne of Quebec) - Please contact us for other Locations in Canada or the USA.
- Dead Load on Roof and Wall is distributed on Beams (15 PSF).
- Roof Live Load is 21 PSF = 1 KPa.
Price Analysis
Buiding Price =49.43 CAD$/Ft² (531.88 CAD$/m²).
Required Quantity of Galvanized Steel = 5,768 Lb (108.2 Lb of Steel /m² of Usable Space) or (10.06 Lb/Ft² of Usable Space).
Technical Documents
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