Introducing: GeoHome

Transform your backyard with a stylish accessory dwelling unit (ADU), perfect for accommodating guests, providing housing for loved ones, or generating rental income. With its compact yet functional design, this 300 square foot space can be equipped to include all the essentials for comfortable living while adding value and flexibility to your property. Its energy-efficient design features help reduce heating costs, making it an eco-friendly and cost-effective option for extended living.

Offer a unique and eco-friendly lodging experience for your guests with a compact, comfortable year-round shelter that blends seamlessly into natural surroundings, ideal for Airbnb rentals or boutique accommodations. The GeoHome’s robust geodesic dome design is perfect for regions prone to extreme weather, ensuring guests stay cozy and safe even during storms.

Create a private, distraction-free home office, studio, or workshop in a structure (or tiny home) designed for productivity, giving you the perfect space to pursue your creative or professional goals. Whether you’re an artist, entrepreneur, or remote worker, GeoHome offers the peace and separation needed to focus. The unique design and tranquil environment can inspire creativity, offering the solitude needed to focus on artistic endeavors while being close to nature.

Enjoy the freedom of an off-grid lifestyle with a tiny home that is easy to assemble in remote locations. The GeoHome is engineered to withstand the toughest conditions, from snow-heavy winters to strong winds, offering unmatched resilience in isolated areas. Designed for sustainability, it can be customized with solar power, rainwater collection, and energy-efficient systems, providing all the essentials for a self-sufficient lifestyle while connecting you with nature in even the most secluded spots.

Enhance your brand presence with a 300 square foot space that can serve as a striking retail shop, showroom, or customer engagement hub. This flexible structure can also function as a distinctive venue for small events, meetings, or workshops. The unique geodesic dome design naturally attracts attention, offering a one-of-a-kind setting that stands out from conventional buildings. The GeoHome is ideal for brands looking to create immersive experiences that leave a lasting impression on clients and customers.

These interlocking, multilayered, preassembled Triangular Structural Insulated Panels (T-SIPs) provide exceptional durability and insulation, ensuring comfort and energy efficiency in even the harshest climates.

The T-SIPs are composed of seven layers that are designed to function together to provide both structural integrity and thermal insulation. Each layer serves a specific purpose in the overall performance of the panel:

1. Plywood interior wall, 4 mm thick
2. Vapor barrier film,  0.16 mm thick
3. Aluminum foil, .1 mm thick
4. PIR insulation, 100 mm thick
5. Aluminum foil, .1 mm thick
6. Ventilation gap, 29 mm
7. Aluminum composite panel, 4 mm thick

Moisture Control and Prevention of Mold:

The 29 mm ventilation gap promotes constant air circulation between the layers of the structure, significantly reducing the risk of moisture buildup. This helps prevent mold, mildew, and condensation issues that can arise in poorly ventilated spaces, contributing to a healthier living environment.

Improved Indoor Air Quality:

By allowing the shell to “breathe,” the aerated design maintains better humidity levels inside the dome, which helps create a fresher and more comfortable living or working environment. This is particularly beneficial for those with allergies or respiratory conditions, as it minimizes the likelihood of allergens forming in damp conditions.

Enhanced Thermal Performance:

The ventilation gap also aids in regulating temperature by reducing heat transfer between the interior and exterior walls. This creates a more energy-efficient home, keeping it cooler in the summer and warmer in the winter, while reducing the need for constant heating or cooling.

The geodesic dome's structure offers exceptional strength and resilience, making it ideal for withstanding harsh weather conditions. The design also promotes superior energy efficiency by evenly distributing heat and reducing energy loss, ensuring a comfortable, sustainable living environment year-round.

Material Efficiency: Geodesic domes use approximately 30-40% less building material than traditional rectangular structures of the same volume, making them cost-effective and sustainable. Their design distributes stress more efficiently, reducing the need for excess materials.

Structural Strength: Domes are incredibly resilient due to their triangular design, which distributes forces evenly across the structure. They can withstand high winds and heavy snow loads, offering stability and durability in extreme conditions. NASA even utilizes dome designs in research for space habitats because of their efficiency and strength in extreme environments like Mars.