Cloud9 is an architecture firm known for modern, environmentally conscious home designs that emphasize natural light and connection to the landscape. This house showcases their signature style with large windows spanning the bedroom, living area, and office spaces.
Image © Cloud9
Wild Coast Cottages represents an early example of planned tiny house community development in Canada. Located on the southern tip of Vancouver Island in Port Renfrew, British Columbia, this project aimed to transform a former RV park into a waterfront village of small cottages.
Thermoelectric technology offers one solution to a common off-grid challenge: keeping devices charged without access to the electrical grid. Orange developed prototype “Power Wellies” that generate electricity from body heat while walking, hiking, or dancing—demonstrating how human energy can power small electronics.
Image © Orange
Architect Arthur Dyson developed a concept for an eco village in Fresno, California designed to serve the homeless population. The project aimed to create a self-sustaining community combining tiny houses with education, economic opportunity, and sustainable living practices.
Japanese Kei trucks (also called mini trucks or micro trucks) offer a compact, fuel-efficient alternative to full-size pickups. These small utility vehicles are popular for homesteading, property maintenance, and light hauling tasks where a full-size truck would be overkill.
This unusual vehicle concept combines solar power with camouflage design, creating a mobile, ride-able bush car. The fully enclosed design uses cameras and monitors instead of traditional windows, while solar panels provide power for the electric drivetrain.
This tiny house in Grand Cayman Island demonstrates that small living exists even in tropical resort destinations. Located near the famous Seven Mile Beach, this compact Caribbean home shows that tiny houses can be found in unexpected places around the world.
Passive solar greenhouses use building orientation, thermal mass, and insulation to maintain growing temperatures without active heating systems. This design approach from the University of Missouri’s Bradford Research and Extension Center demonstrates how proper solar design can extend growing seasons significantly.
Photo Credit: University of Missouri, Bradford Research and Extension Center
Bicycle sidecars offer a practical way to expand your bike’s cargo capacity or carry passengers. This DIY approach demonstrates how a simple sidecar attachment can transform an ordinary bicycle into a versatile utility vehicle.
