Remarkable custom designed geodesic 3BD/2.5BA home in the Ferndale area outside of Little Rock that is waiting on you to make your own. The geodesic dome was popularized by Buckminster Fuller, the American architect, inventor and futurist who believed thoughtful design could “do more with less.” Fuller studied the strength and efficiency found in nature and developed dome structures made from a network of interconnected triangles. These triangles distribute weight and stress throughout the structure, creating remarkable strength without the need for conventional load-bearing walls. That design gives the Cameronwood house its soaring ceilings, open living areas and wonderful sense of light and space. The rounded shape also encloses a large amount of interior space using less exterior surface area than many conventional homes, contributing to energy efficiency. The dome’s interconnected structure is known for its stability and its ability to distribute pressure from wind and other outside forces rather than concentrating it in one area. It is an unusual home with a distinctive architectural history and a warmth that is difficult to capture in conventional construction.

Remarkable custom designed geodesic 3BD/2.5BA home in the Ferndale area outside of Little Rock that is waiting on you to make your own. The geodesic dome was popularized by Buckminster Fuller, the American architect, inventor and futurist who believed thoughtful design could “do more with less.” Fuller studied the strength and efficiency found in nature and developed dome structures made from a network of interconnected triangles. These triangles distribute weight and stress throughout the structure, creating remarkable strength without the need for conventional load-bearing walls. That design gives the Cameronwood house its soaring ceilings, open living areas and wonderful sense of light and space. The rounded shape also encloses a large amount of interior space using less exterior surface area than many conventional homes, contributing to energy efficiency. The dome’s interconnected structure is known for its stability and its ability to distribute pressure from wind and other outside forces rather than concentrating it in one area. It is an unusual home with a distinctive architectural history and a warmth that is difficult to capture in conventional construction.