Turncircles Headquarters & Office Locations

Turncircles (Private) is headquartered in Stuart, Florida, United States. Founded in 2021, the company operates across 2 countries with approximately 4 employees worldwide.

Where is Turncircles's main office?

Turncircles's main headquarters office is located at 6526 S Kanner Hwy # 263, Stuart, Florida 34997-6396. This serves as the company's primary corporate address and is home to its executive leadership team.

Turncircles regional offices

Beyond its headquarters in Stuart, Turncircles maintains 2 offices across 2 countries. Regional offices span 2 countries.

Turncircles contact information

The main switchboard for Turncircles headquarters can be reached at 7724861944. For investor relations, visit turncircles.com/investor-relations.

What does Turncircles do?

Turncircles is a startup company that specializes in developing custom electric motor technologies that provide a superior power-to-weight ratio for small to medium-sized applications in robotics, drones UAV/Pseudo-Satellite propulsion, E-Bikes, and electric powered tools as well as other electronic systems. Turncircles also designs and manufactures alternators and electrical generators for combustion engines as well as wind turbines. Technological progress is defined by many things and in many cases you will find product improvements defined by being smaller, lighter and more powerful. These are the characteristics that Turncircles is focusing on for advancing electric motor technology. Companies in the Aviation and Space industry can integrate our technology into their electric motor propelled products to reduce weight and increase power. These features can translate into improving operating times and save energy. Companies producing power tools, E-Bikes and other electronic appliances can benefit from improved ergonomics the motor design can provide based on its weight and slim design. Turncircles motor design is scalable, stackable and based on a parametric model that helps us provide shorter development lead times while fulfilling a wide array of performance characteristics that can be quickly adapted for different applications ranging in power from approximately 100 W to 50 kW. The motor designs are also simplistic, making it easy to assemble and repair. It also has a higher level of reliability with less potential failure modes than conventional electric motors.