Ghost Robotics
Ghost Robotics, founded in 2015 and based in Philadelphia, specializes in developing advanced legged robots like the Ghost Minitaur for commercial and military applications, serving over 25 national security customers and shipping more than 450 robots.
Company History
Ghost Robotics was founded in 2015. Since its inception, the company has focused on developing advanced robotic solutions to cater to the dynamic needs of commercial and military partners. Headquartered at 3401 Grays Ferry Ave, Bldg 200, 2nd Fl, Philadelphia, PA 19146, Ghost Robotics has established itself as a significant player in the robotics industry, specifically in creating direct-drive legged robots.
Products
Ghost Robotics is well-known for developing the Ghost Minitaur, recognized as the first direct-drive legged robot. The Minitaur showcases agility, sophisticated capabilities, and user-friendly programmability. The company's Vision series of robots is designed to offer a range of systems of varying sizes to meet the needs of specific environments. These robots are intended for both government and enterprise users, offering a versatile suite of options across different price points.
Services
Ghost Robotics provides solutions tailored for both commercial and military applications. The company supports over 25 national security customers and collaborates with more than 20 solution partners to deliver advanced robotic systems. These systems cater to evolving demands across industries, integrating proprietary electronics, software stacks, and control systems to power a generation of mobile robots that extend beyond quadrupeds.
Client Base
Ghost Robotics serves a diverse client base, including over 25 national security customers. Their robotics solutions have been widely adopted, with the company shipping over 450 robots. The strong demand for their products highlights the trust and reliance their clients place on their advanced robotics technology.
Technological Innovation
Ghost Robotics leverages proprietary electronics, software stacks, and control systems to develop complex actuated systems. These innovations are designed to power the next generation of mobile robots, moving beyond the capabilities of traditional quadruped systems. The company's focus on technological advancement ensures that they remain at the forefront of robotic development, with future plans to expand their portfolio to include a variety of systems suited for different environments and applications.