Fluid Wire Robotics develops a hydraulic transmission system using patented "Fluid Wires" technology, which enables precise force and torque transfer across large distances without additional sensors. Their robotic arms are designed to operate reliably in extreme environments, such as underwater, radioactive, and explosive settings, while maintaining lightweight and modular construction for enhanced adaptability and cost efficiency.
Funding
$1.3M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional robotic arms used in harsh environments often suffer from complexity, high costs, and limited versatility due to the need for localized motors, sensors, and electronics within the arm itself. This makes them vulnerable to damage from radiation, water, explosives, and other extreme conditions, requiring additional structural complexity and compromising performance.
Solution
Fluid Wire Robotics offers a robotic arm solution designed for operation in extreme environments, utilizing their patented "Fluid Wires" technology to transmit force and torque accurately over long distances without the need for additional sensors on the arm. The system features a remote actuation unit, which houses the motors, sensors, and electronics, allowing it to be shielded, sealed, or cooled as needed. This design results in a lightweight, modular robotic arm capable of withstanding harsh conditions while maintaining high-quality response, dynamic performance, and precise force control.
Target Audience
The primary target audience includes industries operating in nuclear, space, and underwater environments, such as nuclear decommissioning, satellite servicing, and offshore energy operations.
Features
- Patented Fluid Wires technology enables accurate force and torque transfer across large distances without additional sensors.
- Remote actuation unit houses motors, sensors, and electronics, allowing for easy shielding, sealing, and cooling.
- Hollow arm structure inherently withstands harsh environments.
- Lightweight design allows for access to narrow spaces and installation on mobile platforms.
- Modular design simplifies manufacturing, assembly, and maintenance.
- Standardized components across different robotic arm models reduce costs and enhance versatility.
- Suitable for nuclear, space, and underwater applications, including handling radioactive materials, in-orbit satellite servicing, and subsea maintenance.