Slip Rings for Electro-Optical Pedestals & Gimbals
Advanced rotary joints for military and civil electro-optical pedestals.
Explore Engineering SolutionsKey Engineering Advantages
RF & FORJ Integration
Seamless integration of Radio Frequency and Fiber Optic channels.
High Circuit Density
Handle complex power and signal arrays flawlessly.
Special Testing
Rigorous reliability testing for mission-critical operations.
Electro-optical (EO) pedestals, infrared (IR) search-and-track systems, and multi-axis gimbals are deployed in military, naval, aerospace, and advanced civil security systems. These high-precision tracking mounts must rotate continuously to monitor environments and direct optical sensors, requiring complex rotary joints that combine power, high-density signals, radio frequency (RF), and fiber optics.
Severe Conditions & Performance Constraints
- High Circuit Density
The need to route power, HD video feeds, gyro signals, and radar data through a compact axis. - RF and FORJ Integration
Coaxial RF rotary joints (for radar signals) and Fiber Optic Rotary Joints (FORJ) for electromagnetic immunity. - Rugged Environmental Ratings
Compliance with military standards (such as MIL-810G) for temperature, vibration, shock, and salt fog.
Torquety’s Advanced Custom Solutions
- Contactless Fiber Transmission
Integration of single-channel or multi-channel FORJs for lossless optical data transmission. - RF Coaxial Joints
Integrated high-frequency RF lines (supporting up to 18 GHz and beyond) with low insertion loss and high VSWR stability. - Robust Enclosures
Stainless steel or titanium housings designed to endure extreme temperature ranges (-40°C to +80°C) and heavy marine or desert environments.
Need a Custom Slip Ring Solution?
We work closely with engineering teams to design, test, and deliver custom mechatronic assemblies that address severe environmental and signal challenges.
Contact Our Engineers