SPIN TACT™ Slip Rings & Fiber Optic Rotary Joints (FORJ)
Electrical Slip Ring
Multi-channel electrical slip rings for continuous transfer of power and signals across rotating interfaces.
Fiber Optic Rotary Joints (FORJ)
Low-loss fiber optic rotary joints enabling high-bandwidth data transmission through continuous rotation.
Hybrid Rotary Solutions
Multi-domain rotary assemblies combining electrical, RF, fiber optic, and fluid channels.
RF & Waveguide Rotary Joints
High-power waveguide rotary joints for radar transmitters and high-power microwave systems.
RF Rotary Joints
Single and multi-channel RF rotary joints for radar, electronic warfare, and communication systems.
High-Reliability Rotary Interfaces for Mission-Critical Systems
SPIN TACT™ by Amphenol PCD delivers advanced slip rings and fiber optic rotary joints (FORJs) engineered for continuous power, RF, and high-speed optical data transmission across rotating interfaces. Designed for defense, aerospace, naval, industrial, and medical platforms, SPIN TACT™ solutions provide proven performance in harsh, high-shock, high-vibration environments.
Our rotary technologies support hybrid power + RF + fiber optic architectures, enabling compact, reliable system designs where signal integrity and uptime are critical.
What Is SPIN TACT™?
SPIN TACT™ products are precision-engineered rotary transmission solutions that enable uninterrupted signal and power transfer during continuous 360° rotation. Unlike conventional slip rings, SPIN TACT™ systems are optimized for:
High-bandwidth optical data (FORJ)
Low-noise electrical and RF transmission
Extreme environmental survivability
Long operational life (up to 300 million rotations)
These solutions are field-proven in turreted EO/IR systems, radar antennas, UAV payloads, shipboard surveillance, subsea platforms, and medical imaging equipment .
Why Engineers Choose SPIN TACT™
Proven field reliability in extreme environments
High-bandwidth optical and low-noise electrical performance
Flexible custom and hybrid designs
Long service life with minimal maintenance
Backed by Amphenol’s global engineering and manufacturing expertise