Unmanned Systems
CTS Technologies for Unmanned Aerial Systems
CTS Technologies Enabling Next-Generation Drone Systems
From commercial inspection platforms to advanced defense and long-range communication systems, drones depend on precise sensing, reliable timing, robust communications, and advanced RF technologies.
CTS supports critical drone subsystems with temperature sensors, frequency control products, RF filtering solutions, microwave technologies, and operator-interface products that help enable safer, smarter, and more reliable autonomous systems.
Our technologies support flight control, navigation, communications, satellite connectivity, radar systems, and ground control stations across a wide range of unmanned aerial applications.
Interactive Drone Subsystem Architecture
Click any subsystem hotspot to view CTS component technologies and product specifications.
Temperature Sensors
Monitor battery temperature for safety, performance, and battery life.
Learn MoreTemperature Sensors
Monitor processors and electronics for reliable operation.
Learn MoreCrystal Oscillators
Provide stable timing references for navigation and positioning systems.
Learn MoreCrystal Oscillators
Enable accurate frequency control for communications systems.
Learn MoreRF Ceramic Filters
Reduce interference and improve communications performance.
Learn MoreWaveguide Filters
Support high-frequency Ku-band and Ka-band communications.
Learn MoreEngineering Reference Guide
Representative CTS technologies supporting unmanned aerial systems, communications, navigation, control stations, and advanced autonomous platforms.
| Application Area | Product Category | Key Features & Capabilities | Drone System Advantage |
|---|---|---|---|
| Thermal Management | Temperature Sensors | High accuracy thermal monitoring, fast response, reliable operation in harsh environments. | Supports battery monitoring, motor protection, ESC thermal management, flight controller protection, and payload monitoring. |
| Flight Control & Navigation | Crystal Oscillators (TCXO, OCXO, VCXO) | Stable frequency references for timing, synchronization, navigation, and communications systems. | Improves GNSS timing accuracy, flight control synchronization, and communications reliability. |
| RF / C2 Data Link | RF Ceramic Filters | Signal filtering, frequency selectivity, and interference suppression. | Improves command-and-control communications, GNSS performance, and telemetry reliability. |
| RF / C2 Data Link | Bandpass Filters | Pass desired frequencies while rejecting unwanted signals. | Improves telemetry performance and reduces adjacent-channel interference. |
| Long-Range Communications | Duplexers | Simultaneous transmit and receive capability with high isolation. | Enables BVLOS and advanced UAV communications architectures. |
| Satellite Communications | Waveguide Filters | High-frequency RF filtering for microwave communications. | Supports Ku-band and Ka-band SATCOM systems. |
| Defense Radar & Detection | X-Band Filters | Microwave filtering for radar and sensing systems. | Supports UAV radar, detection, tracking, and counter-UAS platforms. |
| Defense Radar & Detection | Monoblock Ceramic Filters | Compact high-performance RF filtering. | Supports advanced radar front ends and RF signal conditioning. |
| Application Area | Product Category | Key Features & Capabilities | Drone System Advantage |
|---|---|---|---|
| Pilot Controls | Joysticks | Precision directional operator input and control. | Supports UAV flight control, camera control, and payload operation. |
| Operator Interface | Encoders | Precise rotational input and menu navigation. | Enables mission planning, system configuration, and user interface control. |
| Human Machine Interface | Switches | Power control, mode selection, and system activation. | Supports ground control station operation and mission system management. |
| Human Machine Interface | Tactile Switches | Compact design with positive operator feedback. | Improves usability and operator confidence in portable and fixed control stations. |
| Application Area | Product Category | Key Features & Capabilities | System Advantage |
|---|---|---|---|
| Underwater Navigation & Sonar | Piezoelectric Components & Transducers | Acoustic sensing, sonar, communications, and navigation support. | Supports UUV sonar, collision avoidance, acoustic communications, navigation, and mapping. |
| Camera & Payload Systems | Piezoelectric Actuators | High precision motion control with rapid response. | Potential use in image stabilization, autofocus systems, and EO/IR camera assemblies. |
| Acoustic Communications | Piezoelectric Components | Efficient generation and detection of acoustic signals. | Enables underwater communications where RF communications are ineffective. |
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