V- & W-Band Radar Systems in Contested Environments Fundamentals Training by Tonex
Modern battlespaces increasingly depend on compact, high-frequency sensors capable of precise tracking and discrimination under jamming, clutter, and spectrum congestion. This course builds a rigorous foundation in V- and W-band radar theory, architectures, and deployment in contested RF environments. You’ll connect waveform, aperture, and signal-processing design choices to real performance constraints such as SWaP, thermal limits, and platform integration. Cybersecurity considerations are woven throughout: emission control, secure control-plane design, and protection against data-link intrusion. You will analyze cyber-EW convergence risks, harden interfaces, and apply resilient processing to protect radar mission data and command channels.
Learning Objectives:
- Explain V- and W-band phenomenology, propagation, and channel impairments
- Compare fire-control, hypersonic tracking, and high-resolution imaging use cases
- Quantify resolution/SNR/coverage tradeoffs in mmWave radar design
- Design Doppler-centric processing flows for maneuvering targets
- Evaluate LPI/LPD strategies against modern ESM receivers
- Assess jammer/radar co-evolution and counter-countermeasures
- Integrate thermal, packaging, and SWaP constraints into system design
- Strengthen radar cybersecurity by securing control/data paths, keys, and telemetry while maintaining mission assurance (includes the word cybersecurity)
Audience:
- Radar and RF Engineers
- Systems and Signal Processing Engineers
- Electronic Warfare Specialists
- Test and Evaluation Professionals
- Program and Technical Managers
- Cybersecurity Professionals
Course Modules:
Module 1 – V/W-Band Foundations
- Spectrum, bands, and allocations
- Propagation and atmospheric loss
- Antennas, arrays, and apertures
- Transmit/receive modules basics
- Noise, dynamic range, figure
- Link budget and SNR methods
Module 2 – High-Resolution Imaging
- Range resolution and bandwidth
- Cross-range via synthetic aperture
- Spotlight vs. stripmap modes
- Motion compensation essentials
- Clutter modeling and mitigation
- Image quality metrics, MTF
Module 3 – Doppler and Maneuvers
- Micro-Doppler exploitation cues
- STAP and GMTI at mmWave
- Acceleration and jerk tracking
- Adaptive CFAR in nonstationary
- Track-before-detect concepts
- Data association and fusion
Module 4 – LPI/LPD Design
- Waveform agility principles
- Spectral shaping and PRI agility
- Low sidelobe/low crest tactics
- Time-frequency diversity sets
- Emissions control and masking
- ESM/ELINT threat modeling
Module 5 – Jamming and ECCM
- Deceptive vs. noise jamming
- DRFM threat characterization
- Polarization and spatial filters
- Adaptive notch/beamforming ECCM
- Cognitive reconfiguration loops
- Robustness testing metrics
Module 6 – Integration and Security
- Thermal and packaging constraints
- SWaP and power management
- Secure control/data interfaces
- Keys, crypto, and zero trust
- Telemetry integrity assurance
- Mission-ready validation plan
Advance your team’s edge in sensing superiority. Enroll your group in Tonex’s V- & W-Band Radar Systems in Contested Environments Fundamentals Training to build designs that see through chaos, resist interference, and stay secure from RF to software—schedule your session with Tonex today.