Deep Space + SATCOM

Kavveri’s space-qualified RF antennas and filters are engineered to support long-range communication, data relay, and scientific instrumentation across all classes of satellite and interplanetary missions. From LEO CubeSats to lunar rovers and deep space probes, Kavveri provides radiation-tolerant, thermally stable, and mass-optimized RF systems that ensure communication continuity and telemetry integrity.

Satellite Payload RF Integration

We provide lightweight feed networks, patch arrays, horn antennas, and dielectric resonator antennas (DRAs) for integration into commercial and scientific satellite payloads. These are designed for low cross-polarization, consistent gain-phase response, and high axial ratio stability.

Environmental Survivability and Space Qualification

All space RF components are qualified for high vacuum, thermal cycling, shock, and vibration. Our in-house environmental testing supports TID, displacement damage, and RF leakage suppression for launch survivability and LEO/GEO operations.

Ground Segment SATCOM Support

Kavveri also supplies high-efficiency SATCOM antennas for earth stations, mobile terminals, and ground tracking platforms. These include dual-band feeds, offset parabolic assemblies, and integrated BUC and LNB support modules.

SATCOM & Space RF Capabilities:

• High-gain horn and patch antennas for GEO and LEO spacecraft
• Compact wideband feeds with stable gain-phase response for Ka-band
• Space-rated cavity filters, diplexers, and isolators
• Antenna arrays for CubeSats, landers, and rovers
• Integrated SATCOM antennas for tracking, telemetry, and command
• In-house cleanroom prototyping, RF testing, and flight qualification support