rf Antennas
NewSpace Systems offers a range of high-reliability antennas designed to meet the stringent requirements of satellite and aerospace applications. Our antennas Performs across S-band and Ka-band frequencies, ensuring robust communication and data transmission for space missions. With a focus on durability and efficiency, our antennas are engineered for precision and reliability
UTILITY
NewSpace Systems’ LYRA antenna range is engineered for spacecraft communications and navigation applications, offering high gain and low axial ratio to ensure optimal signal reception and transmission.
S-band Air Gap
- Frequency: 2200 MHz to 2290 MHz
- Return Loss: <-10 dB
- Gain: ≥ 7 dB
- Half-Power Beamwidth (HPBW): 70°
- Polarization: RHCP or LHCP preconfigurable
S-band Pin Feed
- Frequency Band: 2200 MHz to 2290 MHz
- Return Loss: <-10 dB
- Gain: ≥ 6 dB
- Half-Power Beamwidth (HPBW): 80°
- Polarization: RHCP or LHCP preconfigurable
S-band Array
- Frequency Band: 2200 MHz to 2290 MHz
- Return Loss: <-10 dB
- Gain: >18 dB
- Half-Power Beamwidth (HPBW): 18°
- Polarization: RHCP or LHCP Preconfigurable
Ka-band Array
- Frequency Band: 27 GHz to 31 GHz
- Return Loss: <-10 dB
- Gain: >20 dB @ 29 GHz
- Half-Power Beamwidth (HPBW): 10° @ 29 GHz
- Polarization: RHCP or LHCP Preconfigurable
NewSpace Systems’ antennas support a range of satellite communications and navigation applications. The S-band Air Gap and Pin Feed antennas enable Telemetry, Tracking, and Command (TT&C) for small satellites. The S-band Array provides high-gain links for inter-satellite communication, SAR, and high-data-rate Earth observation. The Ka-band Array facilitates high-speed data transmission, broadband satellite communications, deep-space links, and SAR missions. Additionally, GNSS antennas enable precise orbit determination, positioning, timing synchronization, and attitude control for spacecraft and satellite constellations.
