| Featured Space and Satellite Products |
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| 100 W Deployable Solar Panel for CubeSats | |
Solar Panels for Satellite
from 2NDSpace SRL
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| The DROP-12XL from 2NDSPACE is a high-efficiency deployable solar panel system engineered for CubeSat and nanosatellite missions requiring scalable and reliable onboard power generation. Designed with two deployable panel elements, it incorporates advanced Ultra-Triple-Junction (UTJ) solar cells delivering conversion efficiencies greater than 30%, enabling high-power generation for modern small satellite platforms. This deployable solar array provides up to 100 W of available power output and operates with a peak power voltage of 19.44 V and an open-circuit voltage of 20.8 V. |
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| Triple-Junction Space-Grade Solar Cells | |
Satellite Solar Cell
from EXA (Ecuadorian Space Agency)
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| The Space Grade Silicon Solar Cell 80x80 ISS from EXA (Ecuadorian Space Agency) is a Space-Qualified Solar Cell engineered for high-efficiency power generation in demanding space environments. Designed for integration into space-grade solar panels, this advanced solar cell delivers a beginning-of-life (BOL) efficiency of greater than 22% under AM0 conditions while maintaining an end-of-life (EOL) efficiency of 20.7%. With an open-circuit voltage (Voc) of 0.55 V and a maximum power voltage (Vmp) of 0.52 V, it ensures stable and reliable energy conversion for long-duration space missions. |
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| 200 mm Optical Payload for Nanosatellites | |
Satellite Camera
from Scanway Space
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| The SOP 200 from Scanway Space is a 200 mm Optical Payload designed for high-resolution Earth observation missions on microsatellites. Developed to deliver precise imaging performance in compact satellite platforms, this optical payload features a 200 mm aperture and provides a ground sample distance of 1.75 m for detailed surface imaging. It supports an observation area of 7 x 5 km, making it suitable for remote sensing, environmental monitoring and geospatial intelligence applications. It provides an image resolution of 4096 x 3072 pixels with a pixel pitch of 5.5 µm. |
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| Space Actuator for Space Precision Rotation | |
Space Actuator
from Northrop Grumman Corporation
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| The CASPR 10 from Northrop Grumman is a Space Actuator engineered to deliver precise and smooth rotational control for small spacecraft payloads and compact antenna systems. Designed for high-accuracy pointing applications, this actuator provides a torque output of 78 in-lbs at 28 V while maintaining low torque disturbance for stable and controlled spacecraft motion. The compact architecture enables efficient integration into space-constrained platforms requiring dependable articulation performance. This customizable actuator incorporates harmonic drive gearing with zero backlash. |
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| Solar Array Drive Assembly for CubeSats | |
Solar Array Drive Mechanism (SADM) for Satellite
from Frontgrade Technologies
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| The SADA-10 from Frontgrade Technologies is a Solar Array Drive Assembly designed to provide precise rotation and positioning of satellite solar arrays for CubeSat and SmallSat missions. Developed for Low Earth Orbit and Medium Earth Orbit applications, this compact electromechanical assembly combines a hybrid stepper motor with a harmonic gear drive in an in-line configuration to deliver accurate motion control with zero backlash and high torque output. Optimised for compact spacecraft integration, the SADA-10 measures 5.406 × 5.007 × 5.007 inches and weighs 3.0 kg. |
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| 79-165 mN XENON ION Propulsion System | |
Spacecraft Thruster
from Stellant Systems
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| The 25 cm from Stellant Systems is a space-qualified xenon ion propulsion system designed to provide high-efficiency electric propulsion for advanced spacecraft missions. Delivering a thrust range of 79–165 mN, it enables efficient orbit transfer, station keeping and deep-space propulsion with significantly reduced propellant requirements. This ion thruster achieves a high specific impulse ranging from 3400–3500 seconds, enabling substantial propellant savings compared to conventional chemical propulsion systems. It offers mass utilization efficiency between 80–82%. |
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| Satellite Modem for Communications Systems | |
Satellite Modem
from Advantech Wireless Technologies
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| The AMT 73L from Advantech Wireless Technologies is a satellite modem engineered for high-performance defense and commercial SATCOM applications. Built on a Software Defined Radio (SDR) architecture, this modem delivers flexible and upgradeable two-way satellite communications for Point-to-Point and networked communication systems. Operating over the 950–2000 MHz L-band frequency range, it supports data rates from 64 kbps to 52 Mbps, extendable up to 110 Mbps with optional enhanced Turbo Product Coding (eTPC), and symbol rates from 32 ksps to 30 Msps. |
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| 3.5-Meter Earth Station Antenna | |
Earth Station Antenna
from Kratos Defense & Security Solutions
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| The 3.5 Meter LEO XY ESA from Kratos Defense & Security Solutions is a 3.5-Meter Earth Station Antenna designed for high-gain satellite communication and precise Low Earth Orbit tracking applications. Built with a precision single- or two-piece spun aluminum reflector and advanced dual Gregorian optics, this antenna delivers exceptional electrical performance and pattern characteristics for modern SATCOM networks. This earth station antenna is mounted on a rugged X-Y positioner that provides continuous 360° azimuth coverage through a slipring system and an elevation range from +5° to +175°. |
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| Satellite Deployer for CubeSats | |
Satellite Deployer
from Sidus Space
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| The Phoenix from Sidus Space is a Satellite Deployer designed to support CubeSat deployment missions aboard the International Space Station through the SSIKLOPS deployment platform. Engineered for precision and reliability, this deployer accommodates CubeSats ranging from 3U to 12U and enables controlled deployment into Low Earth Orbit using NASA ISS resupply vehicles. The deployment architecture allows satellites to be processed within a pressurized environment prior to orbit insertion, ensuring enhanced payload protection and mission readiness. |
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| 80 cm X-Band Manpack Satellite Terminal | |
Satellite Terminal
from Holkirk
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| The X Band Scorpion 80 cm from Holkirk is a Portable Ku-band Satellite Communication Terminal designed for secure, multi-satellite and multi-band operations. This manpack SATCOM terminal supports a transmit frequency range of 7.9–8.4 GHz and a receive frequency range of 7.25–7.75 GHz, making it suitable for a wide range of X-band satellite networks. It features an 80 cm antenna with a five-petal segmented design. The scorpion terminal delivers high antenna performance with a transmit gain of 35 dBi and a receive gain of 34.6 dBi. |
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| 30-31 GHz Ka-Band Test Loop Translator | |
Test Loop Translator
from Peak Communications
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| The TLTR3000 from Peak Communications is a Ka-Band Remote Mounted Test Loop Translator designed to convert high-frequency Ka-band transmit signals into L-band frequencies for satellite communication monitoring, system verification, and RF analysis applications. It translates an input frequency range of 30.0 to 31.0 GHz to an output frequency range of 950 to 1950 MHz, enabling efficient downconversion and monitoring of Ka-band communication links. Engineered for advanced SATCOM environments, the translator delivers a typical conversion loss of 20 dB. |
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| 1150-1720 MHz SATCOM Low Noise Amplifier | |
SATCOM Amplifier System
from Orbital Research
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| The LNALB-100-SS50 from Orbital Research is an L-Band Low Noise Amplifier (LNA) engineered to provide ultra-low noise amplification and high linearity for satellite communication, GNSS, and mission-critical receive chain applications. Designed for demanding aerospace and communication environments, this amplifier supports RF frequency bands from 1150 to 1300 MHz, 1400 to 1450 MHz and 1500 to 1720 MHz, while delivering stable gain options ranging from 30 to 50 dB. This low noise amplifier delivers an ultra-low noise figure of 0.5 dB. |
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