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$ 6,400 – $ 6,500

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Power in space

3U Solar Panel

Flight-proven 3U Solar Panels

this cubesat module has flight heritage
this cubesat module is featured in NASA state of the art report
3u-xy-mtq-rbf-cubesat-solar-panel-endurosat

Flight-proven 3U Solar Panels

29.5%triple junction
solar cells
ADCSready
sensors
8.4 Win
LEO

Triple Junction Solar Cells for Space Applications with efficiency higher than 29.5%

3u-xy-mtq-rbf-cubesat-solar-panel-endurosat-efficiency

High radiation resilience

Cell efficiency higher than 29% even after 5 years in LEO

3u-xy-mtq-rbf-cubesat-solar-panel-endurosat-high-radiation-resilience

Applications

science and research iconScience and Research
Earth Observation iconEarth Observation
IoT and communications iconIoT and Communications

Integrated sun sensors and gyroscope, optional magnetorquer - backbone for ADCS

3u-xy-mtq-rbf-cubesat-solar-panel-endurosat magnetorquer and remove before flight pin

Features

Power efficiency at EOL 29+%
Max Power Up to 8.4 W in LEO
Internal By-pass diode reverse bias protection
Solar cells thickness 150 μm ± 20 μm
Sensors Temperature and Sun, optional Gyroscope
MTQ Connector for external magnetorquer
RBF Available with Remove Before Flight pin
Mass 146 g
Customisation Multiple panels can be connected in series or parallel
Max Voltage 16.8 V (for 7 cells)
Max Current 504 mA
PCB Thickness 1.6 mm

Series or parallel connection based on client power system requirements

3u-xy-mtq-rbf-cubesat-solar-panel-endurosat parallel connection

Included

user manual book icon Complete User Manual
included cables icon Power and data cables
customer support icon 1 hour engineering support
delivery cost icon Delivery cost
handling and administration costs icon Handling and administration costs