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DOLCE successfully deployed one boom with a camera but faced issues with one of four diagonal booms during array deployment.
The boom connecting the ViaSat-3 Americas reflector to the spacecraft is a larger version of structures used to deploy the James Webb Space Telescope sunshield.
The components provided by Sener for the JUICE mission include the magnetometer boom, the medium-gain antenna major assembly (MGAMA), and components for the Janus and Gala science instruments.
Sener Aerospace and Defense designed, manufactured, verified, and integrated the magnetometer boom for the JUICE mission.
The design of the magnetometer boom was conditioned by demanding requirements, including temperature ranges and radiation levels.
The magnetometer boom's purpose is to move some scientific instruments away from the spacecraft to prevent magnetic interference.
The magnetometer boom will house five instruments required for two wave characterization experiments, J-MAG for magnetic waves and RPWI for radio waves.
The deployment of the magnetometer boom's three segments is driven by independent mechanisms controlled through a satellite interface.
A functional check of the magnetometer boom was simulated using three balloons to support the weight of its segments.
The magnetometer boom developed by Sener measures 10.6 meters long when deployed, making it the longest boom made for an ESA project to date.
The deployment speed of the boom is controlled with a viscous damper and a system of pulleys and retaining cables.
KaRIn has two Ka-band synthetic aperture radar antennas separated by a 10-meter boom.
The X-59 low-boom demonstrator is planned to fly around the United States to test and demonstrate low-boom noise characteristics.
SF2 features a folding boom configuration for compact transportation in a lightweight case or backpack.
Spacecraft managers worked late into the night on 2021-12-31 to extend two mid-boom structures on either side of the spacecraft.
DcubeD will provide release actuators including a pin puller and release nut and will supply deployables including a 100W solar array, a Space Selfie Stick, and a deployable boom for smallsat applications.
Boom used AWS high-performance compute and digital modeling to execute the equivalent of 6,000 years of compute in three years by spinning up 10,000 servers simultaneously.
Drone deliveries are becoming a new reality due to pressures from the delivery boom and consumer demand.
Previously, farmers relied on boom sprayers for herbicide application, resulting in chemical overuse and herbicide-resistant weeds.
Boom Supersonic is using AWS to design a new supersonic passenger transport, consuming more than 53 million hours of compute time on AWS.