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The QuadSAT drone-based system consists of state-of-the-art drone technology, integrated with a custom RF payload and automation and measurement software.
QuadSAT's drone-based system for test and verification of antennas and radio frequency equipment is fully automated, flexible, and location independent.
Oxford Space Systems worked with QuadSAT to test the deployable Wrapped Rib reflector.
ESA awarded QuadSAT €500,000 under the ARTES Core Competitiveness program to enter a product phase development project.
QuadSAT worked alongside teams from ESA’s ESOC mission control center to complete a measurement campaign of large antennas at Kiruna Earth Station.
QuadSAT performed verification of OneWeb’s ground segment antennas ahead of OneWeb’s global LEO constellation rollout.
QuadSAT worked with teams from ESA’s ESOC mission control center to complete a measurement campaign of large antennas at Kiruna Earth Station.
Joakim Espeland, CEO of QuadSAT, supports collaborating with ESA to further develop and demonstrate QuadSAT’s product capabilities and validate its efficacy within the satcom ecosystem.
QuadSAT was awarded an additional 500,000 EUR by the European Space Agency under the ARTES Core Competitiveness program to enter a product phase development project.
In March, Quadsat worked alongside ESA’s European Space Operations Centre (ESOC) to test antennas as large as 15 m in Sweden.
Including a previous 250,000-euro funding round with ESA, Quadsat has raised about $5,000,000 in total.
QuadSAT performed in-situ verification of 10 antennas at the KSAT Svalbard Ground Station in Norway.
OneWeb is working with QuadSAT to verify its ground segment antennas ahead of the global rollout of its LEO constellation.
Using drones provides satellite operators with more data about their antennas' performance, according to QuadSat CEO Joakim Espeland.
OneWeb is using drones from Danish startup QuadSat to accelerate ground segment tests for its low Earth orbit broadband constellation.
To assess antenna performance, QuadSat conducts a raster scan with drones, allowing operators to evaluate how antennas perform across the entire dish.
QuadSat's quadcopters helped calibrate OneWeb’s gateway in Scanzano, Italy, and will now test its antennas in other locations.
QuadSAT’s drone solution is a fully automated system equipped with a unique Radio Frequency (RF) payload.
QuadSAT assessed 12 commercial maritime antennas using its drone-based solution.
SES and QuadSAT jointly performed a new ground segment called Satcom Antenna Validation.