Quadsat receives ESA funding for ready-to-fly antenna screening kits – SpaceNews
TAMPA, Fla. — Danish startup Quadsat mentioned June 16 it has secured European Space Agency funding to productize the drones it employs to calibrate and take a look at satellite antennas.
At the close of the 10-thirty day period 500,000 euro ($525,000) ESA contract, Quadsat CEO Joakim Espeland mentioned the company aims to start its to start with drone that prospects can function them selves to exam their networks.
Quadsat presently has to send professionals to the consumers that want to use its quadcopters as stand-ins for satellites.
The quadcopters are integrated with personalized radio frequency payloads that assist operators, including megaconstellation startup OneWeb, verify floor phase antennas more successfully outdoors laboratory circumstances.
In March, Quadsat announced it had also labored together with ESA’s European House Operations Centre (ESOC) to check antennas as significant as 15 meters in Sweden.
“This funding will make it less complicated to launch a a lot more productised version as at the moment it is support-led,” Joakim Espeland told SpaceNews via e mail.
“This will make it simpler to scale the answer, making drone-primarily based tests extra widely available.”
The funding arrived from ESA’s State-of-the-art Investigation in Telecommunications Methods (ARTES) Core Competitiveness system, which supports the advancement of impressive satellite communications goods, products and services and programs.
Which include a former 250,000 euro funding spherical with ESA, Espeland explained QuadSat has so much raised about $5 million in total.
He explained the business programs to raise a lot more funding to develop its functions.
Quadsat states its drones use specialized software for flight automation and frequency measurements that can be used in any area.
The business sees sturdy demand from customers for its antenna-tests alternatives from reduced Earth orbit (LEO) constellations.
LEO operators customarily use a seen geostationary (GEO) satellite to calibrate gateways outside the house the lab.
However, the closer the gateway is to the poles the trickier it is to get an unobstructed watch of a GEO satellite to lock onto, since of how reduced they surface on the horizon.
Beacons on leading of substantial buildings can also be designed to characterize gateways, which Quadsat states are typically logistically difficult to use and restrict the assortment of probable tests.
TAMPA, Fla. — Danish startup Quadsat mentioned June 16 it has secured European Space Agency funding to productize the drones it employs to calibrate and take a look at satellite antennas.
At the close of the 10-thirty day period 500,000 euro ($525,000) ESA contract, Quadsat CEO Joakim Espeland mentioned the company aims to start its to start with drone that prospects can function them selves to exam their networks.
Quadsat presently has to send professionals to the consumers that want to use its quadcopters as stand-ins for satellites.
The quadcopters are integrated with personalized radio frequency payloads that assist operators, including megaconstellation startup OneWeb, verify floor phase antennas more successfully outdoors laboratory circumstances.
In March, Quadsat announced it had also labored together with ESA’s European House Operations Centre (ESOC) to check antennas as significant as 15 meters in Sweden.
“This funding will make it less complicated to launch a a lot more productised version as at the moment it is support-led,” Joakim Espeland told SpaceNews via e mail.
“This will make it simpler to scale the answer, making drone-primarily based tests extra widely available.”
The funding arrived from ESA’s State-of-the-art Investigation in Telecommunications Methods (ARTES) Core Competitiveness system, which supports the advancement of impressive satellite communications goods, products and services and programs.
Which include a former 250,000 euro funding spherical with ESA, Espeland explained QuadSat has so much raised about $5 million in total.
He explained the business programs to raise a lot more funding to develop its functions.
Quadsat states its drones use specialized software for flight automation and frequency measurements that can be used in any area.
The business sees sturdy demand from customers for its antenna-tests alternatives from reduced Earth orbit (LEO) constellations.
LEO operators customarily use a seen geostationary (GEO) satellite to calibrate gateways outside the house the lab.
However, the closer the gateway is to the poles the trickier it is to get an unobstructed watch of a GEO satellite to lock onto, since of how reduced they surface on the horizon.
Beacons on leading of substantial buildings can also be designed to characterize gateways, which Quadsat states are typically logistically difficult to use and restrict the assortment of probable tests.
