The Harpoon-Harpoon is the first successful tool in the spacecraft, successfully designed to capture debris in the orbit of the spacecraft. This experiment was carried out as part of Active Debris Removal Demonstrations Mission, known as 'Removal Devis' (RemoveDebris).

The pane-level titanium harpoon binder produced by Airbus engineers in the UK was directed towards an aluminum target on February 8. This was combined with the harpoon carbon-fiber boom. During the experiment, this harpoon successfully hit the orbit of the orbit and returned to the spacecraft again.

Successful test
It's a very successful test and it gives us the best hope of Harpoon Technology, "says Alastair Warmen, who is also the architect of this space research engineer and engineer. He said, 'We have examined in detail on the floor. But there are some things we can not completely imagine.'

UK's Silk Codeboard
The Surround Satellite Technology Limited, a company based in the United States, has been waiting for three days to download the data to be checked in a Slamovní video that was scheduled. 'The ground control group had to upload a series of orders for Harbaugh and spacecraft. The spacecraft has automatically implemented those commands when the spacecraft was in the right angle to get a good quality video, "Woman said.

Engineers
Engineers reviewed all the data and confirmed that the harpoon reached 65 feet (20 meters) per second. After penetrating the alpine aluminum pan of Harfoon, the Spring system confirms the presence of Harbun. When impacting carbon-fiber target it damaged and damaged it. Engineers who hoped this could take place, and this experiment protected Harbhou in order to prevent the creation of additional space debris.

Temperature
The atmosphere and temperature in the orbit of the atmosphere may have impacted the device, Wamen said he expected to be different from the spacecraft and target because the temperature could have been more severe than expected. "In fact, the tests on the orbit and ground were very similar. With the same attack speed we successfully captured the target. So the space does not have any impact on our functionality, "said Woman
https://youtu.be/RvgctXXzIYA
Harpun
Wayne said the Airbus group is continuing to develop this technology through the mission of the Space Shuttle mission (space-debris-removal mission e.Deorbit), a planned operation of the European Space Agency.
This month's Harpoon test is the last trial of the Rimau Debris Mission of 18.7 million dollars (15.2 million euros)

The pane-level titanium harpoon binder produced by Airbus engineers in the UK was directed towards an aluminum target on February 8. This was combined with the harpoon carbon-fiber boom. During the experiment, this harpoon successfully hit the orbit of the orbit and returned to the spacecraft again.

Successful test
It's a very successful test and it gives us the best hope of Harpoon Technology, "says Alastair Warmen, who is also the architect of this space research engineer and engineer. He said, 'We have examined in detail on the floor. But there are some things we can not completely imagine.'

UK's Silk Codeboard
The Surround Satellite Technology Limited, a company based in the United States, has been waiting for three days to download the data to be checked in a Slamovní video that was scheduled. 'The ground control group had to upload a series of orders for Harbaugh and spacecraft. The spacecraft has automatically implemented those commands when the spacecraft was in the right angle to get a good quality video, "Woman said.

Engineers
Engineers reviewed all the data and confirmed that the harpoon reached 65 feet (20 meters) per second. After penetrating the alpine aluminum pan of Harfoon, the Spring system confirms the presence of Harbun. When impacting carbon-fiber target it damaged and damaged it. Engineers who hoped this could take place, and this experiment protected Harbhou in order to prevent the creation of additional space debris.

Temperature
The atmosphere and temperature in the orbit of the atmosphere may have impacted the device, Wamen said he expected to be different from the spacecraft and target because the temperature could have been more severe than expected. "In fact, the tests on the orbit and ground were very similar. With the same attack speed we successfully captured the target. So the space does not have any impact on our functionality, "said Woman
https://youtu.be/RvgctXXzIYA
Harpun
Wayne said the Airbus group is continuing to develop this technology through the mission of the Space Shuttle mission (space-debris-removal mission e.Deorbit), a planned operation of the European Space Agency.
This month's Harpoon test is the last trial of the Rimau Debris Mission of 18.7 million dollars (15.2 million euros)
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