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No one has experienced the Loon team’s commitment to balloon recovery as intensely as team member Nick Kohli, who despite being pretty seasick once manned a small fishing vessel in the choppy swells off of New Zealand’s South Island two days in a row so he could quickly collect any balloons we decided to bring down right off the coast. Since then, our recovery efforts have come a long way. In this edition of the #askaway series, Nick explains a bit more about how balloon recovery works.

Balloon recovery is so important to Project Loon that we have an entire team dedicated to recovering balloons. Before we bring the balloons we forecast how long they’ll last and plan accordingly. As +Mike Trieu  correctly surmised on the Loon Plus page a few months ago, Loon balloons are equipped with a GPS device so our team can track the balloons, know where they land and go and pick them up. 

Making sure we recover our balloons is the right thing to do for the environment, but it’s also vital to the success of our project. Each balloon is its own scientific experiment designed to test various aspects of Loon technology so we can create the best possible system. Recovering the balloons allows us to analyze them in depth and learn as much as possible from each one, which then allows us to rapidly develop our stratospheric balloon technology.