NASA's twin spacecraft, Blue and Gold, have embarked on a 22-month journey to Mars, carrying with them an Easter egg of sorts - the first kiwi birds to fly to the red planet. The ESCAPADE mission aims to study how space weather affects Mars' hybrid magnetosphere and its impact on the planet's climate history.
Launched aboard Blue Origin's New Glenn rocket, the twin probes will enter Martian orbit in September 2027, separated by two days. Once there, they will conduct a series of scientific campaigns, flying in formation and then separately to observe the effects of space weather on Mars' near-space environment.
The spacecraft are adorned with kiwi birds, which are native to New Zealand, reflecting Rocket Lab's heritage. The company has a tradition of hiding the birds on its designs, dating back to its inception. The twin probes also feature plaques listing the names of the team members who contributed to the mission, making it possible for them to reach Mars.
The ESCAPADE mission is expected to provide valuable insights into Mars' climate history and the causes behind the loss of its dense atmosphere. By studying how space weather affects the planet's hybrid magnetosphere, scientists hope to better understand the complex interactions between the solar wind and Mars' atmosphere.
Launched aboard Blue Origin's New Glenn rocket, the twin probes will enter Martian orbit in September 2027, separated by two days. Once there, they will conduct a series of scientific campaigns, flying in formation and then separately to observe the effects of space weather on Mars' near-space environment.
The spacecraft are adorned with kiwi birds, which are native to New Zealand, reflecting Rocket Lab's heritage. The company has a tradition of hiding the birds on its designs, dating back to its inception. The twin probes also feature plaques listing the names of the team members who contributed to the mission, making it possible for them to reach Mars.
The ESCAPADE mission is expected to provide valuable insights into Mars' climate history and the causes behind the loss of its dense atmosphere. By studying how space weather affects the planet's hybrid magnetosphere, scientists hope to better understand the complex interactions between the solar wind and Mars' atmosphere.