Five European and Canadian teams win ESA contest to develop lunar rovers
Capitalism in space: Five European and Canadian teams have been awarded 75K euro contracts to develop their own lunar rovers, with these winners determined during a European Space Agency (ESA) contest that tested a prototype design in a simulated lunar polar environment.
“The competing rovers had to navigate and map the whole test environment to prospect for useable resources – meaning first of all to track down their location, identify the best and safest passages to access them, then to gather information about the characteristics and the composition of the rocks they find,” explains Massimo Sabbatini, overseeing the contest’s first phase for ESA.
“The various teams took various approaches in terms of locomotion – we had wheeled, tracked and also walking vehicles – as well as visual and multi-spectral instrumentation, and in a few cases multiple instead of single rovers. The five out of 12 teams who move forward to the next stage receive a development grant to increase their technology readiness ahead of the second stage challenge, hosted by ESRIC in Luxembourg this autumn.”
This contest mimics the American effort to transition from government-built space probes to privately-built. The goal is to encourage private development of lunar rovers, capable of providing this service to future ESA projects at a lower cost and much more quickly. The contest is also designed to encourage such private companies outside the U.S., so as to compete with the emerging American industry of lunar rover companies.
Capitalism in space: Five European and Canadian teams have been awarded 75K euro contracts to develop their own lunar rovers, with these winners determined during a European Space Agency (ESA) contest that tested a prototype design in a simulated lunar polar environment.
“The competing rovers had to navigate and map the whole test environment to prospect for useable resources – meaning first of all to track down their location, identify the best and safest passages to access them, then to gather information about the characteristics and the composition of the rocks they find,” explains Massimo Sabbatini, overseeing the contest’s first phase for ESA.
“The various teams took various approaches in terms of locomotion – we had wheeled, tracked and also walking vehicles – as well as visual and multi-spectral instrumentation, and in a few cases multiple instead of single rovers. The five out of 12 teams who move forward to the next stage receive a development grant to increase their technology readiness ahead of the second stage challenge, hosted by ESRIC in Luxembourg this autumn.”
This contest mimics the American effort to transition from government-built space probes to privately-built. The goal is to encourage private development of lunar rovers, capable of providing this service to future ESA projects at a lower cost and much more quickly. The contest is also designed to encourage such private companies outside the U.S., so as to compete with the emerging American industry of lunar rover companies.