Going off-road in the search for dark skies

Going off-road in the search for dark skies
The Nissan Navara ‘Dark Sky’ concept vehicle with bespoke off-road trailer carrying a high-power observatory-class PlaneWave telescope, developed in collaboration with ESA. Credit: European Space Agency

An out-of-this-world mobile observatory, developed in collaboration with Nissan Design Europe in London, UK, was unveiled at the 2018 Hannover Motor Show this week, proving that the sky is never the limit.

The Nissan Navara 'Dark Sky' concept vehicle features a bespoke off-road trailer carrying a high-power observatory-class PlaneWave telescope. The trailer has been developed to include 'Intelligent Mobility' technologies, allowing the telescope to be safely transported to remote '' locations.

Working closely with ESA, the Nissan's trailer module also incorporates a number of other special features including a refrigerated atmosphere, allowing the to remain thermally stable and calibrated at the optimum temperature while in transit.

The vehicle also includes an array of smart features that have been developed to meet the needs of commercial vehicle customers, such electric-vehicle battery technology, Wi-Fi, a laptop station and UHF transmission to relay data instantaneously, anywhere in the world.

Ashwani Gupta, of Nissan's light commercial vehicle business, said, "We are creating the best solutions for the next frontiers of business, empowering our customers to go anywhere, no matter how complex the commercial needs."

Going off-road in the search for dark skies
Nissan's Navara ‘Dark Sky’ concept vehicle features a bespoke off-road trailer carrying a high-power observatory-class PlaneWave telescope. Credit: Nissan

And perhaps there are no more complex needs than those of professional astronomers. As an example, ESA is mapping the stars with unprecedented precision using the Gaia satellite, which has already plotted more than a billion stars. The Dark Sky Concept supports this and similar projects by helping astronomers conduct Earth-based observations of the Universe from hard-to-reach off-road locations.

"The Dark Sky Concept allows observations to take place in very remote places, so-called 'dark sky' locations, where the best atmospheric conditions for stargazing are found, and avoid light pollution while also transporting telescopes safely and easily," said Fred Jansen, ESA's senior mission manager for Gaia.

"Nissan Design Europe worked alongside astronomers to discuss how we could work together to build the most capable to support our daily job. We're delighted to see these important factors taken into account."

Going off-road in the search for dark skies
The Nissan Navara ‘Dark Sky’ concept vehicle features a bespoke off-road trailer allowing a high-powered telescope to be safely transported to remote ‘dark-sky’ locations. Credit: Nissan

The design of the Nissan Navara Dark Sky Concept takes its inspiration from the cosmos as well as ESA's scientists, who are pushing back the boundaries of our knowledge, and ESA's satellites, which are also ruggedly engineered to survive the extreme environments of space, often going where no human-engineered objects have gone before.

"Telescopes like the one in this trailer are needed in studies of planets and stars in our galaxy, facilitating Earth-based follow-up campaigns enabled by the Gaia data. It's been an exciting journey so far and has truly demonstrated what can happen when innovation and astronomy meet," added Fred.


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Citation: Going off-road in the search for dark skies (2018, September 19) retrieved 22 October 2019 from https://phys.org/news/2018-09-off-road-dark.html
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Sep 19, 2018
I want one, of course. I'm still a little puzzled as to why a fleet of these would be necessary, as permanent telescopes already exist at many dark sky locations, usually with enough coverage on each continent that even local weather isn't that much of an issue. The only thing I can think of is stellar occultations by objects both small enough and close enough that the widths of their umbrae are smaller than a continent - this idea spurred by the mention of the Gaia mission which is improving our knowledge of both stellar and asteroid positions.

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