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Everdome Product Feature #2 of 4 - Preview of the Everdome Cycler

We are excited to share with you the Everdome Cycler, our massively impressive vehicle for deep space travel - Part 2 of our 4 part product preview series.

CYCLER PHOTO 1.png

We are excited to share with you the Everdome Cycler, our massively impressive vehicle for deep space travel - Part 2 of our 4 part product preview series.

Following the initial experience inside our spaceport, followed by the rocket launch itself, our Evernauts will have the amazing experience of connecting to our Cycler, which will act as their means of transportation through space, on their journey to Mars.

The journey from rocket launchpad past the Kármán line to Lower Earth Orbit will take seven to eight minutes. The spaceships will then go way up, more than 500km above the Earth's surface to reach the Cycler queuing orbit. Here, a group of around forty spaceships and other ancillary craft will queue up and dock with the Everdome Cycler - a transit vehicle built for interplanetary travel, orbiting around 700km above the Earth.

The Everdome Cycler is almost 3 kilometers long -- an impressive sight, even from the Earth’s surface. It has two propulsion systems: a thermo-nuclear engine at the rear end of the spaceship and a massive solar sail at the front.

The solar sail provides constant, gentle acceleration while the Cycler is in transit between planets. Unnoticed by passengers, this extra acceleration will cut precious transit time. The nuclear powered engines are used to inject the Cycler into planetary orbit, and to provide quick, powerful course correction. Having the option to quickly change speed is important during any potential maneuvers during transit, especially if the situation requires swift action.

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The Everdome Cycler can carry up to forty entire spaceships, which gives it a passenger manifest of around 9000. The journey to Mars takes between 95 to 120 days depending on the chosen trajectory and mutual positions of both planets. The passengers spend the majority of their time in the passenger rings of the Cycler itself, enjoying leisure, entertainment and educational opportunities in environments that will prepare them for the new conditions on Mars. The centrifugal forces on the rings are adapted according to the direction and stage of travel. Passengers will be able to acclimatize to Mars gravity en route to Mars, and to Earth gravity on their return trip.

The Everdome Cycler approaches Mars on a trajectory which allows it to deploy its full compliment of the Everdome Spaceships in a single slingshot maneuver. Leaving the Cycler and landing on Mars takes around seven minutes for each spaceship.

The launch is around the corner, and with it our journey to a new world. Stay tuned as we continue to release product updates and release dates.

#TheJourneyHasBegun

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