How would the Polar Express have been able to go back the same way with the ice on the lake having been cracked?

How would the Polar Express have been able to go back the same way with the ice on the lake having been cracked? - Ice Formation

In "The Polar Express", how would the Train have been able to go back the same way with the Ice on the Frozen Lake having cracked?






Pictures about "How would the Polar Express have been able to go back the same way with the ice on the lake having been cracked?"

How would the Polar Express have been able to go back the same way with the ice on the lake having been cracked? - Woods Covered With Snow
How would the Polar Express have been able to go back the same way with the ice on the lake having been cracked? - Iceberg Drifting On Icy Water
How would the Polar Express have been able to go back the same way with the ice on the lake having been cracked? - Snowy terrain near frozen lake



How long did it take for The Polar Express to get to the North Pole?

According to calculations done by the Polar Express wiki, a round-trip train ride from Grand Rapids, Michigan -- where the hero boy lives -- to the North Pole and back would take about four days.

Did The Polar Express crash?

Role in the film Meanwhile, the train crashes into an iceberg, causing the locomotive to lean sideways.

How does The Polar Express get to the North Pole?

THE POLAR EXPRESS\u2122 with the Great Smoky Mountains Railroad is back in 2022! The 1\xbc hour round-trip passenger excursion comes to life as the train departs the Bryson City depot for a journey through the quiet wilderness for a special visit at the North Pole.

Was The Polar Express a real train?

Every sight and sound of the magical Christmas train in the 2004 film The Polar Express is based on a real-life steam locomotive. The Pere Marquette 1225 has its own Christmas story to tell \u2014 and it involves a very close call with the scrapyard.



The Polar Express (2004) - Back on Track Scene (2/5) | Movieclips




Sources: Stack Exchange - This article follows the attribution requirements of Stack Exchange and is licensed under CC BY-SA 3.0.

Images: Simon Berger, Mikhail Nilov, Matt Hardy, Syed Qaarif Andrabi