Star Trek: First Contact (1996)

Suggested correction: Actually when you look at Australia and New Zealand from orbit, New Zealand is a lot further away from Australia then shown on a map, also a lot more south of Australia. A map is a 2D image of a sphere, causing proportions to be off (its well known Africa is a lot smaller on maps than it is in real life). Especially the further south or north you go distances are way off. The depiction shown in the movie is actually correct, in that angle New Zealand is just outside of the frame. There are plenty of pictures from orbit to compare.

Answer: It was never shown or explained how they landed, so any answer would be a guess. This is set in the future (mid-21st Century), so there could have been new rocket technology.

raywest

Answer: While the main fuselage was a re-purposed intercontinental ballistic missile, and they separated from the ascent stage of the rocket, the payload section housed two deployable prototype warp nacelles capable of achieving lightspeed. Beyond that, the payload also contained the prototype warp core (which was powered by matter/antimatter annihilation), the warp core coolant, elaborate magnetic-containment systems, and probably even impulse drive and landing thrusters (It kind of goes without saying that thruster and impulse technology would have existed before warp technology). There was no space left over in the payload section for conventional rocket propellant, and Zefram Cochrane's enormously-expensive and one-of-a-kind warp components would not be expendable; so he must have devised a way to safely bring the Phoenix down for re-use. Since the Phoenix's return and landing were never addressed in the film, my assumption is that the payload section was powered entirely by the warp core, including its impulse drive and landing thrusters.