Reentry A Space Flight Simulator Free Download (v1.00.00) –

Reentry A Space Flight Simulator Direct Download:

Reentry is a space flight simulator based on real life spacecrafts, and aims to meet the middle-ground between a simulator and a game. You create a new astronaut, gain levels and experience for every move you make by completing missions in space. You will have access to missions similar to what happened in real life, or fictional missions designed to challenge you as an astronaut. Spacecrafts are highly complicated machines with the primary task of exploring and understanding what’s outside the atmosphere of Earth, while keeping the astronauts alive for long periods. This is achieved by hundreds of individual systems and backup systems working together. With the help from the in-game Space Flight Academy, the provided flight manual for each spacecraft, and checklists, you will learn how to fly and operate these machines, and explore space in a high resolution and realistic environment.

Control almost every system like the real astronauts, see the sunset and sunrise while orbiting Earth with speeds exceeding 25,500 ft/s. Explore the surface of Earth and the Moon, or simply enjoy the solitude of being in space. Imagine the final few seconds before launching into space. You are sitting on top of a 111 meter high rocket, looking at the instruments of a spaceship about to leave the oasis we call Earth. The engines are igniting, mechanical systems are clinging below you, while thousands of gallons of fuel is pumping through the systems.

Features and System Requirements:

• Fly missions governed by accurate orbital mechanics and Newtonian physics, offering a true-to-life spaceflight experience.
• Every switch, dial, and control in the cockpit is interactive, allowing players to perform authentic launch, orbit, docking, and reentry procedures.
• Interact with a simulated Mission Control that provides instructions, checklists, and real-time mission updates.
• Simulated environmental conditions, including atmospheric drag, orbital decay, and reentry heating.