The logistical complexity of interplanetary travel in Kerbal Space Program

Space · Published 8 October 2026 Swipe more like this →

In short: Watch as Scott Manley tackles one of the most ambitious engineering feats in orbital mechanics: a round-trip mission to the planet Eve. This video explores the massive scale required to move 200 tons into orbit and return safely.

The journey requires constructing a rocket so large it necessitates manipulating game physics to function correctly. The vehicle is designed to lift 200 tons into low orbit before boosting a lander toward Eve, the game's most challenging destination.

Beyond the launch, the mission focuses on the precision of orbital insertion and return trajectories. Manley concludes the journey by performing a high-difficulty landing directly in the center of the Kerbal Space Center (KSC).

General information, not professional advice. Spotted an error? Flag the card or see corrections and complaints.

Intellect Plus is a visual educational discovery platform for exploring fascinating facts and ideas. Brain Food, Not Brain Rot. What is Intellect Plus?

Related

• Surviving 50 days in the void with only a spacesuit
• Mastering orbital assembly with a reusable space tug in Kerbal Space Program
• The complex engineering required to land and return from another planet
• Why the journey to Eve is a masterclass in spectacular failure
• The slow, calculated art of interplanetary escape
• The two phantom threats looming over the North American continent
• Mastering the vocabulary of your daily diet
• The next generation of explorers is preparing for life in low Earth orbit
• Revisiting the classic graphics of Elite 3
• How NASA planned to fund the future of space exploration
• Projecting the trajectory of human innovation toward the year 4000
• A diplomatic concert marks 50 years of human spaceflight

More in Space · Latest · A–Z · All topics