Could a single-launch, three-stage rocket reach the Moon like the Saturn V?

Scott Manley analyzes whether modern spaceflight could bypass complex orbital refueling by adopting the classic Saturn V strategy. This video explores the feasibility of using a powerful, multi-stage hydrogen-oxygen system to achieve a direct lunar landing without the logistical hurdles of current mission architectures.

The inquiry stems from a comparison between modern SpaceX Starship operations and the Apollo program's Saturn V architecture. While current plans often rely on orbital refueling to manage the mass requirements of lunar missions, this analysis examines the theoretical alternative of a three-stage, high-performance rocket designed for direct transit.

By utilizing a massive first stage followed by two hydrogen-oxygen upper stages, the concept aims to replicate the Saturn V's capability to reach the Moon in a single launch. The discussion highlights the inherent complexities of such a design and addresses whether this traditional approach remains a viable path for modern lunar exploration.

Source: Could We Land On The Moon Using Only A Single Starship Launch? Building Apollo With Modern Rockets.