Destination Space

Lore & Background

Destination Space was produced as a joint venture of Paramount Pictures and CBS. According to science fiction scholar Gary Westfahl, virtually no information is available about the film, and he speculated it was a pilot for a prospective TV series about space travel, produced in competition with the pilot for Men into Space. CBS reportedly chose the latter series, which debuted in 1959.

Reader's Guide

The film is noted for its use of extensive stock footage from the 1955 Paramount science fiction film Conquest of Space. The Encyclopedia of Science Fiction found the movie weighed down by a forced romantic triangle and more talking than action, but acknowledged positive points: it points out the extreme cost of space travel, strives for realism, and notes the dangers of space travel as many missions have failed. The Encyclopedia concluded the movie is of interest. The film was released in Region 1 in 2000.

Did You Know?

• Rip Van Ronkel, the producer and writer of Destination Space, was the co-screenwriter of the 1950 science fiction film Destination Moon.
• According to scholar Gary Westfahl, the film may have been a pilot for a prospective TV series, competing with Men into Space.
• The film features a love quadrangle involving the space station director and the wife of the lunar spacecraft commander.

Roots and Early Tensions

The impulse to ground speculative storytelling in verifiable science stretches back further than most readers realize. Jules Verne's 1870 novel Twenty Thousand Leagues Under the Seas is often cited as an early example of narrative built around technical consistency, and its meticulous attention to detail went on to inspire generations of scientists and explorers. Yet Verne himself rejected the notion that he was writing as a scientist or making serious technological predictions. The tension between scientific rigor and imaginative freedom resurfaced in the 1920s when Hugo Gernsback championed instructive, fact-based stories. In practice, he soon found that fantastical material was necessary to keep readers engaged in Amazing Stories. After a long absence from publishing between 1936 and 1953, Gernsback returned to a field that had drifted considerably from his original vision. The Golden Age, spanning roughly the late 1930s to the mid-1940s, brought what historians Peter Nicholls and Mike Ashley characterize as a dramatic leap in quality. Gernsback, undeterred, used his editorial space in Science-Fiction Plus to denounce what he called the 'fairy tale brand' of the genre and to advocate for patent reform protecting speculative authors' ideas. His editorial also highlighted the prescient technologies in Ralph 124C 41+.

What Makes It 'Hard'

The term 'hard science fiction' first entered print in 1957 when P. Schuyler Miller used it in a review of John W. Campbell's Islands of Space in Astounding Science Fiction. Its complementary label, 'soft science fiction,' did not appear until the late 1970s, drawn by analogy from the broader distinction between natural and social sciences. Critic Gary Westfahl has noted that neither term constitutes a rigorous taxonomy; they remain useful shorthand that reviewers and commentators have found helpful for characterizing stories. At its core, the designation hinges on the relationship between a story's scientific content and its broader narrative. A hard SF work should strive to be accurate, logical, credible, and rigorous in its use of current scientific and technical knowledge. Academic Jessica Imbach frames it as fiction that adheres to the known physical laws of the universe while abstaining from magic, though this does not automatically make its scenarios more realistic than other speculative forms. The 1950s and 1960s space program, with its concrete proposals for ships, stations, and missions, fueled a widespread proliferation of hard space stories. Importantly, later scientific corrections do not retroactively strip a work of the label, as the case of Clarke's A Fall of Moondust demonstrates. Hard SF authors may employ controversial devices, but only when those ideas draw from well-established scientific or mathematical principles, unlike the 'enabling devices' common in softer fiction.

Readers as Peer Reviewers

One of the most distinctive features of the hard science fiction community is the expectation that readers will scrutinize a story's scientific claims with the same rigor a peer reviewer applies to a journal article. This tradition of reader-driven fact-checking has produced some memorable episodes. A group at the Massachusetts Institute of Technology examined Hal Clement's 1953 novel Mission of Gravity and concluded that the planet Mesklin, with its extreme gravity and rotation, would develop a sharp edge at the equator. In a more grassroots example, a Florida high school class performed calculations on Larry Niven's 1970 novel Ringworld and determined that the structure's topsoil would have slid into its seas within a few thousand years. Niven took these findings seriously. In his sequel The Ringworld Engineers, he corrected the errors and acknowledged the high school students' work in the foreword. This episode illustrates a broader culture in which the boundary between author and audience blurs: the reader's mathematical objection becomes part of the text's own history. Such interactions reinforce the genre's self-imposed standard of procedural accuracy and remind writers that their scientific scaffolding will be stress-tested by a public that often includes working physicists and engineers.

A Living Canon

The body of work generally recognized as hard science fiction spans nearly a century and an extraordinary range of voices. Among the earliest novels often included in the canon are Aldous Huxley's Brave New World (1932), Hal Clement's Mission of Gravity (1953), Fred Hoyle's The Black Cloud (1957), and Arthur C. Clarke's A Fall of Moondust (1961). The list continues through Stanisław Lem, John Brunner, Philip K. Dick, Michael Crichton, Larry Niven, and Poul Anderson, with works stretching from the 1950s into the 1990s. Short fiction has played an equally vital role. Tom Godwin's 'The Cold Equations' (1954), Poul Anderson's 'Kyrie' (1968), Larry Niven's 'Inconstant Moon' (1971), Greg Bear's 'Tangents' (1986), and Vernor Vinge's 'Fast Times at Fairmont High' (2001) demonstrate the genre's capacity for compressed, idea-driven storytelling. Anthologies have helped shape and preserve this canon: David G. Hartwell and Kathryn Cramer edited The Ascent of Wonder (1994) and The Hard SF Renaissance (2002), while more recent collections include Ben Bova and Eric Choi's Carbide-Tipped Pens (2014), Michael Brotherton's Science Fiction by Scientists (2017), and Wade Roush's Twelve Tomorrows (2018). Together, these works trace an evolving conversation about what scientific imagination can achieve.