This prediction market asks whether SpaceX will conduct a test launch of its Starship Human Landing System (HLS) before 2027. The HLS is a modified version of SpaceX’s Starship spacecraft, selected by NASA in April 2021 under the Artemis program to land astronauts on the Moon. The award, part of the Human Landing System Option A contract, was valued at $2.9 billion. The test launch in question refers to an uncrewed or crewed flight of the HLS variant, not the standard Starship prototypes that have been flying since 2020 from Boca Chica, Texas. NASA’s Artemis III mission, which plans to use HLS for the first crewed lunar landing since Apollo 17, initially targeted 2025 but has faced schedule delays. SpaceX has been conducting orbital test flights of Starship prototypes, with the first integrated flight test in April 2023 and a second in November 2023. The HLS variant requires additional capabilities: lunar landing legs, a different propulsion system for landing on the Moon, and modifications for crew life support. NASA’s contract includes milestones for a test flight before the crewed landing, though the exact definition of a test launch has been debated. The market will resolve to Yes if a test launch of the HLS variant occurs after the market’s issuance date and before January 1, 2027. An early close condition means the market resolves immediately if the event happens. Interest in this market stems from the high stakes of the Artemis timeline, SpaceX’s aggressive development pace, and the technical hurdles of landing on the Moon. The company has faced challenges with Starship’s heat shield, engine reliability, and orbital refueling, all critical for HLS. The market attracts space policy watchers, investors, and engineers who follow SpaceX’s progress. If SpaceX fails to test HLS by 2027, it could delay Artemis III and raise questions about NASA’s reliance on a single provider for lunar landing.

Historical Context

The Human Landing System program dates to 2018, when NASA solicited proposals for a lunar lander for Artemis. In April 2020, NASA awarded contracts to three teams: Blue Origin’s National Team (with Lockheed Martin, Northrop Grumman, and Draper), Dynetics, and SpaceX. The initial awards were for design studies, with a total value of $967 million. In April 2021, NASA selected only SpaceX for the Option A contract, worth $2.9 billion, citing budget constraints and SpaceX’s lower bid. Blue Origin protested the decision to the Government Accountability Office, which denied the protest in July 2021. Blue Origin then sued NASA in federal court, delaying work for several months. The case was dismissed in November 2021. By 2022, NASA awarded a second HLS contract, Option B, to SpaceX for $1.15 billion to develop a second-generation lander. SpaceX’s Starship development began in 2012, with early prototypes like Starhopper flying in 2019. The first high-altitude test of a Starship prototype (SN8) occurred in December 2020, ending in a crash. Subsequent prototypes (SN9, SN10, SN11) also exploded during landing attempts. The first successful landing of a Starship prototype (SN15) happened in May 2021. The first integrated test flight of a full Starship stack (Booster 7 with Ship 24) launched in April 2023, reaching an altitude of 39 kilometers before exploding. A second test flight in November 2023 achieved stage separation but ended with both vehicles destroyed. These tests have informed HLS design, but the lunar variant requires additional systems: landing legs that can handle uneven terrain, a propulsion system with engines mounted high on the vehicle to avoid kicking up dust, and a crew airlock. NASA’s Artemis III mission plan involves launching HLS into Earth orbit, then refueling it via multiple tanker Starship flights before sending it to lunar orbit. The crew would launch separately on NASA’s Space Launch System and Orion spacecraft, dock with HLS in lunar orbit, and descend to the surface. This complex architecture has never been demonstrated, making the HLS test flight a critical milestone.