Planetary Missions
The next robotic missions to Mars, Venus, the ocean worlds, the small bodies, and the ice giants.
- DAVINCIMission conceptIn development · Launch planned around 2030
A NASA Discovery mission to drop a probe through the atmosphere of Venus, measuring its chemistry and origins layer by layer, and imaging the surface as it descends.
- DragonflyMission conceptIn development · Launch planned around 2028, arrival mid-2030s
A NASA New Frontiers rotorcraft that will fly across the dunes and impact craters of Saturn's moon Titan, sampling a world with a thick atmosphere and a rich organic chemistry.
- EnVisionMission conceptSelected · Launch planned in the early 2030s
ESA's Venus orbiter, working alongside the NASA Venus missions to understand why Earth's near-twin became so inhospitable — studying the planet as a whole system.
- Interstellar ProbeMission conceptConcept · Concept study; no launch date
A concept for a purpose-built successor to the Voyagers — a spacecraft designed from the start to reach deep interstellar space and study the boundary between the Sun's influence and the galaxy beyond.
- NEO SurveyorMission conceptIn development · Launch planned around 2027
A NASA infrared space telescope dedicated to planetary defence — hunting for the near-Earth objects that are hard to spot from the ground, to find hazards decades before any possible impact.
- Uranus Orbiter and ProbeMission conceptProposed · Concept; potential launch in the 2030s
The flagship mission recommended to become the next great outer-planets endeavour — a first dedicated orbiter for an ice giant, to explore Uranus, its tilted magnetosphere, its rings, and its moons.
- VERITASMission conceptSelected · Launch expected in the early 2030s
A NASA Discovery orbiter to map Venus in fine detail with radar — its topography, geology, and any active volcanism — revealing how the planet evolved so differently from Earth.
Already in development or en route
These missions are already first-class entities in the graph — explore each on its page.