TERRAIN INDEPENDENCE
Propulsive flight eliminates surface terrain as a constraint. The hopper overflies craters, boulders, and hazards to reach sites that surface vehicles cannot access, including permanently shadowed craters.
RAPID SURFACE TRANSIT
Covers over 50 km in minutes, not days. Faster transit means more time on-site for payload operations and the ability to visit multiple locations within a single lunar day.
Daedalus Hopper Demo
InSitu's first lunar mission, scheduled for 2029. Hopper Demo delivers up to 10 kg of payload to multiple surface sites up to 20 km apart.
The mission advances flight-proven hardware for Daedalus Hopper Mission-1 while serving as a dedicated payload delivery platform for commercial and government customers.
SHARED ARCHITECTURE
Built on the same architecture as Daedalus Hopper Mission-1. Every component flown on Demo becomes flight heritage for the full-scale vehicle.
PRECISION DELIVERY
A highly maneuverable spacecraft with customizable mission profiles. The payload deck supports a wide range of payload sizes, form factors, and interface configurations, giving customers maximum flexibility in how they fly.