Clearing orbit for what comes next

For satellite-constellation operators, JUJUME provides controlled de-orbiting of spacecraft that have reached the end of their working lives. Rather than leaving a dead satellite to drift as a hazard for years or decades, our servicer rendezvouses with it, captures it, and brings it down on a deliberate, predictable path.

The service is built to help operators comply with the disposal regulations that increasingly govern orbital activity, and to maintain long-term orbital safety in the shells where their fleets fly. Freeing those crowded orbital lanes protects the rest of the operator's constellation — and everyone else's — from the cascade of risk that a single uncontrolled object can set off.

• Regulatory-compliant disposal
• Controlled, predictable re-entry
• Fleet & orbital-shell protection
• Cooperative & uncooperative targets

Not all debris is equal. A relatively small number of large, massive, or poorly-placed derelict objects account for an outsized share of the collision risk in orbit — and a single break-up among them could multiply the debris population for generations.

JUJUME provides targeted removal of these high-risk objects, supporting government agencies in their work toward cleaner, safer orbits and broader space-sustainability goals. By prioritizing the objects that matter most, we help national programs convert sustainability policy into physical results on orbit.

• Highest-consequence targets first
• Break-up risk reduction
• National sustainability goals
• Agency & government missions

Before anything can be captured, it has to be safely reached. JUJUME's emphasis on rendezvous and proximity operations is what lets our spacecraft approach, inspect, and station-keep alongside objects that were never built to cooperate — and many of which are tumbling unpredictably.

This is the difficult, foundational work of active debris removal: closing the final distance to an uncooperative target with the precision and control needed to grasp it without creating more debris. It underpins every other service we offer.

• Approach to uncooperative objects
• Inspection & characterization
• Precise relative station-keeping
• Safe close-proximity control

At the center of JUJUME's technical approach is a soft robotic capture system — a compliant grasping mechanism we have been developing as a core piece of our technology. Where rigid mechanisms demand precise, cooperative interfaces, a soft system can conform to the awkward geometry of an object that was never designed to be caught.

That compliance is what makes capturing tumbling, uncooperative debris tractable: the system absorbs and accommodates motion instead of fighting it. Engineering of the capture system has advanced through formal milestones, including the completion of preliminary and critical design reviews.

• Compliant, conforming grasp
• Built for uncooperative targets
• PDR & CDR complete
• Core flight technology

The same rendezvous, proximity-operations, and capture capabilities that let us remove a derelict object also open the door to servicing healthy ones. JUJUME has identified in-space refueling as an adjacent capability of clear interest — extending mission life by delivering propellant to spacecraft already in orbit.

It is a natural extension of an active-debris-removal platform: the hard parts — safely reaching and connecting with another spacecraft — are shared. Refueling turns the same technology from one that ends missions cleanly into one that can prolong them.

• Extends spacecraft mission life
• Shared RPO & docking heritage
• Servicing-economy potential

Every removal is a mission in its own right. JUJUME provides the end-to-end design and operations that wrap around the hardware — defining the target, planning the trajectory and capture windows, and flying the campaign from deployment through controlled disposal.

Because we design, build, and commercially operate the spacecraft ourselves, mission planning and flight operations stay tightly coupled to the vehicles doing the work — across different orbital regimes and across the schedule on which our customers need objects gone.

• Target selection & mission design
• Flight dynamics & capture windows
• Deployment-to-disposal operations
• Owned & operated end to end