Inside the High-Tech Effort to Keep Satellites Alive

By Nikhil Raghavan · Reporting from San Francisco · July 26, 2026

The current state of space policy is a masterpiece of engineered distraction. We are presented with two competing narratives, both dripping in venture capital h…

The Illusion of Perpetual Orbit

The current state of space policy is a masterpiece of engineered distraction. We are presented with two competing narratives, both dripping in venture capital hype: on one hand, SpaceX’s Starship test flight; on the other, Northrop Grumman's robotic salvage missions. What we are witnessing is not progress toward sustainable space infrastructure, but rather an escalating series of private capability demonstrations designed to obscure a fundamental regulatory vacuum. The sheer scale of both efforts—the massive energy expenditure for Starship in Texas, and the delicate, multi-year orbital maneuvering required by Northrop Grumman’s MRV—is breathtakingly expensive and profoundly uncoordinated.

Paying to Keep Old Things Running

The satellite servicing business is now a profitable niche, which should be alarming enough. As reported by fortune.com and apnews.com, Northrop Grumman launched its Mission Robotic Vehicle (MRV) carrying life-extending jetpacks. This mission aims to attach these boosters to aging communication satellites, providing necessary "oomph" for operators like SES of Luxembourg. Simultaneously, Katalyst Space Technologies is working with NASA on the Swift Observatory, using a Link helper to raise the nearly $400 million gamma ray observatory from its sinking altitude. These missions are not about building new capacity; they are about extending the operational life of existing assets—a highly lucrative service model that privatizes orbital maintenance.

The Apollo Parallel, and Where It Breaks Down

The sustained effort required for these endeavors naturally recalls the Apollo Program. Both represent a massive, seemingly impossible goal achieved through iterative, high-risk technological testing: landing humans on the Moon then, or establishing permanent habitats on Mars now.

From Starship to Systemic Failure

SpaceX's own Starship test flight, while demonstrating immense power—successfully deploying 20 new V3 satellites and showing the upper stage achieving a "soft splashdown" in the Indian Ocean (per CNBC)—is merely another demonstration of capability, not reliability. The report notes that the booster landing was imperfect because it "attempted to relight its engines for the landing burn," resulting in a hard splashdown. This is the mechanism we must focus on: spectacular failure points are being treated as mere data points in an endless cycle of private iteration.

What these reports fail to convey—and what policymakers consistently ignore—is that the industry has become addicted to high-cost, bespoke solutions for systemic problems. The current trajectory is not one of sustainable space governance; it is a highly capitalized, fragmented system where private entities are paid billions to manage the consequences of insufficient regulation and poor orbital hygiene. We need technical capacity in Washington capable of writing statutes that mandate true deorbiting mechanisms at scale, rather than simply funding more robotic helpers for yesterday's junk.

Inside the High-Tech Effort to Keep Satellites Alive

The Illusion of Perpetual Orbit

Paying to Keep Old Things Running

The Apollo Parallel, and Where It Breaks Down

From Starship to Systemic Failure

Sources