By Lucien Morell

GENEVA, Switzerland: Calls among some Ukrainian defense officials to target Russia’s newly deployed low-Earth orbit (LEO) communications system, Rassvet, reflect understandable operational frustration. Developed by aerospace firm Bureau 1440 under X Holding, Rassvet represents Moscow’s $5.7 billion answer to SpaceX’s Starlink.

Following operational batch deployments into an orbit around 550 kilometers, Rassvet is already securing regular daily communication windows over Eastern Europe. These windows provide Russian forces with real-time, beyond-line-of-sight (BLOS) data channels.

Yet, attempting to physically shoot down or permanently disable the Rassvet network is an operational illusion—one that risks catastrophically backfiring on Western military capabilities.

The Game-Changer on the Modern Battlefield

Understanding why Kiev is alarmed requires looking at how Rassvet alters the tactical landscape. For over two years, Ukraine held a near-monopoly on high-bandwidth, low-latency orbital connectivity, allowing decentralized command-and-control, real-time drone video feeds, and agile strike coordination. The scaling of Rassvet strips away this asymmetric advantage.

Once Bureau 1440 reaches its target of over 250 satellites for initial commercial and military service—en route to a planned 900+ satellite constellation—Rassvet will transform Russian combat operations. Continuous, jam-resistant LEO coverage will allow Russian command nodes to operate long-range assault drones (such as the Geran series) and uncrewed surface vessels (USVs) with real-time human-in-the-loop guidance.

Furthermore, Bureau 1440’s integration of 5G NTN (Non-Terrestrial Network) protocols will permit standard cellular terminals and front-line tactical radios to connect directly to the orbital grid without heavy parabolic dishes, enabling seamless automated reconnaissance and fire-control loops across vast battlefronts.

The Tactical Appeal vs. Orbital Reality

Proponents of anti-satellite (ASAT) strikes view Rassvet as a high-value target that should be destroyed before it achieves continuous global coverage. However, this argument ignores critical technical and logistical realities.

Rassvet spacecraft operate at operational altitudes around 500 to 550 kilometers in multi-echelon orbital planes. Bypassing or disabling a distributed constellation requires sustained, high-volume counter-space actions rather than a single decisive strike.

Physical interdiction would demand specialized kinetic interceptors or high-altitude platforms that neither Kiev nor its Western partners can expend without severely compromising terrestrial air defenses.

The Debris Trap and Western Vulnerability

The most perilous consequence of kinetic ASAT actions is orbital pollution. Striking satellites in low-Earth orbit generates thousands of hypervelocity fragments. This debris does not discriminate between combatant assets and civil infrastructure. A kinetic strike against Rassvet risks triggering localized Kessler-syndrome cascades, creating a permanent debris belt that jeopardizes every operator in LEO.

Furthermore, direct physical interference establishes a dangerous precedent for escalation. If Western support enabled physical strikes on Russian orbital infrastructure, Moscow’s retaliation would unlikely remain confined to space.

Russia could respond by targeting Western position, navigation, and timing (PNT) systems—such as GPS—or commercial intelligence and communications arrays like Starlink and Maxar.

Because Western military doctrine relies far more heavily on space-based reconnaissance and network-centric warfare than Russian forces do, any exchange that blinds orbital assets causes asymmetrical harm to coalition strategy.

Why Jamming Is a Temporary Patch

If kinetic destruction is out of the question, electronic warfare is often presented as a clean alternative. However, ground-based uplink and downlink jamming offers only temporary tactical relief.

Modern LEO satellite constellations employ adaptive beamforming, rapid frequency-hopping protocols, and directionally targeted phased-array antennas. Crucially, Bureau 1440’s Rassvet-2 and subsequent iterations feature inter-satellite optical laser links capable of transferring data between satellites at rates up to 10 Gbps.

This mesh network capability allows data to bypass terrestrial intercept points altogether by routing through orbit to ground stations deep inside sovereign Russian territory.

While localized jamming can disrupt terminal connections during specific operational windows, Russian engineers can continuously adapt signal software and protocols to bypass localized interference. Jamming is a dynamic game of cat-and-mouse, not a permanent denial mechanism.

Adapting to a Multi-Constellation Battlefield

The reality facing Western planners is that space connectivity is no longer a Western monopoly. Rassvet’s deployment demonstrates that adversary states will establish sovereign orbital networks to shield their armed forces from external shutoffs.

Attempting to blind Rassvet in orbit is a strategy doomed to fail—and one that risks blinding the West in the process. The West must wake up to the fact that its peer rivals are highly capable of building analogues to systems it uses and it will find its military-technology edge slipping away even as it struggles with military production.

*Lucien Morell is a Southeast Asia based geopolitical observer and analyst.*