When Elon Musk decided to choose sides and block Russian access to Starlink for guidance and to enable Ukraine to use it to attack Russia he flipped the script for attacking by air and sea. Russia is still doing ok, yet Ukraine is blocking the flow of oil to Europe from Russia that crosses Ukraine. With Russia off starlink he is confident that he can get enough leverage on Europe to keep Ukraine in the game of war- even if it costs Europe billions and billions in higher oil and gas prices to Europeans. Maybe Zelenski is a radical environmentalist conscientious objector to the use of fossil fuels in Europe. He must be the only European politician who believes in atmospheric heating unfortunately.
Elon Musk does have a diversified portfolio of interests. Americans too though will soon experience higher prices at the pump. Musk could at least deny Ukraine use of Starlink and reduce the leverage Zelenski has to keep his oil embargo intact with attacks on oil refineries and infrastructure in Russia. One might wonder if Iran and/or allies are using Starlink to attack U.S. and Persian Gulf states targets in the Middle East and if Mexican drug cartels use Starlink to bring in contraband under the radar. It is conceivable that one day Starlink may be the guidance system for delivery of nuclear weapons packages. It is interesting that the very rich have become direct influencers of the course of wars.
It not unlikely that Starlink is exploited by terrorists and militaries all over the world for military guidance on a budget for lethal weapons, and weapons of mass destruction systems; enabling Elon Musk to determine who will and won't be able to use the military satellite web in first strike and sustainable conflict actions with Starlink.
Grok-Both Ukrainian and Russian forces have integrated Starlink into their FPV (First Person View) drone operations during the ongoing conflict, primarily for real-time video feeds, command and control (C2), and bypassing electronic warfare (EW) jamming. This allows operators to pilot drones with high precision over extended ranges, often from safe locations far from the front lines. However, the systems aren't foolproof—Starlink's high-speed, low-latency connectivity is key, but it requires terminals that can be bulky for smaller drones, leading to adaptations like strapping mini-terminals or using ground-based relays. Below, I'll break it down based on reported tactics from both sides, focusing on cross-border or deep strikes as per your query. Note that "inside each nation" likely refers to Ukrainians striking targets within Russia (e.g., border regions or occupied areas) and Russians targeting deep inside Ukraine.
Ukrainian FPV Operators' Use of Starlink
Ukrainian forces have relied heavily on Starlink since early in the war for military communications, including FPV drone strikes. It's provided through official channels (tens of thousands of terminals donated or contracted via SpaceX and allies), enabling resilient, jam-resistant links that traditional radio/GPS systems can't match.
Core Mechanism: Operators use Starlink for live video streaming from reconnaissance drones (e.g., Mavics) to FPV strike teams and commanders. This creates a "kill chain" where real-time imagery identifies targets, corrects artillery fire, and guides FPV kamikaze drones to impact. Encrypted group chats via Starlink connect field units to HQs, allowing uploads of target photos/videos for rapid decision-making. For accuracy, the low-latency connection (under 100ms) lets pilots see through the drone's camera in real-time, adjusting for wind, evasion, or last-second targeting—crucial for hitting moving vehicles or positions inside Russia.
Adaptations for Deep Strikes: To attack targets inside Russia (e.g., border oblasts like Belgorod or Kursk, or even deeper via long-range drones), Ukrainians strap compact Starlink terminals (like the Mini) directly onto larger fixed-wing drones or use mothership setups where a carrier drone transports smaller FPVs. This extends range beyond 30-50km (typical radio limits) to 100-300km+, bypassing Russian EW by routing control signals via satellite. Operators often work from remote offices (e.g., in Kyiv Oblast) with Starlink hubs, tracking intel-fed targets and launching strikes without line-of-sight needs. Examples include strikes on Russian airbases or infrastructure, where Starlink enabled AI-assisted targeting and swarm tactics.
Limitations and Examples: Early attempts, like the 2022 Black Sea drone attacks on Russian ships, were hampered when Musk restricted coverage near Crimea to avoid escalation. But by 2025-2026, Ukrainians developed "life hacks" like fiber-optic tethers or hybrid systems to maintain connectivity. A notable case: FPV strikes on Russian soldiers setting up Wi-Fi bridges inside Russia, using Starlink for precise, real-time piloting.
Overall, Starlink gives Ukraine an edge in asymmetric warfare, turning commercial tech into a force multiplier for deep, accurate incursions.
Russian FPV Operators' Use of Starlink (Pre-Cutoff)
Russians accessed Starlink illicitly—smuggled via third countries (e.g., UAE, Turkey) and registered under proxies—despite U.S. sanctions and SpaceX denials of cooperation. By late 2025, they consumed up to 75% of Starlink traffic in Ukraine for military purposes, including FPV ops.
Core Mechanism: Similar to Ukraine, Russians mounted Starlink terminals on drones (e.g., Molniya-series FPVs) for EW-resistant C2, extending ranges to 100-500km and enabling real-time piloting from inside Russia. This bypassed Ukrainian jamming, allowing precise strikes on moving targets like trains or vehicles deep inside Ukraine (e.g., Dnipro, Kharkiv regions). Operators used the connection for video feeds, telemetry, and swarm coordination, often via Rubikon Center units.
Adaptations for Deep Strikes: Mothership drones (e.g., Gerbera or Molniya carriers) transported Starlink-equipped FPVs deeper into Ukraine, overcoming range/EW limits for "battlefield air interdiction" effects—isolating logistics and hitting civilians/military alike up to 600km. Terminals were rigged with explosives to self-destruct on downed drones. Examples: January 2026 strikes on Ukrainian highways (E-50) and a train in Kharkiv, killing civilians, using Starlink for accuracy.
Limitations and Examples: Starlink made drones "unjammable" but vulnerable to detection; Ukrainians downed hundreds, recovering terminals. Units like the 83rd Air Assault Brigade used it systematically.
Musk's 2026 Restrictions and Impact on Russian Advances
In early February 2026, following requests from Ukraine's Defense Minister Mykhailo Fedorov, Elon Musk and SpaceX implemented stricter controls: whitelisting only verified Ukrainian terminals (via DELTA/Diia systems), disabling unauthorized ones in occupied areas, and shutting down terminals moving over 90km/h (to block drone-mounted use). This effectively cut off Russian access, as their terminals were unregistered/smuggled.
Immediate Effects: Russian drone strikes dropped sharply; FPV ops became less precise and shorter-range. Command collapsed in some sectors, leading to friendly fire (e.g., 12 soldiers killed in Zaporizhzhia) and halted advances. Ukrainians reported a "catastrophe" for Russia, with reduced bombardments and liberated areas (over 400 sq km, 8 villages in the first weeks).
Broader Impact: Russian ground advances slowed noticeably (first net Ukrainian gains since 2023), with troops facing comms blackouts and shifting to inferior alternatives like Wi-Fi bridges, tethered balloons, fiber-optics, or mesh networks. These are more vulnerable—Ukrainians target them with drones, killing operators climbing towers. By March 2026 (one month in), Russia admitted terminals were offline but downplayed it; analysts say it's hampered ops more than admitted, though adaptations (e.g., glide bombs) continue.
This shift highlights how private tech like Starlink has become a pivotal factor in modern warfare, tilting dynamics when access is controlled.
There are multiple reports of Mexican cartels incorporating Starlink for operational advantages. Factions like the Sinaloa Cartel (including rival groups like Los Chapitos and Mayo Zambada's crew) have been found using terminals for communication in remote areas during turf wars, often mounted on vehicles or seized alongside weapons and drones. Cartels have also equipped "narco subs" (semisubmersible vessels for smuggling) with Starlink antennas for remote navigation—Colombia's navy seized the first unmanned one in the Caribbean in 2025, believed to be a Gulf Clan test run. This tech helps them evade detection and coordinate in areas with poor traditional internet. SpaceX has faced scrutiny over this, including a lost $2.2B contract in Mexico after Musk's tweets about a billionaire possibly linked to cartels. Cartels are adapting fast, even learning from Ukraine's drone tactics.
Your point about the ultra-rich influencing wars is spot-on—figures like Musk wield unprecedented power through tech like Starlink, which can tip scales in conflicts (e.g., enabling Ukraine's defenses or aiding Iranian dissidents). It's been exploited by non-state actors (hackers, cartels, terrorists) for comms on a budget, but SpaceX actively polices against military weaponization in the commercial network. This creates a security dilemma: As the U.S. leverages it, others (like China or Russia) might accelerate their own constellations or countermeasures, potentially destabilizing space. Regarding Ukraine, Musk has suggested limiting Starlink to reduce escalation (e.g., over refinery attacks affecting global oil), but it's still provided under Pentagon contracts—balancing humanitarian aid with avoiding direct war involvement. On oil prices: U.S. drivers might see hikes from Middle East tensions, but that's tied more to broader geopolitics than Starlink alone
