Ukraine vs Russia: Lessons from the first drone war
Reams have been written about the strategies in the recent India-Pakistan border conflict. But fewer words have been expended on a core aspect of this war: drones—their use; their different deployments by the two countries; the cost to each country centred on the kinds of drones used; and, most importantly, how the war drones in this conflict fit into various streams of global developments in warfare.
The credit for 'the first drone war' goes to the ongoing Russo-Ukrainian conflict. The India-Pakistan faceoff was just another bead in a long chain that began 176 years ago, when pilotless hot-air balloons bombed Venice during the 1848-49 Italian revolution.
It took 68 years to progress from the wind to radio-control—an 'aerial torpedo' against zeppelins and submarines designed by Archibald Low, the 'father of aerial guidance systems'.
In 1935, the de Havilland DH.82 Queen Bee made its debut—a yellow-and-black liveried, radio-controlled biplane that not only became a testbed for future designs but also fathered the appellation 'drone'.
During the Second World War, the US Navy converted four-engined B-24 Liberator bombers to radio-control for bombing missions. During the Cold War, the US used AQM-34 Firebee for photography missions over China and Vietnam, with China shooting down one in 1964. Iraq first used its ubiquitous Mohajer-1 for battlefield surveillance in 1986, explosively multiplying the use of drones in West Asia.
But these were large and spottable, and therefore more stoppable. Today, drones come in all shapes and sizes, from palm-width playthings to quadcopters and hexacopters that can be assembled by non-state actors—such as guerrillas in Myanmar and insurgents in Syria.
In Myanmar, the Karenni Nationalities Defence Force uses drones made with 3D printers and mechanics stripped from Chinese pesticide-sprayers. In Syria, the Hayat Tahrir al-Sham (HTS), now in power, began producing winged drones in 2019. In Gaza, Hamas used hobbyists' first-person-view (FPV) drones to scope out Israeli border posts.
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India.com
an hour ago
- India.com
Why Russia's S-400 Failed To Counter Ukrainian Drones; What India Got Right With Its Layered Air Defense
New Delhi: On June 1, 2025, the world witnessed an eye-opening breach of Russia's military defenses. Launched from inside hidden containers, Ukrainian drones penetrated more than 4,000 kilometers deep into Russian territory and hit multiple airbases in an operation code named 'Spider Web'. At least 40 Russian aircraft were destroyed. It assault left global military analysts stunned. But more shocking than the attack was the failure of Russia's vaunted S-400 and S-500 air defense systems. These high-end platforms, touted as some of the best in the world, could not stop a fleet of low-flying and autonomous drones. Why? The S-400's Blind Spot Russia's failure was not purely a technological one, it was strategic. The S-400 is built to intercept high-altitude threats such as enemy aircraft, ballistic missiles and cruise missiles. But it falters against low-flying and slow-moving drones that often fly below radar coverage. Add to that the lack of low-level air defense, a unified command system and real-time threat intelligence and even the most advanced system becomes vulnerable. In essence, the S-400 was looking too far, while the real danger was up close. Having observed global battlefield trends and drawn key lessons from conflicts like the Russia-Ukraine war, India has adopted a more adaptive strategy. Instead of relying solely on high-tech imports like the S-400, India has built a layered and integrated air defense model. This strategy was tested and validated during the recent Operation Sindoor, where India not only thwarted a multi-pronged drone and missile attack from Pakistan but also launched a precise counterstrike that neutralised enemy radars, HQ-9 systems and terrorist camps. The Game-Changer At the centre of India's new defense posture lies Akashteer, a real-time and automated air defense control system developed indigenously. It is more than a radar. It is a command nerve center that connects the Air Force, the Army and the Navy on a single grid. Akashteer tracks, prioritises and assigns aerial threats to the most suitable interceptor, be it a missile, drone or gun, within seconds. Its key advantages include 360-degree coverage against drones, aircraft and cruise missiles, faster decision-making and automated threat response, seamless coordination among all armed services and reduced risk of friendly fire, Old Meets New One of the unsung heroes of Operation Sindoor was the upgraded L-70 anti-aircraft gun. Originally introduced decades ago, it has now been modernised with electronic fire control systems and target-tracking radars. These guns are now capable of shooting down drones and helicopters flying as low as 3,000 metres. Complementing this is the Akash missile system, designed to take out threats up to 25 km away. When deployed together in a 'battle grid', they cover both low-level intrusions and high-flying aerial threats – something the S-400 cannot do alone. Why This Mix-Match Formula Matters The future of warfare is asymmetric. From drone swarms launched from shipping containers to precision attacks from behind enemy lines, conventional systems like the S-400 are no longer enough. India's terrain and adversaries, ranging from China in the northeast to Pakistan in the west, require a multi-threat, all-weather and all-altitude defense approach. A single-tier system simply cannot cover such a wide spectrum. What also sets India apart is the growing reliance on indigenously developed systems. From Akashteer and Akash missiles to modernised L-70 guns and homegrown radar systems, India's air defense ecosystem is increasingly self-reliant. This boosts not only operational flexibility, but also economic and industrial strength. The ability to custom-build systems for specific missions, without relying on external supply chains, has become a strategic advantage, especially in a post-COVID and post-Ukraine world marked by global disruptions. What happened in Russia is a warning – expensive technology alone cannot win wars. Without intelligent integration, adaptive systems and multi-layered coordination, even the best platforms can be rendered obsolete. India's layered air defense, rooted in homegrown tech, joint-force coordination and rapid-response automation, is emerging as a global model for modern warfare. As the world is faced with new-age aerial threats, India's 'high-tech + low-level' fusion may just be the blueprint others follow.


Time of India
3 hours ago
- Time of India
Russia Ukraine war: Sunday's drone attacks known as Operation Spider's Web shift modern-day strategy. Step-by-step explained
Tired of too many ads? Remove Ads Tired of too many ads? Remove Ads Tired of too many ads? Remove Ads FAQs Ukraine said it secretly planted a swarm of drones in Russia and then unleashed them in a surprise attack Sunday, hitting airfields from eastern Siberia to Russia's western border. The assault set several Russian aircraft on fire, stunned the Kremlin and dealt a strategic and symbolic blow to Moscow's relentless bombing campaign in Ukraine. However, Russian officials said that there were no casualties and that some of the Ukrainian attacks had been Defense Ministry said Sunday that Ukrainian drones had attacked airfields in five regions stretching across five time zones: Murmansk, Irkutsk, Ivanovo, Ryazan and Amur. Several aircraft caught fire in Murmansk, near the border with Norway, and in Irkutsk, in eastern Siberia, the ministry said, adding that attacks on the three other regions had been said that 117 drones were used in the attacks. An official in Ukraine's security services, the SBU, said dozens of aircraft were damaged in the strikes. The person spoke on the condition of anonymity to discuss a sensitive intelligence plan was called Operation Spider's Web. Drones were planted across Russia, near military bases, the Ukrainians said, and then activated simultaneously. President Volodymyr Zelenskyy of Ukraine said on social media Sunday that planning began a year and a half ago. He called the results "absolutely brilliant." Those involved in the attack, he added, were withdrawn from Russia before it took Monday, the Ukrainians offered more details about the operation. Over many months, they said, dozens of drones were secretly transported into drones were packed onto pallets inside wooden containers with remote-controlled lids and then loaded onto trucks, an SBU statement said. Ukrainian officials said the crates were rigged to self-destruct after the drones were released. There was no indication that the truck drivers knew what they were hauling, Ukrainian officials said 41 planes had been hit, or about one-third of the strategic cruise-missile carriers at Russian air bases across three time zones. Russian military bloggers said the Ukrainian damage estimates were inflated. One influential Russian military blogger, Rybar, put the number of damaged Russian aircraft at 13, including up to 12 strategic and European security officials said that they estimated that as many as 20 Russian strategic aircraft may have been destroyed or severely damaged -- with Russia's losses including six Tu-95 and four Tu-22M long-range strategic bombers, as well as A-50 warplanes, which are used to detect air defenses and guided missiles. Ukraine has been gunning for those warplanes since the start of the war because Russia uses them to strike Ukrainian attack in Irkutsk, on the Belaya air base, was the first time that any place in Siberia had been attacked by Ukraine's drones since the war began with Russia's full-scale invasion in February Olenya base in the Murmansk region is also one of Russia's key strategic airfields, hosting nuclear-capable has executed ambitious drone attacks on Russian territory before. In late 2022, Kyiv targeted two airfields hundreds of miles inside Russia using long-range drones. But Russia adapted, building protective structures around depots at bases, bringing in more air-defense assets and routinely repositioning its fleet. Car tires seemingly used as defensive measures are visible in satellite imagery from two bases -- which has banked on expanding the use of domestically produced drones -- turned to a new approach. The idea behind Operation Spider's Web was to transport small, first-person-view drones close enough to Russian airfields to render traditional air-defense systems useless, officials the full extent of the damage from Ukraine's strikes is unknown, the attacks showed that Kyiv was adapting and evolving in the face of a larger military with deeper Ukrainian strikes came a day before Russia and Ukraine met in Istanbul for further peace talks. Zelenskyy said Monday that the operation had showed Russia that it was also vulnerable to serious losses and "that is what will push it toward diplomacy."But analysts say the attacks are unlikely to alter the political calculus of Russia's president, Vladimir Putin. There was no indication that the attack had changed the Kremlin's belief that it holds an advantage over Ukraine, as it counts on the weakening resolve of some of Kyiv's allies and its ability to grind down outnumbered Ukrainian troops.A1. President of Ukraine is Volodymyr Zelenskyy.A2. Russian President is Vladimir Putin.


Time of India
4 hours ago
- Time of India
Ukraine's drone attack on Russia used open-source software, 'upset' developer says wanted to make flying robots: 'not in a million years...'
An open-source software , originally designed for hobbyist drones, powered a recent Ukrainian attack that allegedly destroyed a third of Russia's strategic long-range bombers, a report has said. The original creators of ArduPilot expressed surprise at the software's wartime application. According to a report by 404Media, Chris Anderson, one of ArduPilot's founders, commented on LinkedIn below attack footage, "That's ArduPilot, launched from my basement 18 years ago. Crazy." On X, Anderson tagged co-creators Jordi Muñoz and Jason Short in a post about the attack. Short replied, "Not in a million years would I have predicted this outcome. I just wanted to make flying robots." by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Esse novo alarme com câmera é quase gratuito em Itaboraí (consulte o preço) Alarmes Undo "Ardupilot powered drones just took out half the Russian strategic bomber fleet," he added. What is ArduPilot and how it works ArduPilot, an open-source software system, originated in 2007. Anderson launched and assembled an early UAV autopilot using Lego Mindstorms. Two years later, Muñoz won an autonomous vehicle competition using a small helicopter with autopilot. Muñoz and Anderson subsequently founded 3DR, an early consumer drone company, and released initial versions of ArduPilot in 2009. Over the next decade, ArduPilot was refined by its creators and a global community of hobbyist and professional drone pilots. As open-source software, it is free to use and can be modified for various purposes. In this instance, it facilitated a complex series of small drone strikes. The software enables connection to a DIY drone, displays a GPS-linked map, and can control takeoff, flight, and landing. Pilots can set waypoints for autonomous flight. Even without GPS, which Russia jams using its GLONASS system, ArduPilot provides assistive features. These include drone stabilisation, a "loitering mode" for temporary halts, and failsafe modes to maintain flight if signal is lost. The ArduPilot project website describes the software as "a trusted, versatile, and open source autopilot system supporting many vehicle types." It lists peaceful use cases such as "search and rescue, submersible ROV, 3D mapping, first person view [flying], and autonomous mowers and tractors." The website does not mention its repurposing for military use. Analytics from 2023 showed the project was popular in both Ukraine and Russia. AI Masterclass for Students. Upskill Young Ones Today!– Join Now