Since Golda Meir’s support to Indira Gandhi against recognition of the Israeli nation, India and Israel have repeated worked as a joint super power dealing with the world at large
In the summer of 2020, as the icy heights of Eastern Ladakh turned into a theatre of unprecedented confrontation, India faced a hard-strategic truth. Along the Line of Actual Control, particularly after the violent clash in the Galwan Valley, speed became more valuable than procedure. Decisions that would normally pass through layers of committee scrutiny had to be compressed into days. The Indian military needed eyes in the sky, precision on the ground, and protection overhead — immediately.
It was in that compressed strategic moment that Israel emerged not merely as a supplier, but as a responsive partner. Under emergency procurement powers, New Delhi moved with unusual agility. Tel Aviv matched that urgency with fast-tracked deliveries, shortened production cycles, and accelerated integration. The episode marked a defining moment in India–Israel defence cooperation, demonstrating how trust built over decades can translate into operational readiness when it matters most.
Eyes above the Himalayas: The Heron TP
One of the first urgent acquisitions was the Heron TP, also known as Eitan. Manufactured by Israel Aerospace Industries, the Heron TP is a long-endurance unmanned aerial vehicle capable of remaining airborne for over 30 hours. Operating at high altitude and equipped with advanced electro-optical and infrared sensors, it delivers real-time intelligence, surveillance and reconnaissance (ISR).
In the stark, unforgiving terrain of Ladakh — where mountain shadows distort perception and weather shifts abruptly — traditional surveillance is fraught with risk. Piloted aircraft face altitude limitations and the constant danger of escalation. Satellites provide periodic coverage but not persistent presence. The Heron TP filled that gap.
These drones monitored troop movements, tracked infrastructure build-up across the LAC, and provided a constant stream of data to Indian commanders. In an environment where Chinese forces were constructing roads, bunkers and forward logistics nodes, persistence mattered. The ability to loiter silently above contested terrain without risking pilots fundamentally altered the intelligence picture.
More importantly, it shortened decision loops. Real-time ISR meant Indian field commanders were no longer reacting to days-old imagery. They could respond to unfolding developments within hours, even minutes. In high-altitude standoffs where tactical miscalculations can spiral, clarity is deterrence.
Precision without sight: The Spike NLOS advantage
Surveillance alone does not deter. It must be backed by credible strike capability. Here again, Israeli systems filled a critical niche.
India inducted the Spike NLOS (Non-Line Of Sight) missile, developed by Rafael Advanced Defense Systems. Unlike traditional anti-tank guided missiles that require direct visual contact with the target, the Spike NLOS can engage targets up to 50 kilometres away using electro-optical guidance.
This capability is particularly suited to mountainous warfare. In Ladakh, ridgelines and valleys fragment lines of sight. Tanks and armored vehicles can position themselves behind natural cover. Conventional missiles would require exposure to engage such targets. The Spike NLOS removes that constraint.
Its operator can receive live imagery from the missile’s seeker, adjust aim mid-flight, and strike armored vehicles, bunkers, artillery positions or fortified posts beyond direct sight. In a standoff where Indian and Chinese armor were deployed at worrying proximity, this provided a decisive edge.
Precision at distance is more than a tactical tool; it is a psychological lever. Knowing that your assets can be hit without warning from unseen positions imposes caution. In that sense, the Spike NLOS strengthened deterrence without escalating to overt offensive manoeuvres.
The rise of loitering munitions: SkyStriker
Another capability inducted under emergency procurement was the SkyStriker loitering munition. Developed in partnership between Elbit Systems and Indian industry, the SkyStriker represents a new class of battlefield asset — the so-called “kamikaze drone.”
Unlike traditional artillery shells or rockets, loitering munitions can hover over a designated area, search for targets using onboard sensors, and then dive onto them with an explosive payload. This fusion of surveillance and strike compresses the sensor-to-shooter chain into a single platform.
In mountainous terrain, where enemy artillery or small armored targets may be concealed behind ridges, such systems offer flexible, precise options. They reduce collateral damage while enabling rapid neutralisation of time-sensitive targets.
The significance of systems like SkyStriker extends beyond Ladakh. Modern warfare increasingly involves dispersed units, mobile launchers and fleeting targets. Loitering munitions allow commanders to hold such targets at risk continuously, rather than waiting for coordinated artillery strikes.
Shielding the skies: SPYDER air defence
Surveillance and strike must be matched by protection. In high-tension border environments, forward bases and troop concentrations are vulnerable to aerial threats — aircraft, helicopters, cruise missiles and increasingly, drones.
India inducted the SPYDER air defence system, also developed by Rafael Advanced Defense Systems. SPYDER (Surface-to-air PYthon and DERby) integrates advanced radar and interceptor missiles to provide short-to-medium range protection.
Its ability to engage multiple targets simultaneously and respond rapidly to emerging threats makes it particularly suited to contested border zones. In a scenario where drone swarms or low-flying aircraft could attempt to disrupt logistics or intimidate forward troops, SPYDER acts as a protective umbrella.
Layered air defence is a cornerstone of modern military doctrine. By integrating systems like SPYDER into its network, India enhanced resilience against surprise aerial incursions.
Stand-off strike: The Rampage missile
If deterrence requires the ability to see and defend, it also demands the capacity to strike hardened targets without incurring unacceptable risk.
India acquired the Rampage missile, an air-launched, long-range supersonic weapon with a reach of approximately 250 kilometres. Developed by Israel Aerospace Industries, Rampage can be launched from fighter aircraft such as the Su-30MKI and MiG-29.
Its speed and range allow Indian aircraft to strike air bases, ammunition depots and hardened infrastructure from stand-off distances, without entering heavily defended airspace. In strategic terms, this expands options. It signals that rear-area assets are not immune.
Stand-off capability changes calculations. It compels adversaries to invest in deeper air defence layers and dispersal strategies, raising their costs. In a crisis, it provides escalation control — the ability to apply pressure without committing to close-in engagements.
Integration into indigenous platforms: The Tejas story
India–Israel defence ties are not limited to emergency purchases. They are deeply embedded in India’s indigenous aerospace program, particularly the HAL Tejas light combat aircraft.
The Tejas incorporates advanced radar systems, air-to-air missiles such as Derby and Python, targeting pods, and helmet-mounted display systems sourced from Israeli firms. These systems enable pilots to lock onto targets simply by looking at them, drastically reducing reaction time in dogfights.
The integration of Israeli technology into Tejas illustrates a mature partnership. It moves beyond buying finished products toward co-development and systems integration. For India’s aerospace ecosystem, this has meant exposure to cutting-edge avionics, sensors and weapon integration expertise.
Joint projects like Barak 8, developed collaboratively by India and Israel Aerospace Industries, further strengthen India’s layered air defence against aircraft and missile threats. Such cooperation blends Israeli technological innovation with Indian manufacturing capacity and operational requirements.
From buyer–seller to strategic partnership
The next phase of this partnership signals a transformative shift. During Prime Minister Narendra Modi’s 2026 visit to Israel, an offer was outlined that goes far beyond procurement: full technology transfer for the Iron Dome and the Iron Beam laser system.
The Iron Dome is globally recognised as a combat-proven interceptor of short-range rockets. Its ability to track incoming projectiles, calculate impact points and intercept those threatening populated areas has reshaped air defence paradigms.
The Iron Beam, meanwhile, represents the frontier of directed-energy weapons. A 100 kW High-Energy Laser, it can destroy targets at the speed of light. Instead of launching a physical interceptor, it concentrates energy onto a target — burning through drones, rockets or mortars almost instantaneously.
A full transfer of technology implies access to source code, design architecture and manufacturing processes. This moves the relationship decisively from transactional to strategic.
Make in India and the laser frontier
For India’s “Make in India” initiative, such a transfer would be catalytic. Domestic manufacturing of advanced air defence systems reduces dependency and builds industrial capacity.
More significantly, it accelerates indigenous programs such as DURGA-II (Directionally Unrestricted Ray-Gun Array). Directed-energy weapons are seen as the future answer to the drone revolution. As adversaries deploy inexpensive drones and loitering munitions in swarms, traditional missile-based defence becomes economically unsustainable.
An interceptor missile can cost tens of thousands of dollars per shot. A laser pulse, by contrast, costs a fraction — often cited at a few dollars per engagement, primarily the cost of electricity. This shifts the economics of warfare.
The so-called “asymmetric advantage” of cheap drones draining expensive missile stockpiles begins to erode. With lasers, defenders regain cost advantage. They can engage multiple low-cost threats without depleting inventories.
For a country like India, facing the possibility of coordinated drone incursions along two active borders, this is strategically significant.
Securing sovereignty against two-front threats
India’s security calculus is shaped by geography. It must prepare for contingencies involving both China and Pakistan. A layered defence network capable of intercepting rockets, drones and missiles across varied terrain is essential.
Acquiring Iron Dome and Iron Beam technologies enhances this layered architecture. It creates redundancy — missile interceptors backed by lasers. In the event of saturation attacks, lasers can handle lower-tier threats while missile systems conserve interceptors for more sophisticated targets.
Such a shield strengthens sovereignty. It reduces vulnerability to coercion through limited rocket or drone strikes. It ensures that forward bases, critical infrastructure and population centres are less exposed.
Strategically, it also reduces long-term dependence on legacy suppliers. By mastering advanced technologies domestically, India gains autonomy in maintenance, upgrades and deployment.
The emergence of a new security axis
Beyond bilateral ties, the partnership hints at a broader alignment. Israel’s integration with several Arab states under the Abraham Accords opens new possibilities for trilateral or multilateral cooperation involving India.
A security axis anchored in technology, intelligence-sharing and counter-extremism could reshape regional dynamics. For India, which faces cross-border terrorism and drone-based smuggling, collaboration with technologically advanced partners offers practical benefits.
This axis would not be ideological but functional — focused on neutralising radical extremist networks and safeguarding economic corridors. In an era where drones, cyber tools and precision munitions are proliferating, technological superiority becomes the decisive differentiator.
The technical hurdles ahead
Yet transformative deals are rarely without challenges. Directed-energy weapons like the Iron Beam face environmental constraints. Heavy rain, dust storms and thick fog can scatter or absorb laser energy, reducing effectiveness.
India’s borders present diverse conditions — from the humid plains of Punjab to the dusty expanses of Rajasthan and the fog-laden valleys of the Himalayas. Ensuring consistent performance across these environments requires adaptation.
Power generation is another hurdle. A 100 kW laser demands substantial, stable energy supply. Deploying such systems in remote mountainous regions means developing high-capacity mobile power sources — advanced generators, battery systems or hybrid solutions.
Thermal management, beam control, and integration into existing command-and-control networks add further complexity. Technology transfer provides blueprints, but operationalisation demands sustained investment.
Trust, speed and reliability
The events since 2020 underscore a simple lesson: partnerships are tested in crises. When tensions escalated in Eastern Ladakh, India required rapid reinforcement of surveillance, strike and defence capabilities. Israel responded with speed.
From Heron TP drones to Spike NLOS missiles, from SkyStriker loitering munitions to SPYDER air defence and Rampage stand-off weapons, Israeli systems filled critical gaps. Beyond equipment, they signalled reliability.
The proposed transfer of Iron Dome and Iron Beam technologies elevates the relationship further. It suggests confidence — the willingness to share core intellectual property and production know-how.
Strategic partnerships are not built on rhetoric alone. They rest on mutual trust, aligned interests and demonstrated responsiveness. In the crucible of high-altitude confrontation, India and Israel moved from cooperation to convergence.
As India seeks to secure its borders against evolving threats — from armored columns in mountain passes to drone swarms in contested skies — technology will be central. The India–Israel defence partnership, forged in urgency and deepened through innovation, is poised to shape that technological trajectory for decades to come.
