France Completes Rafale Fighter Guided-Rocket Tests to Counter Shahed Drones at Lower Cost
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France has completed integration testing of Thales 68 mm laser-guided rockets on the Rafale, the Direction générale de l’armement confirmed on July 7, 2026. The capability gives French fighter crews a lower-cost way to destroy Shahed-type attack drones without relying on cannon fire or MICA air-to-air missiles.
Trials at Istres, Cazaux and Biscarrosse validated the rocket, launcher pod and TALIOS targeting pod with its LADAC air-to-air mode. Deliveries were set to begin in July ahead of planned initial operational capability by month’s end, strengthening France’s response to mass drone attacks.
Related topic: U.S. Deploys B-2 Spirit Bombers with F-22 Raptors for Indo-Pacific Stealth Strike Mission.
A French Rafale fires a Thales 68 mm laser-guided rocket during July 2026 trials, validating a lower-cost counter-drone weapon intended to destroy Shahed-type attack drones while preserving MICA and Meteor missile stocks (Picture source: French MoD).
The armament should be identified correctly as a guided rocket rather than an air-to-air missile. Its 68 mm diameter equals 2.68 inches, and the munition derives from the French Thales induction-guided rocket family developed for the Tiger HAD attack helicopter. Earlier technical data published for the ACULEUS-LG configuration gave a total mass of 8.8 kg, a firing envelope between 1,000 and 5,000 metres, sub-metric accuracy against moving or stationary targets and a warhead designed to limit effects to an approximately 20-metre radius. Those figures describe the original air-to-ground munition and have not been formally restated by the DGA for the Rafale counter-drone configuration. France has also not disclosed the rocket quantity ordered, launcher capacity, unit price, fuze type or whether the warhead was modified for aerial interception. That distinction matters because a warhead optimized for light vehicles does not automatically provide the same kill probability against a small drone unless the rocket achieves a direct hit or carries an appropriate proximity function.
The engagement chain tested by the DGA is more important than the rocket alone. The Rafale’s RBE2 active electronically scanned array radar first detects and tracks the aerial target; the TALIOS electro-optical pod then acquires it, maintains an air-to-air track and illuminates it with a coded laser. The rocket’s semi-active laser seeker detects the reflected energy and commands course corrections after launch. TALIOS therefore has to keep the laser spot on the drone until impact, unlike a fire-and-forget infrared missile. The February-to-July campaign examined radar detection, TALIOS tracking, laser designation, carriage within the Rafale flight envelope, safe separation from the launcher, guidance, and target neutralization. EOS Technologie supplied representative drones for earlier tracking trials. At the same time, DGA Essais en vol, DGA Essais de missiles, DGA Maîtrise de l’information, DGA Techniques aérospatiales, and the Air Warfare Centre, or CEAM, divided the flight, electromagnetic, and firing work. The RBE2 can conduct look-up and look-down tracking of multiple aerial targets, while TALIOS provides day-and-night identification and laser designation with metric accuracy.
Operationally, the rocket fills a narrow but real gap between the Rafale’s internal 30 mm cannon and its MICA or Meteor missiles. A cannon attack requires the pilot to close to short range, establish lead, control closure against a slow target, and then avoid debris after firing. Against a one-way attack drone carrying an explosive warhead, a missed burst can force another pass and consume time during a raid involving several targets. A laser-guided rocket allows engagement from several kilometres, outside the normal gun solution, while retaining the fighter’s air-to-air missiles for aircraft, cruise missiles or more demanding unmanned aerial vehicles. It does not replace MICA or Meteor because its seeker, propulsion, and aerodynamic control authority are designed for a much shorter engagement. The relevant comparison is therefore not maximum range but weapon allocation: a compact guided rocket for a predictable, relatively slow target, and an air-to-air missile for targets requiring autonomous guidance, greater reach or higher manoeuvre performance.
The principal uncertainty is magazine depth. The DGA release confirms “launcher pods” in the plural but gives no operational loadout, and photographs from the July firing do not establish how many guided rounds will be carried on combat missions. Rafale has 14 external stations and can carry up to 9.5 tonnes externally, but counter-drone endurance will depend on the number of rockets available without displacing fuel tanks, TALIOS or air-to-air missiles. A useful configuration would need enough rockets to justify assigning a fighter to a mass-drone raid; carrying only a few rounds would reduce the economic advantage once tanker support, flight hours, maintenance and crew availability are included. This is one of the main issues to monitor as France moves from demonstration to squadron use.
France’s requirement is driven by interceptor economics and inventory management rather than by a lack of air-defence weapons. Shahed-type drones are designed to impose repeated defensive expenditure: they can be launched in numbers, routed around fixed defences and timed to force several layers of the air-defence network to remain active. Using a MICA against each target may be tactically valid, but it consumes a missile also required for French air-policing, expeditionary deployments and high-intensity combat. The DGA has not released comparative prices, so precise cost-exchange claims would be speculative, but the guided rocket contains a smaller motor, seeker and warhead and has a 5 km-class envelope rather than the architecture of a full air-to-air missile. France is therefore buying a lower-tier effector to protect higher-tier stocks.
The capability also has limits that should shape doctrine. Semi-active laser guidance requires line of sight and uninterrupted tracking; cloud, haze, smoke, poor contrast or manoeuvres that mask the target can break the engagement. The short range compresses reaction time and places the Rafale comparatively close to the drone, while successful interception still depends on the radar detecting a small target against ground clutter. LADAC is consequently not a substitute for ground-based guns, electronic warfare or surface-to-air missiles. Its value is as a mobile interception layer that can reinforce an exposed sector, patrol beyond fixed defences and engage selected drones without immediately drawing from France’s limited inventory of air-to-air missiles.
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Written by Evan Lerouvillois, Defense Analyst.
Evan studied International Relations, and quickly specialized in defense and security. He is particularly interested in the influence of the defense sector on global geopolitics, and analyzes how technological innovations in defense, arms export contracts, and military strategies influence the international geopolitical scene.
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France has completed integration testing of Thales 68 mm laser-guided rockets on the Rafale, the Direction générale de l’armement confirmed on July 7, 2026. The capability gives French fighter crews a lower-cost way to destroy Shahed-type attack drones without relying on cannon fire or MICA air-to-air missiles.
Trials at Istres, Cazaux and Biscarrosse validated the rocket, launcher pod and TALIOS targeting pod with its LADAC air-to-air mode. Deliveries were set to begin in July ahead of planned initial operational capability by month’s end, strengthening France’s response to mass drone attacks.
Related topic: U.S. Deploys B-2 Spirit Bombers with F-22 Raptors for Indo-Pacific Stealth Strike Mission.
A French Rafale fires a Thales 68 mm laser-guided rocket during July 2026 trials, validating a lower-cost counter-drone weapon intended to destroy Shahed-type attack drones while preserving MICA and Meteor missile stocks (Picture source: French MoD).
The armament should be identified correctly as a guided rocket rather than an air-to-air missile. Its 68 mm diameter equals 2.68 inches, and the munition derives from the French Thales induction-guided rocket family developed for the Tiger HAD attack helicopter. Earlier technical data published for the ACULEUS-LG configuration gave a total mass of 8.8 kg, a firing envelope between 1,000 and 5,000 metres, sub-metric accuracy against moving or stationary targets and a warhead designed to limit effects to an approximately 20-metre radius. Those figures describe the original air-to-ground munition and have not been formally restated by the DGA for the Rafale counter-drone configuration. France has also not disclosed the rocket quantity ordered, launcher capacity, unit price, fuze type or whether the warhead was modified for aerial interception. That distinction matters because a warhead optimized for light vehicles does not automatically provide the same kill probability against a small drone unless the rocket achieves a direct hit or carries an appropriate proximity function.
The engagement chain tested by the DGA is more important than the rocket alone. The Rafale’s RBE2 active electronically scanned array radar first detects and tracks the aerial target; the TALIOS electro-optical pod then acquires it, maintains an air-to-air track and illuminates it with a coded laser. The rocket’s semi-active laser seeker detects the reflected energy and commands course corrections after launch. TALIOS therefore has to keep the laser spot on the drone until impact, unlike a fire-and-forget infrared missile. The February-to-July campaign examined radar detection, TALIOS tracking, laser designation, carriage within the Rafale flight envelope, safe separation from the launcher, guidance, and target neutralization. EOS Technologie supplied representative drones for earlier tracking trials. At the same time, DGA Essais en vol, DGA Essais de missiles, DGA Maîtrise de l’information, DGA Techniques aérospatiales, and the Air Warfare Centre, or CEAM, divided the flight, electromagnetic, and firing work. The RBE2 can conduct look-up and look-down tracking of multiple aerial targets, while TALIOS provides day-and-night identification and laser designation with metric accuracy.
Operationally, the rocket fills a narrow but real gap between the Rafale’s internal 30 mm cannon and its MICA or Meteor missiles. A cannon attack requires the pilot to close to short range, establish lead, control closure against a slow target, and then avoid debris after firing. Against a one-way attack drone carrying an explosive warhead, a missed burst can force another pass and consume time during a raid involving several targets. A laser-guided rocket allows engagement from several kilometres, outside the normal gun solution, while retaining the fighter’s air-to-air missiles for aircraft, cruise missiles or more demanding unmanned aerial vehicles. It does not replace MICA or Meteor because its seeker, propulsion, and aerodynamic control authority are designed for a much shorter engagement. The relevant comparison is therefore not maximum range but weapon allocation: a compact guided rocket for a predictable, relatively slow target, and an air-to-air missile for targets requiring autonomous guidance, greater reach or higher manoeuvre performance.
The principal uncertainty is magazine depth. The DGA release confirms “launcher pods” in the plural but gives no operational loadout, and photographs from the July firing do not establish how many guided rounds will be carried on combat missions. Rafale has 14 external stations and can carry up to 9.5 tonnes externally, but counter-drone endurance will depend on the number of rockets available without displacing fuel tanks, TALIOS or air-to-air missiles. A useful configuration would need enough rockets to justify assigning a fighter to a mass-drone raid; carrying only a few rounds would reduce the economic advantage once tanker support, flight hours, maintenance and crew availability are included. This is one of the main issues to monitor as France moves from demonstration to squadron use.
France’s requirement is driven by interceptor economics and inventory management rather than by a lack of air-defence weapons. Shahed-type drones are designed to impose repeated defensive expenditure: they can be launched in numbers, routed around fixed defences and timed to force several layers of the air-defence network to remain active. Using a MICA against each target may be tactically valid, but it consumes a missile also required for French air-policing, expeditionary deployments and high-intensity combat. The DGA has not released comparative prices, so precise cost-exchange claims would be speculative, but the guided rocket contains a smaller motor, seeker and warhead and has a 5 km-class envelope rather than the architecture of a full air-to-air missile. France is therefore buying a lower-tier effector to protect higher-tier stocks.
The capability also has limits that should shape doctrine. Semi-active laser guidance requires line of sight and uninterrupted tracking; cloud, haze, smoke, poor contrast or manoeuvres that mask the target can break the engagement. The short range compresses reaction time and places the Rafale comparatively close to the drone, while successful interception still depends on the radar detecting a small target against ground clutter. LADAC is consequently not a substitute for ground-based guns, electronic warfare or surface-to-air missiles. Its value is as a mobile interception layer that can reinforce an exposed sector, patrol beyond fixed defences and engage selected drones without immediately drawing from France’s limited inventory of air-to-air missiles.
Explore More Defense News
• Land Defense News
• Naval Defense News
• Defense Aerospace News
Written by Evan Lerouvillois, Defense Analyst.
Evan studied International Relations, and quickly specialized in defense and security. He is particularly interested in the influence of the defense sector on global geopolitics, and analyzes how technological innovations in defense, arms export contracts, and military strategies influence the international geopolitical scene.
