In the thin air and biting cold of the high mountains, the 93rd Mountain Artillery Regiment has just pushed the Veloce 330 remote‑controlled munition to its limits, checking whether this fast, jet‑powered weapon can really deliver under the harshest conditions troops are likely to face.
A new generation of French remote‑controlled munitions
The Veloce 330 belongs to a growing family of French so‑called “munition téléopérée” – remote‑controlled munitions that sit somewhere between a drone and a guided missile. Developed by EOS Technologie under the Sentinel range, the system was unveiled in April 2024 and is part of the Larinae programme run by France’s Defence Innovation Agency.
Unlike classic artillery shells that follow a fixed ballistic arc, the Veloce 330 can cruise, loiter and be redirected in flight. It uses a small jet engine to reach speeds above 400 km/h, with a claimed range of 100 km and endurance of around five hours. Fixed wings provide lift, while a vertical take‑off and landing (VTOL) kit allows it to operate from cramped or improvised sites such as mountain slopes or urban rooftops.
The Veloce 330 combines the reach of artillery, the agility of a drone and the precision of a guided missile.
The munition carries a core‑forming charge supplied by KNDS France, optimised to pierce armour or hardened structures. Navigation does not rely on GPS, using instead a system from French firm TRAAK designed to cope with jamming and spoofing – a growing concern in modern conflicts.
Re‑usable and not just for strikes
One of the more unusual aspects of the Veloce 330 is that it is re‑usable when not fired in a kamikaze role. Rather than detonating on impact by default, it can be brought home and recovered after a mission.
That makes it useful as a reconnaissance asset as well as a weapon. Fitted with an optronic “ball” sensor, it can reportedly detect a vehicle at 15 km in daylight and at 3 km at night. French industry markets this variant under the name MV‑100.
- Strike missions with a core‑forming warhead
- Intelligence, surveillance and reconnaissance flights
- Target designation for other artillery or air assets
- Training and experimentation for new tactics
From joint trials to mountain testing
In mid‑2024, EOS Technologies announced that 17 Veloce 330 munitions would be supplied to the French Navy, Army and Air & Space Force for their own operational evaluations. Those trials are scheduled to run until the end of 2025 and should culminate in live demonstrations with explosive payloads.
The French Army has been the most open about its testing campaign. In November, during Exercise Toll 25, the Army’s 19th Artillery Brigade experimented with the Veloce 330 alongside Tekever AR5 tactical drones and FPV quadcopters used for counter‑drone tasks. The goal was to see how these different systems could plug into the Army’s digital battle networks, notably the ATLAS and MARTHA information systems used by artillery units.
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Exercise Toll 25 signalled that remote‑controlled munitions are no longer a curiosity but a capability the French Army intends to integrate into its day‑to‑day toolkit.
During that exercise, the 1st Artillery Regiment operated the Veloce 330 in more conventional conditions. Two months later, it was the 93rd Mountain Artillery Regiment’s turn to take the system into far harsher terrain.
The 93rd Mountain Artillery Regiment heads for the high peaks
The 93e Régiment d’Artillerie de Montagne, based in the Alps, specialises in supporting troops in mountain operations – a demanding environment where cold, altitude and rugged terrain punish both soldiers and equipment. EOS Technologie revealed via LinkedIn that the unit spent two days in early February testing the Sentinel family in high‑altitude conditions.
These tests did not only involve the Veloce 330. The Regiment also evaluated the Rodeur 330, another member of the Sentinel range. While it shares a similar airframe, the Rodeur 330 uses a piston engine and boasts a far greater reach – up to 500 km – making it more suited to deep‑strike or extended surveillance roles.
| System | Engine type | Approximate range | Key role |
|---|---|---|---|
| Veloce 330 | Jet engine | 100 km | Fast precision strikes, tactical ISR |
| Rodeur 330 | Piston engine | 500 km | Long‑range missions, persistent surveillance |
Pushing into thin air
For the mountain trial, the ground control station was positioned at an altitude of roughly 2,250 metres. From there, the Veloce 330 conducted a series of flights, reaching 3,600 metres and then 5,000 metres.
EOS says the munition required only about 13% of its engine power in cruise at those heights. That margin suggests the airframe and propulsion system could handle missions above 6,000 metres, a level at which propeller‑driven drones often struggle with thin air and stronger winds.
During mountain trials, the Veloce 330 flew up to 5,000 metres while barely using its engine, hinting at room for even higher‑altitude missions.
Beyond altitude, the 93rd Regiment focused on the cold. Electronics, batteries, fuel systems and composite structures can all suffer in sub‑zero temperatures. According to EOS, the Sentinel munitions held up well during the two‑day campaign, which also exposed them to gusts reaching 70 km/h and icing conditions.
For artillery units that may need to operate in Eastern Europe’s winters or in Arctic environments, those details matter as much as range or warhead type.
Air force involvement and joint detection tests
The Veloce 330’s evaluation is not limited to ground forces. In December, the French Air & Space Force took part in tests aimed at assessing how well its Rafale fighter jets can detect and track Sentinel munitions in flight.
Working with the French defence procurement agency’s flight‑test directorate, a Rafale carried out detection and acquisition trials against these small, fast targets. The goal is twofold: to ensure friendly aircraft can identify and avoid friendly munitions, and to study how similar threats might appear on sensors in a real conflict.
Rafale tests against Sentinel munitions show that French planners already treat this technology as both a tool and a potential threat to defend against.
The French Navy is also part of the evaluation campaign, though it has not yet released public detail. Naval interest is likely to centre on coastal defence, ship protection and the ability to launch munitions from confined decks or remote islands.
Why remote‑controlled munitions matter now
Conflicts in Ukraine and the Middle East have highlighted how cheap, agile drones and loitering munitions can punch far above their weight. They offer long reach at relatively low cost and can be used in swarms or combined with traditional artillery.
For France, the Veloce 330 and Rodeur 330 provide a domestic answer to that trend, while keeping sensitive technologies – such as navigation without GPS and advanced warheads – in national hands. They also give commanders more flexible choices: fire a conventional shell, launch a drone for observation or send a guided munition that can hunt, wait and strike.
Key terms and practical scenarios
The phrase “munition téléopérée” can sound abstract, but on the ground it simply describes a guided weapon that remains under control throughout its flight. Operators can adjust its path in real time, abort a strike or redirect it onto a higher‑value target that suddenly appears.
Consider a mountain combat scenario: a French patrol spots signs of enemy movement in a remote valley. Instead of calling for a heavy airstrike, the unit could request a Veloce 330 launch from an artillery detachment tens of kilometres away. The munition could climb above the ridgelines, use its sensors to confirm the target, circle while higher command checks the rules of engagement, then conduct a precise strike that limits collateral damage.
Re‑usability adds another layer. In a lower‑intensity operation, the same munition might fly a surveillance orbit, record movement along a border road and then return to base intact. Maintenance crews would inspect it, swap the warhead if needed and prepare it for the next mission, spreading the cost across several sorties.
Risks, benefits and what comes next
These systems do bring risks. They compress decision times, spread lethal capabilities to smaller units and increase the number of objects crowding already busy skies. Friendly‑fire incidents and misidentification become more likely when multiple drones and munitions share the same airspace.
On the other hand, controlled munitions offer a way to reduce collateral damage and to strike hardened targets without risking crewed aircraft. In remote or mountainous regions, where traditional artillery may lack range or line of sight, they give commanders more options instead of simply not engaging.
The French trials with the 93rd Mountain Artillery Regiment suggest that the Veloce 330 is edging closer to operational use. Over the next two years, the key question will be less whether the system works, and more how fast doctrine, training and rules of engagement can adapt to fully exploit what this new class of munition can do.