Across Europe, armies are quietly rearming for combat after dark, and one French company has just changed the rules.
France has landed a contract that reshapes the continent’s defence industrial map, turning night vision from a niche accessory into a core strategic asset. Behind the figures sits a simple reality: whoever controls the factories that “see in the dark” will set the pace for Europe’s future ground warfare capabilities.
France’s Exosens turns night vision into a strategic export weapon
The French photonics specialist Exosens has secured what industry sources describe as the largest modern-era contract for night vision image intensifier tubes in Europe: 200,000 units destined for the German armed forces under an OCCAR-managed programme.
The deal, worth more than €500 million for 200,000 tubes, locks in European supply at a time of mounting security fears.
The agreement, signed with the multinational defence body OCCAR and implemented alongside Greek partner Theon International, covers 16 mm image intensifier tubes. Deliveries are scheduled from 2027 to 2029, giving Exosens multi-year visibility and justifying a major investment push.
This is not simply another defence order. It effectively appoints a French-headquartered champion as a cornerstone supplier of night vision guts – the critical “tube” that makes goggles and weapon sights usable in darkness – for one of Europe’s largest armies.
European armies race to catch up on night fighting capability
Russia’s invasion of Ukraine, and the brutal artillery and drone-heavy warfare that followed, has triggered a rethink in NATO capitals about how their troops fight after sunset. Night engagements are no longer rare. They are routine.
European forces are realising that their soldiers still lack widespread night vision gear. In many units, only a fraction of infantry have modern devices, and reserve forces often have none at all.
Across Europe, night vision is shifting from “special forces luxury” to basic kit, like a helmet or body armour.
Exosens has been blunt on this point: current equipment rates in Europe sit well below targets set by defence planners. The surge in orders looks less like a one-off spike and more like a long, structural catch-up phase.
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From niche tech to mass equipment programme
The OCCAR contract alone points to a profound change. Two hundred thousand tubes represent an industrial-scale roll-out, compatible with the idea that whole brigades, not just elite units, will be equipped.
For governments, that shift demands something basic yet hard to guarantee in a crisis: secure production. European leaders want to avoid relying on US or Asian suppliers for such sensitive components, and they want the ability to ramp up output if a conflict escalates.
- Night vision is now treated as mission-critical, not optional.
- Supply chains are being relocated or anchored in Europe and the US.
- Large-volume contracts are used to underwrite new factories and lines.
Inside the 200,000-tube contract: why it matters
The OCCAR programme for Germany combines political signalling and hard-nosed industrial logic. It secures a guaranteed supply of night vision cores for several years, while giving Exosens the confidence to invest heavily.
At more than €500 million in value, the deal provides the backbone for a wider European night vision ecosystem: assembly plants, integrators, and maintenance centres in multiple countries.
| Key element | Details |
| Customer framework | OCCAR, for the German armed forces |
| Product | 16 mm image intensifier tubes for night vision systems |
| Volume | 200,000 tubes |
| Contract value | Over €500 million |
| Delivery window | 2027–2029 |
By winning this tender in partnership with Theon International, Exosens positions its technology at the heart of German infantry and vehicle optics. Future upgrades, spares and follow-on batches are likely to lean on the same industrial base, reinforcing France’s role in Europe’s defence supply chain.
“5G” night vision: a new generation aimed at high-end units
Alongside volume contracts, Exosens is pushing a new generation of tubes marketed as “5G” image intensifiers. The company claims about 30% overall performance gain compared with current standards and up to 35% extra detection range.
Better sensitivity and longer reach at night mean earlier detection of enemy movement, drones and vehicles — and more time to react.
Special forces, intelligence units and vehicle integrators are the core targets for this higher-end line. A recent contract with ACTinBlack for more than 7,000 5G tubes, due for delivery between 2027 and 2028, shows that premium segments are already buying in.
The strategy is clear: use large state contracts to sustain production scale, while higher-margin advanced products serve demanding customers and keep the technology edge sharp.
Anti-drone imaging: the second front in the sensor race
Night vision is only one piece of the puzzle. Drones – cheap, fast and used at massive scale in Ukraine and the Middle East – have made continuous surveillance non-negotiable. Exosens has moved into digital and infrared imaging tailored to that fight.
Through acquisitions such as Noxant (cooled infrared cameras) and Phasics (wavefront measurement), the group is building a portfolio that covers multiple wavelengths, from visible light to deep infrared. That multi-spectral approach helps detect, track and identify small drones in complex environments, such as over cities or crowded front lines.
In practice, this means sensors able to spot a low-flying quadcopter at long range, distinguish it from a bird, feed tracking data into fire-control systems and support jamming or kinetic interception.
Ramp-up in Europe and a first US factory
To keep pace with expected demand, Exosens plans to increase its production capacity by about 40% by 2027. The company has earmarked €37 million for new equipment, expanded lines and process upgrades.
Capacity, not just technology, is becoming a decisive factor: armies want guarantees that contracts can be delivered in full and on time.
Part of that ramp-up will take place in Europe, where most of the current night vision contracts sit. But Exosens is also opening its first manufacturing site in the United States, with machinery ordered and hiring underway.
That US footprint has several advantages: access to the Pentagon’s huge procurement budgets, reduced export-control friction, and a hedge against political pressure for “Buy American” sourcing. It also reassures NATO allies that transatlantic production can sustain wartime demand.
A financial profile designed for long campaigns, not quick wins
The company’s latest figures show strong growth in defence and surveillance, which now represent about three-quarters of its revenue. Margins are robust, and free cash flow remains healthy, even as net debt rises to finance acquisitions and new capacity.
Management talks openly about a long-term goal of eventually reaching €1 billion in annual sales, with organic growth in the “mid-teens” percentage range and gradual margin improvement. That kind of trajectory assumes that night vision and sensing remain core budget lines for European and allied militaries well into the 2030s.
What night vision really changes on the battlefield
For civilians, night vision often conjures up green-tinted video from action films. On the battlefield, it changes behaviour. Units equipped with reliable, high-resolution devices can operate more aggressively after dark, manoeuvre with less risk of ambush and sustain pressure on an opponent who lacks equivalent gear.
When both sides have modern night vision, tactics shift again. Camouflage, thermal signatures, emissions discipline and drone coordination become decisive. The tube in a soldier’s goggles is only one node in a larger network of sensors, radios and software that tries to give commanders a constant picture of the fight.
Key terms readers might hear more often
- Image intensifier tube: the core component inside many night vision devices that amplifies tiny amounts of light, such as starlight, to produce a usable image.
- Multi-spectral sensor: a sensor that operates across several parts of the electromagnetic spectrum (visible, infrared, etc.), enabling better detection in fog, smoke or at long range.
- OCCAR: a European organisation that manages multinational defence projects, used by countries like France, Germany, Italy and others to coordinate procurement.
In a future large-scale crisis, countries able to pair mass-produced night vision with dense drone surveillance and accurate artillery could gain a decisive edge. The French-led contract for 200,000 tubes is one building block in that scenario. It signals a shift from small batches for elite troops to industrial-era quantities meant for entire armies.
That shift comes with risks. The more armed forces lean on sophisticated optics and sensors, the more exposed they are to supply disruptions, cyberattacks on production lines, or export restrictions. At the same time, for European governments anxious about Russian aggression and US attention drifting to Asia, building a homegrown night vision champion looks like a calculated bet they are willing to make.
Originally posted 2026-02-13 12:09:37.