Patria unveils its offering for Eurosatory 2026 to respond to evolving European defence demands.

The Finnish defense company Patria announced its comprehensive land warfare portfolio on June 1, 2026, ahead of the Eurosatory exhibition in Paris scheduled for June 15 to June 19. The integrated system offering addresses critical operational shifts in modern European defense, specifically targeting vehicle fleet recapitalization, mortar platform survivability, and reduced electromagnetic exposure. By emphasizing high-mobility assets, passive electronic warfare sensors, and secure uncrewed communications, the technology transition responds directly to high-intensity deployment demands and electronic jamming threats along NATO border regions.

The expanded portfolio features the debut of the Trackx all-terrain tracked carrier, a 15,000 kg vehicle supporting a 3.5 tonne payload, showcased alongside an unmanned ground vehicle concept developed in collaboration with Renk. The deployment ecosystem further integrates the automated 120 mm Nemo turreted mortar system, the Tremos mobile mortar, CATCHR passive electronic surveillance arrays, and the Ilias digital sustainment platform to maximize operational readiness.

Related topic: Denmark orders 129 Patria 6x6 vehicles from Finland to support joint operations with European allies

At Eurosatory 2026, Patria will display the Trackx equipped with the NEMO 120 mm mortar turret, illustrating its potential role as a mobile indirect-fire asset in addition to personnel transport duties. (Picture source: Patria)

On June 1, 2026, the Finnish company Patria announced its Eurosatory 2026 offering, which concentrates on the practical problems now shaping European land warfare: replacing Cold War-era tracked carriers, scaling protected wheeled fleets, increasing mortar survivability, reducing electromagnetic exposure, linking unmanned systems to fires and command networks, and sustaining larger inventories under readiness pressure. The programme for the Paris exhibition from June 15 to June 19 includes the Trackx, a new tracked vehicle linked to the multinational FAMOUS effort, a new unmanned ground vehicle developed with Renk, a passive radar product launch scheduled for June 16, and activity tied to Trackx pre-series work.

The company will also present the Patria 6x6-based Common Armoured Vehicle System (CAVS), AMV XP, NEMO, Tremos, CANDL, CATCHR, Aris, MUSCL, Sky, ONE, GEO, Optime, and Ilias. The result is a complete overview across mobility, fires, passive ISR, communications resilience, drones, and sustainment. This wide range of products is significant, as European armies are trying to rebuild forces able to disperse, move in difficult terrain, fire quickly, avoid detection, operate drones under electronic warfare, and keep equipment available at scale. The Trackx aims to fill the gap between the M113 armored personnel carrier and heavier infantry fighting vehicles.

Its 15,000 kg combat weight places it above many ageing light APCs but below heavier IFVs, while its 3.5 tonne payload and internal layout for ten dismounts plus a driver and commander preserve the troop-carrying function expected from an APC. The tracked vehicle has an operational range of 500 km, a maximum road speed of 80 km/h, an amphibious capability with a 4 km/h swimming speed, and a 55 cm ground clearance, while its 360hp engine provides 1,423 Nm of torque at 1,400 rpm. The most important mobility figure is its ground pressure, because 32 kPa directly improves movement across snow, marshland, wet soil, peat, and other low-bearing terrain that can restrict heavier vehicles.

The ability to climb 60% gradients, cross 2 m trenches, and operate between -46°C and +44°C is particularly relevant for Nordic and northern European conditions. Patria will also fit the NEMO on the Trackx during Eurosatory 2026, suggesting a tracked mortar carrier able to exploit low ground pressure and amphibious movement to reposition indirect-fire assets in terrain where wheeled carriers may be constrained. The Patria 6x6 and AMV XP divide Patria's wheeled vehicle offer into a mass-procurement tier and a heavier mechanized tier. The Patria 6x6 now forms the basis of the multinational Common Armoured Vehicle System (CAVS), with nearly 1,000 vehicles ordered and more than 220 delivered, making it one of the largest current armoured vehicle programmes in Europe.

The Patria 6x6 carries ten dismounts plus two crew members, supports an 8.5-tonne payload, exceeds 100 km/h on roads, and has an operating distance of more than 700 km. Its standard protection is STANAG Level 2, with optional growth to Level 4, which gives participating armies a way to manage cost, payload, protection, and fleet size across troop transport, command, medical evacuation, heavy APC, and mortar roles. For its part, the AMV XP sits in a heavier category, with a 32 tonne maximum combat weight, 15 tonne payload, 800 to 1,000 km operating range, more than 100 km/h, an optional 6-9 km/h swimming capability, 60% climbing capacity, 30% side slope, 0.7 m obstacle crossing, 2.1 m trench crossing, and 1.8 m fording.

Its larger payload and electrical margin support medium-caliber turrets, 120 mm direct-fire weapons, NEMO mortar systems, anti-tank missiles, and air defense weapons. With contracts from nine countries and more than 1,600 AMV vehicles sold, the AMV XP occupies the role of a heavier integration base, while the 6x6 gives CAVS members a simpler vehicle for wider fleet expansion. Patria's NEMO and Tremos respond to the same battlefield pressure, but through different procurement logic. Mortar units have become more exposed because drones, counter-battery radars, acoustic systems, and faster digital fire-control loops reduce the time available between firing and displacement.

The NEMO (for 'NEw MOrtar') addresses this by placing a 120 mm smoothbore mortar inside a fully enclosed, remote-controlled turret, giving the crew protection and allowing the weapon to operate as part of a mobile armoured unit. It can fire 10 rounds per minute, sustain 6 rounds per minute, deliver the first three rounds in 15 seconds, reach beyond 10 km depending on ammunition, and carry 50 to 60 rounds depending on the carrier vehicle. Its MRSI and MTSI functions allow up to five rounds to arrive simultaneously on one or several targets, including while the vehicle is moving, which reduces the need to remain in one firing location. For its part, the Tremos instead modernizes existing mortar inventories by mounting 120 mm or 81 mm tubes on 4x4, 6x6, 8x8, or light tracked vehicles while retaining ammunition stocks and ballistic tables.

It can open fire within 60 seconds from patrol mode, within 30 seconds from a known position, and leave immediately after firing, while its recoil system removes the need for ground support. For Patria, this makes the NEMO the protected turreted option and the Tremos the lower-disruption path for armies that need mobility, first-round accuracy through INU and BMS connectivity, and faster shoot-and-scoot cycles without replacing their mortar ecosystem. Patria's passive sensing portfolio responds to a problem that now affects radars, command posts, and electronic warfare units: transmitting can create a targetable signature.

The CATCHR combines ESM and ELINT functions to detect, classify, geolocate, and track radar emitters, with instantaneous 2-18 GHz coverage, sensitivity down to -94 dBmi, and direction-finding accuracy better than 0.35 degrees. Those figures indicate the ability to work against weak or complex radar emissions across much of the band used by many surveillance, fire control, and air defense radars. For instance, in a distributed sensor grid, the CATCHR can improve wide-area electronic surveillance, air defense cueing, electronic warfare support, border and coastal monitoring, strategic ELINT tasks, and emitter tracking without transmitting itself radar energy.

For its part, the Aris focuses on interception, recording, analysis, and characterization of dense electromagnetic activity, giving units a way to move beyond detection into signal exploitation and electronic order-of-battle development. The third system, named MUSCL, extends Patria's passive approach to air surveillance by locating and tracking aerial targets in standalone mode or through multiple networked stations without using an active radar transmitter. The common logic across the CATCHR, Aris, and MUSCL systems is that survivability increasingly depends on sensing without constantly emitting, especially when anti-radiation weapons, loitering munitions, electronic support systems, and long-range fires can precisely exploit electromagnetic exposure.

The CANDL addresses the communications problem created by dispersed sensors, UAVs, command posts, and fire support units that must remain connected while operating beyond easy line-of-sight links or inside contested electromagnetic conditions. It provides a dedicated data-link architecture for UAV payload data, command-and-control traffic, relay functions, beyond-line-of-sight connectivity, air-to-air networking, and air-to-ground networking. Its relevance increases as armies push small drones deeper into routine tactical operations, as drone video, target coordinates, command updates, and relay traffic must move reliably between aircraft, ground control elements, manned units, and fires cells.

The Finnish system also supports manned-unmanned teaming and live, virtual, and constructive training, which indicates that the CANDL system is intended not only for deployed operations but also for training operators and headquarters to manage UAV-enabled missions. In practical terms, the CANDL links passive sensors, drones, command posts, and fire-support assets into the same operational chain. This is important because the value of Patria's assets depends on whether detection, identification, targeting, command approval, and firing data can move fast enough to affect the battle before targets relocate or signals disappear. Patria's drone portfolio separates three tactical uses that European armies increasingly need at battalion and brigade level: reconnaissance, payload delivery, and geospatial mapping.

The Sky drone is focused on long-range reconnaissance and fire support, with electro-optical payloads used for observation, target acquisition, indirect-fire adjustment, and locating enemy troops. The second drone, named ONE, is built for payload delivery and attack missions, using a modular structure that allows payload changes according to mission needs. Its fiber-optic control option is operationally relevant because it reduces dependence on radio-frequency links, which are increasingly vulnerable to jamming, interception, spoofing, and electronic attack. The third drone, named GEO, serves a different mission set, focusing on terrain mapping and geospatial intelligence, with up to 74 minutes of flight endurance and coverage of more than 100 hectares in one flight.

These three drones, therefore, do not duplicate each other: Sky supports finding and observing targets, ONE supports delivery of effects, and GEO supports mapping terrain for planning, route selection, and situational awareness. Their placement at Eurosatory, alongside CANDL and passive ISR systems, reflects the fact that small drones are becoming part of the standard land force architecture. Patria's Optime and Ilias address the readiness side of the same modernization cycle, where buying more vehicles can create a sustainment problem if maintenance, parts, training, and deployment planning do not scale at the same pace.

Optime covers fleet maintenance, modification projects, later-life integrations, supply chain management, and training services, which are the functions that determine how many vehicles are actually available after procurement. Ilias became part of Patria Group in September 2025 and provides the digital backbone for the sustainment model by integrating supply, inventory, maintenance, training, deployments, operations, asset visibility, logistics, deployment planning, and readiness monitoring. The operational point is concrete: a fleet of hundreds or thousands of vehicles creates value only if commanders can see what is serviceable, what is waiting for parts, what needs scheduled maintenance, what crews are trained, and what equipment can deploy.

This becomes more important as European armies expand inventories while dealing with aging equipment and shortages of maintenance personnel. Integrating Ilias with Optime and vehicle programs points, for Patria, to a lifecycle procurement model in which availability data, maintenance planning, and logistics visibility become part of combat capability. For NATO armies, this matters, because readiness is increasingly measured not only by how many vehicles have been bought, but by how many can be crewed, maintained, moved, repaired, and committed during a crisis.

Written by Jérôme Brahy

Jérôme Brahy is a defense analyst and documentalist at Army Recognition. He specializes in naval modernization, aviation, drones, armored vehicles, and artillery, with a focus on strategic developments in the United States, China, Ukraine, Russia, Türkiye, and Belgium. His analyses go beyond the facts, providing context, identifying key actors, and explaining why defense news matters on a global scale.

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