Canadian Roshel Unveils Senator MRAP and Captain Armored Vehicle Built from 2500 Ukraine Combat Lessons.

Roshel unveiled its Senator MRAP and new-generation Captain armored vehicle family at Eurosatory 2026 in Paris, presenting both platforms as battlefield-driven designs shaped by Ukraine’s war experience. CEO and founder Roman Shimonov said the company has used data from more than 2,500 vehicles exposed to drones, mines, artillery fragments, and heavy repair cycles to improve protection, payload, production speed, and sustainment.

The five-door Senator MRAP, built on the Ford F-550 chassis, serves as Roshel’s main mine-resistant platform for troop transport and mission-kit integration. The new Captain, based on the Ford Ranger Super Duty chassis, gives military and security forces a lighter armored option between a protected pickup and a full MRAP, reflecting rising demand for mobile, survivable vehicles suited to drone-threat battlefields and border operations.

Related topic: Airbus Defence and Space Taps Brave1 for Ukraine Battlefield Drone Tests and European Counter-UAS.

Roshel showcased the Senator MRAP and new Captain armored vehicle at Eurosatory 2026, highlighting Ukraine-driven improvements in protection, modular armament, payload, production speed, and battlefield sustainment (Picture source: Army Recognition Group).

The Senator MRAP is built around a commercial 4x4 chassis but is configured for military use with a 6.7-liter diesel V8 developing 330 hp at 2,600 rpm and 750 lb-ft of torque at 2,000 rpm, coupled to a 10-speed automatic transmission. Roshel lists dimensions of 6,000 mm in length, 2,400 mm in width, and 2,500 mm in height, with a 3,683 mm wheelbase and seating for up to 10 personnel depending on configuration. Protection data released by the company refers to STANAG Level 2 and 3 categories, including resistance to 7.62x39 mm API BZ ammunition at 30 m, mine and blast threats, and 155 mm artillery fragmentation effects. The vehicle’s V-shaped lower hull, high ground clearance, mine-protected seating, reinforced suspension, ballistic glass, run-flat tires, and optional central tire inflation system are intended to preserve crew survivability while keeping the vehicle mobile after limited damage.

The armament issue is more important than it may appear, because Roshel is not presenting the Senator MRAP as a single fixed-weapon vehicle. The company’s disclosed options include gun ports, a mechanical or electric turret, a remote-controlled weapon station, a gunner seat, ammunition storage, a laser rangefinder, a smoke screen system, 360-degree cameras, a PTZ camera, a thermal camera with night vision, and a remotely controlled searchlight. This indicates a vehicle designed for modular weapons and sensor integration rather than a standardized combat turret. In practical terms, a force could configure the Senator MRAP for a protected roof gun position, a light remote weapon station, or a counter-drone mission package, depending on national requirements and weight limits. A 7.62 mm machine gun would support convoy security and dismounted troop overwatch; a 12.7 mm heavy machine gun would provide longer-range suppressive fire against light vehicles and firing points; and a 40 mm automatic grenade launcher, where selected by the customer, would give the vehicle an area-fire capability against troops behind cover. The key limitation is that every weapon, sensor, jammer, and ammunition load consumes payload and affects vehicle handling, so armament selection must be treated as a force-design decision rather than an accessory choice.

Operationally, the Senator MRAP is best understood as a protected mobility vehicle for movements where the main threat is not a tank or anti-tank guided missile team, but mines, improvised explosive devices, drones, fragments, and small-arms ambushes. That threat profile matches much of the fighting observed in Ukraine, where rear-area movement, casualty evacuation, border security, and logistics routes are regularly exposed to artillery splinters and first-person-view drone attack. A protected cabin, external cameras, night observation equipment, and a remote weapon station can reduce crew exposure, but they do not make the vehicle an infantry fighting vehicle. Its tactical value is in keeping small units alive while moving between positions, escorting convoys, extracting casualties, or supporting dispersed security tasks.

The Captain addresses a different operational problem. Shimonov said the new vehicle is based on the Ford Ranger Super Duty chassis and will be available in single-cab and double-cab versions, with two seats in the smaller layout and up to five in the double-cab layout. Roshel presented a 1.5-tonne payload figure, left-hand and right-hand drive options, pickup and armored personnel carrier configurations, a rear differential lock, and a bolted-on architecture intended to simplify repair. The new Ranger Super Duty donor vehicle is relevant because Ford developed it for heavy commercial use, with nearly two tonnes of payload, 4.5 tonnes of towing capacity, reinforced driveline components, and off-road hardware. For Roshel, that gives the Captain a stronger base for armor, radios, weapon mounts, surveillance systems, and counter-UAS equipment than a standard light pickup would normally provide.

From a tactical standpoint, the Captain is likely to interest forces that need protected mobility below MRAP weight and cost. Border patrol units, military police, reconnaissance support elements, special security detachments, and rapid reaction teams often need armor against rifle fire and fragments, but also need vehicles that can move through narrow roads, urban areas, forest tracks, or civilian infrastructure without the footprint of a 15-tonne MRAP. A light armored pickup with 1.5 tonnes of usable payload can carry a crew, communications equipment, spare ammunition, electronic warfare equipment, a light weapon mount, or medical stores while remaining easier to drive and recover than a heavier mine-resistant vehicle.

Roshel’s industrial argument at Eurosatory was built around commonality rather than novelty. Shimonov emphasized that the Senator MRAP, ERV, and Captain share parts where possible and can be serviced through Ford’s commercial network, reducing dependence on the original equipment manufacturer during wartime. He also stated that Roshel can produce up to 16 vehicles per day, a rate that matters if a customer is replacing combat losses or building protected mobility units quickly. The company’s separate June 16, 2026, memorandum of understanding with Daimler Truck at Eurosatory, covering development, production, localization, lifecycle support, and sustainment for armored vehicle solutions, suggests Roshel is trying to expand beyond single-vehicle sales toward a broader industrial support model for NATO, European, North American, and allied customers.

The result is a vehicle family shaped less by parade-ground specifications than by maintenance, modular integration, and battlefield replacement rates. The Senator MRAP offers heavier mine and blast protection for troop movement and convoy tasks; the Captain offers a lighter armored vehicle for patrol, liaison, and security missions; and both reflect a procurement logic increasingly visible after Ukraine: survivability must be balanced against repairability, payload, production speed, driver familiarity, and weapons integration. For armed forces and ministries of defense, the relevant question is therefore not whether Roshel has produced a universal armored vehicle, but whether its mix of commercial chassis, modular armament, certified protection, and rapid production can fill urgent protected mobility gaps faster than more expensive military-only designs.

Explore More Defense News

• Land Defense News
• Naval Defense News
• Defense Aerospace News