2010-2023 Opel Movano Problems: 9 Known Issues

Movano MR, MS, MW and MV variants built between 5 June and 22 July 2020 left the factory with the high-pressure fuel pump connection tightened incorrectly. The joint can weep or release high-pressure diesel into the engine bay, giving a fire risk. Classified as a serious alert by the EU Safety Gate system (RAPEX 18/2021) under Opel recall code 20-R-118.

On Movano vans built between May 2018 and May 2019 the fuel supply hose was routed so that it rubs against the camshaft cover. Continued chafing wears through the hose wall and allows diesel to leak onto a hot engine, creating a fire risk. Around 30,000 vans were called back across Europe under the EU Safety Gate/RAPEX system. Owners typically notice a strong diesel smell around the engine bay or damp fuel residue near the cam cover before any leak becomes serious.

Some Movano B vans built in France in 2016-2017 were recalled because the intermediate steering shaft clamp bolt may not have been tightened correctly during assembly. If the joint works loose, steering input is no longer transmitted reliably to the rack and complete loss of steering control is possible. Logged as EU Safety Gate alert A12/0398/18 at risk level 3.

Movano vans produced during 2023 were recalled after hydraulic oil was found to escape from the high-pressure power steering line. As the fluid level drops the driver has to apply markedly more effort at the wheel, and noises appear when starting the vehicle. Steering remains mechanically connected but assistance is degraded, which matters most on a heavy front-wheel-drive panel van at low speed. The remedy is to check the part number of the high-pressure line and replace it where it is the affected variant.

Euro 6 Movano vans with the 2.3 dCi engine (shared architecture with the Renault Master and Nissan NV400) suffer well-documented SCR faults. The dominant failure modes are upstream/downstream NOx sensor degradation on higher-mileage vans, crystallised urea blocking the AdBlue injector on vehicles used for short trips, SCR catalyst contamination from incorrect fluid, and less commonly AdBlue pump or pressure faults. Once a fault is logged the van begins counting down remaining engine starts and will refuse to restart when the counter reaches zero, which strands a working vehicle. Typical codes are P20EE, P207F, P2202/P2203, P204F, P2044 and P2BAD/P2BAE.

Movano vans from the 2021-2023 model years were recalled because of an engine control unit software error: if the urea (AdBlue) injector stops working, the malfunction indicator lamp does not illuminate. The driver therefore gets no warning that the SCR system has stopped dosing, the van continues in service with raised NOx emissions, and the underlying injector fault goes undiagnosed until it produces a secondary failure or an emissions test result. The recall was first published via EU Safety Gate in 2023 (alert 34/2023) and updated in September 2025 (alert 37/2025), when it was extended to cover SCR/DPF diagnostic failures.

Movano MS and MR variants produced between 15 February and 27 May 2021 were recalled because the parking brake function can be impaired, allowing the van to move unintentionally when parked. The alert was classified as 'serious' by the EU Safety Gate system (RAPEX alert 26/2021) under Opel campaign code E212104361 / 21-C-103, with 483 vehicles affected worldwide. On a laden 3.5t panel van a parking brake that will not hold on a slope is a significant risk to bystanders.

The PF6 and PK6 six-speed manual gearboxes fitted to the Movano (and the related Renault Master, Vauxhall Vivaro B and Nissan Primastar) suffer bearing deterioration as their signature failure. The warning sign is a light humming above roughly 40 mph, or a distinct whine when sixth is selected. Once a bearing collapses the input shaft loses support, the gears no longer mesh on their proper centres and teeth strip, most often taking out 2nd, 3rd or 4th. Failures are typically seen between 60,000 and 120,000 miles, but specialists report Vivaro B and Movano units needing bearing replacement from as little as 22,000 miles.

The M9T 2.3-litre unit (2,298 cc, 136-190 hp, shared with the Renault Master III and Nissan NV400) is prone to turbocharger failure in hard-worked van use, and the twin-turbo BiTurbo installations are the worst affected. The chain is usually a clogged DPF raising exhaust back-pressure, which raises exhaust gas temperature, overloads the turbo bearings, develops axial play, allows oil past the seals and destroys the core. Poorly atomising injectors do the same thing by raising EGT and seizing the wastegate. Second-generation Garrett units are noted as more sensitive to sustained high EGT than the earlier ones. Symptoms are power loss with P0299 underboost or P0234 overboost, whistling under acceleration, oil in the intake and smoke.