2018 JAGUAR F-PACE — Problems, Recalls & Safety Data

I believe my vehicle has a serious safety defect related to the engine cooling system that creates a fire and safety hazard. Specifically, coolant appears to leak from the cooling-elbow near the turbocharger, following a belt failure that lead to engine overheating and elbow pipe burst leading to coolant leaking on to the turbo heatshield or exhaust components. There was serious smoking when the issue happened and i shutdown on the highway as an emergency which most likely would have lead to an engine-bay fire or complete vehicle fire.. This failure mode and fire risk concern mirrors the defect described in NHTSA Recall 23V-221 (Loose or damaged coolant elbow leading to coolant leak on turbo/heatshield, risk of fire) for different JLR vehicles but ignores the F-pace model which I believe faces similar concern. The issue occurred on 9/2/2025 at approximately 9.30 AM while driving from US23 ramp to M-14, the engine suddenly reported charging system fault (but actually the serpentine belt had failed), then in a couple of minutes the engine started overheating and i pulled over for emergency. The coolant started spraying over engine bay from two locations and suddenly observed smoke from engine bay. After getting my car towed back to a workshop, I removed a heat shield and took photos, which clearly show coolant residue near the coolant outlet / elbow hose connection above the turbo. The leak appears to originate at the junction of the coolant elbow — matching the failure mode described in the 23V-221 recall documents. I have not (yet) received any recall notice that covers my vehicle for this issue (checked via NHTSA recall search tool on safercar.gov). Because the leak is directly above the turbo / exhaust manifold heatshield, there is a significant risk of fire, especially once the engine warms up and turbo area gets hot. A fire in the engine bay can quickly spread, endangering vehicle occupants and other road users.

I believe my vehicle has a serious safety defect related to the engine cooling system that creates a fire and safety hazard. Specifically, coolant appears to leak from the cooling-elbow near the turbocharger, following a belt failure that lead to engine overheating and elbow pipe burst leading to coolant leaking on to the turbo heatshield or exhaust components. There was serious smoking when the issue happened and i shutdown on the highway as an emergency which most likely would have lead to an engine-bay fire or complete vehicle fire.. This failure mode and fire risk concern mirrors the defect described in NHTSA Recall 23V-221 (Loose or damaged coolant elbow leading to coolant leak on turbo/heatshield, risk of fire) for different JLR vehicles but ignores the F-pace model which I believe faces similar concern. The issue occurred on 9/2/2025 at approximately 9.30 AM while driving from US23 ramp to M-14, the engine suddenly reported charging system fault (but actually the serpentine belt had failed), then in a couple of minutes the engine started overheating and i pulled over for emergency. The coolant started spraying over engine bay from two locations and suddenly observed smoke from engine bay. After getting my car towed back to a workshop, I removed a heat shield and took photos, which clearly show coolant residue near the coolant outlet / elbow hose connection above the turbo. The leak appears to originate at the junction of the coolant elbow — matching the failure mode described in the 23V-221 recall documents. I have not (yet) received any recall notice that covers my vehicle for this issue (checked via NHTSA recall search tool on safercar.gov). Because the leak is directly above the turbo / exhaust manifold heatshield, there is a significant risk of fire, especially once the engine warms up and turbo area gets hot. A fire in the engine bay can quickly spread, endangering vehicle occupants and other road users.

Lost power steering during heavy rain. Power steering rack in 2018 Jaguar Fpace has crack that has caused water ingest.

While driving, the engine suddenly shut off without warning. The first incident occurred in May 2025 and stalled twice in late August 2025. Each time I lost motive power and steering/brake assist dropped, I coasted to a safe spot, turned the ignition off and back on, and the vehicle restarted. In May, a shop retrieved P0087 – fuel rail/system pressure too low. They could not reproduce the problem, added DEF, and cleared the code. The issue has recurred. No crash or injuries. The Check Engine light was on in May; no other warnings were noted at the time of the stall. The vehicle is available for inspection and is being towed to a diesel specialist for diagnosis. Suspected area is the fuel delivery system (low rail pressure). Odometer: 47,500.

While driving, the engine suddenly shut off without warning. The first incident occurred in May 2025 and stalled twice in late August 2025. Each time I lost motive power and steering/brake assist dropped, I coasted to a safe spot, turned the ignition off and back on, and the vehicle restarted. In May, a shop retrieved P0087 – fuel rail/system pressure too low. They could not reproduce the problem, added DEF, and cleared the code. The issue has recurred. No crash or injuries. The Check Engine light was on in May; no other warnings were noted at the time of the stall. The vehicle is available for inspection and is being towed to a diesel specialist for diagnosis. Suspected area is the fuel delivery system (low rail pressure). Odometer: 47,500.