FORD 2025 RECALL: CAN ELECTRIC AND HYBRID CARS MOVE EVEN IN “PARK”?
In recent months, Ford has initiated an official recall for certain electric and hybrid vehicles due to a software anomaly related to the parking mode. This is not a classic mechanical failure, but an unexpected behavior of the electronic system which, under certain conditions, can allow the vehicle to move even with the "P" gear engaged.
In this guide, we explain what this recall truly means, which models are involved, what the real risks are for drivers, and what to do if you own an affected Ford electric or hybrid vehicle. The goal is not to create alarmism, but to provide a clear and useful technical explanation.
📋 WHAT YOU'LL FIND IN THIS GUIDE
🔍 WHAT THE FORD 25C69 RECALL IS AND WHY IT WAS INITIATED
The official Ford 25C69 recall concerns a purely software-related anomaly affecting the electronic management system for the "Park" parking mode on certain electric and hybrid vehicles. Under specific operating conditions, the software may not ensure the correct retention of the transmission lock after engaging the "P" position.
On the affected vehicles, the Park function is not entrusted to a simple mechanical device, but to an electronic logic that coordinates multiple control modules. If the software sequence is not completed correctly, the system may visually confirm the "Park" position without applying the intended level of restraint.
initiated the recall as a preventive and precautionary measure: no serious accidents directly caused by the defect have been reported, but internal checks have highlighted a potential risk of unintentional vehicle movement after shutdown, especially on slopes, with repeated maneuvers, or specific usage sequences.
The goal of the 25C69 recall is therefore to eliminate anomalous behavior before it can turn into a concrete risk, intervening exclusively through a software update for parking management.
⚙️ HOW THE ELECTRONIC PARKING SYSTEM WORKS ON EVs AND HYBRIDS
In modern electric and hybrid cars, the "Park" mode is no longer managed by a direct mechanical link between the gear lever and the transmission. In the latest models of, as in most EV and HEV vehicles, engaging the "P" position is entrusted to a fully electronic control system.
When the driver selects "Park," the command is sent to an electronic transmission control module (TCM or equivalent module), which does not merely execute the order but initiates a sequence of safety checks.
Specifically, the system:
- receives the signal from the electronic gear selector;
- checks that the vehicle speed is close to zero;
- verifies the status of the electric motor and traction systems;
- confirms the vehicle's safety conditions;
- electronically activates the transmission lock device (parking lock).
Only upon correct completion of this sequence does the system consider the car effectively parked. The critical point is that the entire process depends on the correct execution of the software: if even one of these steps is interpreted incorrectly or not validated properly, the vehicle may signal "Park engaged" without applying the intended level of restraint.
In other words, the car may "believe" it is electronically secure, while the physical transmission lock is not fully active. It is precisely this difference between logical state and real state that makes anomalies like those subject to the recall possible.
💻 WHY A SOFTWARE DEFECT CAN PREVENT PROPER "PARK" ENGAGEMENT
In the case of the Ford 25C69 recall, the problem does not concern a damaged mechanical component, but a logical error in the parking management software. This is a fundamental distinction: the physical system is present and functional, but it may not be activated correctly due to an incomplete or incorrectly interpreted electronic sequence.
In workshops, anomalies of this type are typically found when the software:
- does not correctly interpret the vehicle's real status (speed, traction, position);
- does not correctly complete the shutdown and parking validation sequence;
- receives inconsistent signals between different modules or does not validate one as "safe."
In these cases, the system may confirm "Park" mode from a logical standpoint — for example, by showing the indication on the instrument cluster — without the physical transmission lock being applied with the expected force.
The practical result is an ambiguous condition: the car appears correctly parked, but the restraint system is not operating at 100% of its capacity. In the presence of external factors such as inclines or stresses, this discrepancy between software state and real mechanical state can result in slow vehicle movement.
⚠️ WHAT ARE THE REAL RISKS (WITHOUT ALARMISM)
It is important to clarify one point immediately: the recall does not concern vehicles that "start by themselves" or suddenly lose control. The real risks are limited and depend heavily on the parking scenario and the conditions in which the vehicle is left stationary.
The most significant cases are as follows:
-
Vehicle parked on a flat surface
In the absence of inclines or external stresses, the risk is very low. Even with the software anomaly, a perceptible movement is unlikely to occur. -
Vehicle parked on a slope
This is the most sensitive scenario: if the transmission lock is not 100% applied, the vehicle's weight can generate slow and progressive movement, especially immediately after shutdown. -
Garages, ramps, or confined spaces
In enclosed environments or with little room for maneuver, even minimal displacement can cause very low-speed collisions against walls, other vehicles, or obstacles.
From a technical point of view, we are therefore talking about a partial loss of the restraint function under specific conditions, not a sudden or uncontrollable failure. Precisely for this reason, has chosen a preventive recall, aimed at eliminating the problem before it can generate concrete risk situations.
🔧 SOFTWARE UPDATE: HOW FORD IS INTERVENING
To resolve the anomaly subject to the 25C69 recall, the solution provided by consists of a targeted software update for parking management. The intervention does not involve replacing mechanical components, but correcting the electronic logic that governs the engagement and maintenance of "Park" mode.
The update can be performed in two ways, depending on the model and equipment of the vehicle:
-
At the dealership
Through official diagnostics, the software is updated by connecting the vehicle to Ford's programming tools. This is the most common method and ensures complete verification of correct operation after the intervention. -
Via OTA (Over-The-Air)
On some newer models, the update can be installed remotely. In this case, the on-board system automatically downloads and applies the new software version, following a guided procedure.
The purpose of the update is to make the parking validation sequence more robust, eliminating conditions in which the system could confirm "Park" mode without correctly applying the transmission lock.
Pending the definitive intervention, Ford recommends some cautionary measures that further reduce any residual risk:
- always engage the parking brake, especially on slopes;
- do not rely solely on the "P" position on ramps or inclined terrain;
- check if your vehicle is included in the recall campaign using the Vehicle Identification Number (VIN).
Once the update is complete, the parking system returns to operating according to the manufacturer's specifications, restoring full reliability of "Park" mode in all usage conditions.
❓ FREQUENTLY ASKED QUESTIONS
Does the problem affect all electric Fords?
No. The recall only affects specific models and production years indicated by Ford.
Is it a mechanical defect in the gearbox?
No, it is a software defect in the parking management system.
Can I continue to use the car?
Yes, by following safety instructions and booking the software update.
How do I check if my Ford is involved?
You can check by entering your VIN on the official Ford recall website.
🏁 CONCLUSIONS
The Ford 2025 recall demonstrates how, in modern cars, safety increasingly depends on software. Understanding the difference between a mechanical and an electronic defect helps to correctly assess the risk and take the right action.
If you own a Ford electric or hybrid vehicle, check immediately if your vehicle is involved and follow the official instructions. A correct diagnosis and a timely update prevent future problems.
