While my Maverick was at the truck hospital, I was driving a rental, and it was very evident when it stopped and started again while at traffic lights, etc. I never notice the Hybrid doing this, even though it’s presumably doing it often. Does an ICE’s beginning mechanism differ from that of a hybrid? Is the drive motor being used in place of a separate starter? Any plausible theories as to why this operates?
ICE cars typically have a small starter motor that’s just powerful enough to start the engine.
In contrast, the Maverick Hybrid uses a 100hp electric motor as its “starter,” which not only starts the engine but also drives the truck at lower speeds and helps it glide at higher speeds.
When the engine is running or not, it is hardly noticeable. Whether the engine is running or not, the electric motor provides a responsive and comfortable driving experience.
The starter is the hybrid motor that runs off the hybrid battery.
Makes for awesome starting in sub zero weather.
While I waited for my 23 Lariat Hybrid, I drove a 22 ICE Maverick XLT. Compared to the non-hybrid, the start-stop is considerably less obvious in fact, it isn’t noticeable unless the music is off and the windows are down. It sounded noisier and jerkier than the non-hybrid start/stop.
Yes, the generator serves as a starter motor and is part of the eCVT system.
Ford did a great job with the soft start and transition to ICE. Kudos to the engineers involved with that.
Correct? Even when I’m trying and paying attention, I am unable to identify when a shift is occurring. I can hear the transition if I turn off the audio and don’t go too quickly, but I never feel it. I’ve driven various hybrid cars, but this is my second.
Now only if they could get CarPlay and the backup camera to function properly.
Yes, in a hybrid, the electric motor, generator, and starter are typically combined into one unit that is directly connected to the driveline. In a conventional engine, there are separate starter and alternator systems, and the starter only engages the engine when necessary, not being directly linked to the driveline. Additionally, a hybrid operates with a much higher voltage system compared to a standard starter, which helps ensure smoother transitions.