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Minivan reborn: Chrysler rethinks the cabin for the electric era

© chrysler.com
Stellantis filed a patent for a second-row seating system on floor rails that slides not only fore-and-aft but also side-to-side, restoring cabin flexibility lost to EV battery packs.

Chrysler may be about to make minivans noticeably more useful for family trips. Stellantis has patented a system called Cross-Car and Fore-Aft Positionable Seating System, which lets the seats move not only fore and aft, but also across the cabin from side to side.

The core of the design is a set of rails built into the vehicle floor. According to the patent, the second-row seats can slide lengthwise and also shift toward the driver or passenger side, independently of where they sit along the cabin’s length. The seats can be rotated, moved closer together or pushed apart to free up space for cargo and passengers. The patent examples mention, for instance, a child seat installed behind the center console — making it easier to reach the child from the front row.

Chrysler
© uspto.gov

The real point of the development is tied to electrification. Classic Chrysler minivans had the Stow ’n Go system, which let owners fold the seats into wells under the floor. In hybrid and electric versions, however, that space is taken up by the traction battery. So the new layout doesn’t copy the old idea — it tries to bring cabin flexibility back another way. The patent also explicitly mentions use in a battery electric vehicle with a high-voltage pack under the floor.

The more kids, gear and long trips you have, the more important it becomes — not horsepower under the hood, but the ability to quickly reshape the cabin around real life. For now this is just a patent, not a production option for the Chrysler Pacifica or a future electric minivan. The main question is whether the system reaches production at all, and whether it turns out too expensive or too complex for a mass-market vehicle.

This English edition was prepared using AI translation under editorial oversight by SpeedMe. The original reporting is by Yulia Ivanchik

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