
The airbag technology used in the Citroën ë-Berlingo is state-of-the-art and, in the event of a defect, requires specialized repair to restore the safety system's full functionality. Airbag24 professionally repairs control units with true-to-original functionality and a 2-year warranty.
The Citroën ë-Berlingo is the all-electric version of the popular high-roof station wagon, which has been on the market since 2022 and received a comprehensive facelift in 2024. As part of the third Berlingo generation, it integrates advanced safety technologies specifically tailored to electric drivetrains and modern driver assistance systems.
The ë-Berlingo's airbag control unit is the central element that coordinates all passive safety systems. It is responsible for the correct, adaptive deployment of the airbags and seatbelt pretensioners in the event of a collision and works closely with other vehicle systems.
Although the Citroën Berlingo has been produced in three generations, the ë-Berlingo belongs exclusively to the third generation, which has been in production since 2018. The all-electric variant was introduced in 2022 under the citroen-e-berlingo-iii series and underwent a facelift in 2024.
The first generation of the Citroën Berlingo was produced from 1996 to 2008, followed by the second generation (2008-2018), which also underwent a facelift in 2011. The current third generation (since 2018) is the basis for the all-electric ë-Berlingo, which will be available from 2022.
With the launch of the ë-Berlingo and its first facelift in 2024, the airbag control units have been continuously developed to meet the increased demands of modern, connected vehicles. These specific models benefit from the latest safety standards and intelligent crash algorithms.
The development of the ë-Berlingo's safety system reflects technological advances, ensuring seamless integration of airbags, seatbelt pretensioners, and advanced driver assistance systems. The ë-Berlingo is available in M versions with 5 seats and XL versions with up to 7 seats.
Citroën ë-Berlingo airbag control units can be uniquely identified by part number, year of manufacture, and vehicle identification number (VIN). Each version, especially after the 2024 facelift, may use specific control unit variants that are crucial for optimal compatibility and functionality.
Precise identification of the airbag control unit is essential for a successful repair. The control unit's part number is located directly on the component and provides information about the exact model series, production date, and specific software version.
This precision is necessary because the airbag control unit in the ë-Berlingo not only controls the airbags but also communicates with other systems such as the crash sensors, seat belt pretensioners, and vehicle diagnostics. Correct assignment ensures that the repair takes the complexity of the modern safety system into account.
The Citroën ë-Berlingo offers a comprehensive range of standard airbags tailored to the needs of families and business users. These modern safety systems are an integral part of the vehicle's design as a versatile high-roof station wagon or MPV.
The current Citroën ë-Berlingo III comes standard with adaptive driver and front passenger airbags, with the passenger airbag being deactivated if necessary. Additionally, front and side airbags for the driver and front passenger, as well as front and rear curtain airbags, provide comprehensive protection in the event of a collision.
These diverse airbag components are coordinated by the central airbag control unit, which also works with other assistance systems such as ABS, ESP, and active lane keeping assist. This sophisticated airbag system is designed to provide optimal occupant protection, whether on family trips or in commercial use.
The 5- or 7-seat multi-purpose vehicle (MPV) design requires reliable and high-performance airbag technology that provides safety for all passengers. The airbag control units of the ë-Berlingo III series are specifically designed to meet these demanding requirements and ensure precise control of all airbag modules.