
The airbag technology used in the Infiniti G Coupe varies depending on the model year and model series. A defective Infiniti G Coupe airbag control unit requires professional repair to ensure full functionality of the safety systems. Specialized service providers guarantee original functionality and often offer a two-year warranty.
The Infiniti G Coupe, produced from approximately 2003 to 2013, was available in two main generations, the V35 (G35 Coupe) and the V36 (G37 Coupe). Each of these models was based on the sporty Nissan FM platform and featured advanced safety features coordinated by the airbag control unit.
Airbag systems evolved continuously throughout the production years. While early models offered solid basic features, later versions like the Infiniti G Coupe V36 (G37) incorporated additional features such as VVEL motor technology and advanced safety functions that required more complex control units. A professional repair of the airbag control unit is crucial to restoring occupant safety after an accident or in the event of a malfunction.
The Infiniti G Coupe was produced in two main generations, each using different airbag control units. The evolution of the safety system reflects technological advances from approximately 2003 to 2013.
The first generation of the coupe was the Infiniti G35 Coupe (V35), produced from approximately 2003 to 2007. It established itself as a sporty luxury coupe with a 3.5-liter V6 (VQ35DE) engine and relied on a robust basic airbag system that already offered comprehensive protection.
The successor was the Infiniti G Coupé of the V36 generation, which was produced as the G37 Coupé from August 2007 (model year 2008) until approximately 2013. This more modern series featured a more powerful 3.7-liter V6 (VQ37VHR) engine with VVEL technology and further developments in safety systems, which were reflected in the complexity of the installed airbag control units. It was later renamed the Q60 as part of a redesign.
Infiniti G Coupe airbag control units can be uniquely identified by part number, model year, and vehicle identification number (VIN). Each generation uses specific control unit variants for optimal compatibility with the respective vehicle system.
The part number, often located on a sticker directly on the control unit, is the primary indicator of the exact model and compatibility. Additionally, the year of manufacture indicates whether the control unit belongs to the V35 or V36 generation, as these have different technological standards and functions.
The complete vehicle identification number (VIN) is essential for precise identification during repairs. It allows us to take into account all specific features and system variants of the Infiniti G Coupe, which is crucial for the successful repair of a defective airbag control unit.
The Infiniti G Coupe's airbag configuration varies by model year and trim level, with both generations offering a high level of occupant protection. While early models utilized solid base airbag systems, newer generations feature enhanced safety packages with additional airbag modules and intelligent features.
Both the Infiniti G35 Coupe (V35) and the G37 Coupe (V36) were equipped as standard with a comprehensive Advanced Air Bag System (AABS). This included dual-stage front airbags for the driver and front passenger that responded to the severity of the impact and the occupant's position, as well as supplemental front-side airbags.
In addition, roof-mounted curtain airbags provided front and rear side-impact protection for comprehensive safety. Three-point seatbelts with pretensioners and load limiters in the front, the LATCH system for child seats, as well as electronic brake-force distribution (EBD), brake assist, and ABS were integrated as standard.
In the more modern Infiniti G Coupe V36 (G37), optional features such as pre-crash active seatbelt systems (as part of the Technology Package) further enhanced safety by preemptively tightening the seatbelts before an impending collision. The airbag control unit played a central role in precisely monitoring all these components and activating them precisely in the event of a collision to ensure the best possible occupant protection.