Chevrolet Captiva Sport Parking Light Bulb Size

Chevrolet Captiva Sport parking light bulbs use 5702AK and 4157NA sizes for this model. The replacement chart covers 2012 through 2015 vehicle production years with corresponding bulb size specifications.

The year-by-year compatibility chart below provides a quick reference to verify the correct bulb size for your vehicle.

Bulb Size by Year Range

If US Type and EU Type show the same value, a direct cross-reference for this bulb is not available or the data is insufficient.

Years	US Type	EU Type	Shop
2014-2015	5702AK	5702AK	Check Price
2013	4157NA	PY27/7W	Check Price
2012	5702AK	5702AK	Check Price

Bulb Specifications

Description	Type	Shop
Sylvania part number for a coated variant of the ANSI 3157 bulb. Dual-filament wedge bulb (T25), amber coating. 12V, 27W/7W.	5702AK	Check Price
ANSI standard (US & Canada). Dual-filament wedge bulb (T25), natural amber glass. 12V, 27W/7W.	4157NA	Check Price

Other Locations

Additional Notes

The Chevrolet Captiva Sport uses two distinct bulb types for its parking light across the 2012-2015 model years: the 5702AK and the 4157NA.
Both the 5702AK and 4157NA are dual-filament wedge bulbs built on the T25 form factor, operating at 12V with a 27W high filament and a 7W low filament.
The 5702AK is a Sylvania-specific part number designating a coated variant of the ANSI 3157 bulb, with an amber coating applied to the outer glass envelope rather than using amber glass in the construction itself.
The 4157NA follows the ANSI standard recognized in the United States and Canada, and its amber color is produced through natural amber glass rather than an external coating.
The 2013 Captiva Sport is the only model year in this range specified to use the 4157NA, while the 2012, 2014, and 2015 model years are specified for the 5702AK.
Although the 5702AK and 4157NA share the same T25 form factor and identical voltage and wattage ratings, the difference in amber coloring method means they are not straightforward substitutes for one another in applications where color output consistency is a factor.