Toyota Land Cruiser Interior Door Bulb Size

The Toyota Land Cruiser interior door utilizes 168 and 194 bulb sizes for the lighting components located within the internal panels. Available data covers the specific time range from 2003 through 2015 for the listed vehicle components.

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

Years	US Type	EU Type	Shop
2013-2015	168	W5W	Check Price
2008-2011	168	W5W	Check Price
2003-2007	194	W5W	Check Price

Bulb Specifications

Description	Type	Shop
ANSI standard (US & Canada). Miniature wedge bulb (T10). 12V, 4.9W.	168	Check Price
ECE standard (Europe & worldwide). Single-filament signalling bulb with W2.1x9.5d wedge base. 12V, 5W.	W5W	Check Price
ANSI standard (US & Canada). Miniature wedge bulb (T10). 12V, 3.78W.	194	Check Price

Other Locations

Additional Notes

The Toyota Land Cruiser interior door bulb specifications cover model years 2003-2015, with two distinct bulb sizes used across that span: the 168 and the 194.
Both the 168 and 194 are ANSI-standardized miniature wedge bulbs sharing the same T10 form factor and 12-volt operating voltage, which means they are physically interchangeable in terms of socket fit.
Despite their shared socket type, the 168 and 194 differ in wattage. The 168 draws 4.9 watts, while the 194 draws 3.78 watts, making them electrically distinct and not direct equivalents for replacement purposes.
The Toyota Land Cruiser (2008-2015) uses the 168 bulb for the interior door position, with the exception of 2012, which is not listed in the specifications.
The 194 bulb is specified for the Toyota Land Cruiser across model years 2003-2007, covering the earlier portion of the listed range.
The T10 wedge base is a widely used miniature bulb format in automotive interior applications, held in place by the tension of the socket rather than a bayonet or screw mechanism.
Because both bulb types share the T10 socket, substituting a 194 for a 168 or vice versa is physically possible, but the wattage difference may affect brightness output relative to the original factory specification.