Description

Instantly Elevate Your Commodore’s Street Presence Upgrade the look of your iconic ride. Give your 2010-2013 Holden Commodore VE or HSV Series 2 an aggressive, modernized edge with these premium aftermarket projector headlights. Featuring a sleek black housing and crystal-clear lenses, these units are the perfect replacement for faded or dated factory lights, delivering a stealthy, custom look that stands out on Australian roads.

Striking LED Daytime Running Lights (DRL) Transform your front end with the integrated, ultra-bright LED DRL strip. Not only do these running lights provide that highly sought-after modern aesthetic, but they also significantly improve daytime visibility and safety. Combined with the focused beam of the projector lenses, you get superior styling and performance in one package.

Hassle-Free Plug & Play Installation Designed with convenience in mind, these headlights feature an OEM-style fitment for a straightforward, plug-and-play installation. The units come pre-equipped with Halogen bulbs for both your low and high beams, meaning you can get them installed and get back on the road faster.

Key Features & Specifications:

• Vehicle Fitment: 2010, 2011, 2012, 2013 Holden Commodore VE Series 2 (S2) & HSV S2 models.

• Signature Style: Aggressive Black Housing paired with High-Clarity Clear Lenses.

• Modern Lighting: Built-in crisp white LED Daytime Running Lights (DRL).

• Projector Lenses: Delivers a sharper, more focused light output.

• Bulbs Included: Comes complete with Halogen bulbs for both Low Beam and High Beam.

• Indicators: Standard Halogen indicator function.

• Easy Install: Direct OEM fitment with a Plug & Play design.

• Package Includes: Sold as a complete pair (1x Left Passenger Side & 1x Right Driver Side).

⚠️ Important Fitment Notice:

• Please note that these headlights are NOT compatible with vehicles equipped with the factory AFS (Adaptive Front-lighting System) function.

• Professional installation is always recommended to ensure perfect alignment and optimal performance.