Squadron 2.0 Light Pod 90 Degree Lens Kit Universal Wide Cornering

Squadron 2.0 remain correctly oriented. Our lens kits make it easy to replace worn or damaged lenses without affecting your light's warranty. Squadron 2.0 Pro auxiliary lights, the 90-degree lens kits are available in three lens colors - Clear, Baja Amber, and Factory Amber - and two beam patterns: Driving/Combo and Wide Cornering.

Clear lenses provide maximum brightness for general use, while amber lenses excel in adverse conditions by cutting through dust, fog, rain, and snow with reduced glare and enhanced contrast.

Note: This lens kit is engineered for applications where the light is mounted sideways, ensuring the optics is correctly orientated.

90-Degree Lens Pattern:

Driving Combo: Maximum trail coverage in a single light. The driving combo pattern is equipped with both driving and spot optics to provide you with a smooth blend of light for both near field applications in lighting zones 1 and 2 and distance in zone 3.

Wide Cornering: The wide cornering pattern offers a flattened horizontal beam, reducing blind spots and enhancing peripheral visibility in lighting zones 1 and 2. This cornering pattern is perfect for inclement weather such as dust, snow, rain or fog conditions while also perfect for seeing obstacles on the trail, trail conditions, and potential hazards - making it easier to navigate through tight turns, winding trails, or through wooded areas.

Lens Color:

Clear: The original performance lens. Our clear lens combined with our 5000k LEDs provide light most similair to daylight, reducing driver fatigue and increase terrain recognition.
Baja Amber: This performance-driven lens is specifically designed for off-road driving in challenging conditions such as dust, rain, snow, or fog. The Baja Amber lens minimizes glare, enhancing visibility and significantly improving your driving experience.

Factory Amber: This replacement lens option is crafted to seamlessly match the OEM running lights found on vehicles today. Factory Amber provides a color temperature best utilized in low-visibility conditions to increase depth perception while minimizing glare.