6in Round Hard Yellow

The KC HiLites 6-inch Round Hard Yellow Light Cover (Part Number 5202, SKU KCH5202) is a durable protective lens cover engineered for auxiliary lighting systems on tactical and off-road vehicles. This yellow acrylic cover shields your work lights from road debris, salt spray, and impact damage while maintaining optical clarity under harsh field conditions. Weighing just 0.19 lbs, it installs directly over 6-inch round auxiliary lights without adding significant weight to your vehicle's electrical load.

The 6-inch diameter accommodates standard round work light housings, and the molded acrylic construction provides impact resistance superior to thin plastic alternatives. The yellow tint reduces nighttime glare while improving forward visibility during fog, dust, or precipitation—critical for tactical operations, law enforcement patrol vehicles, and remote site access. The cover features KC HiLites' branded logo and is designed for quick, tool-free installation and removal, allowing operators to swap covers based on mission requirements or preserve light output during daylight operations.

This cover fits users running auxiliary lighting on tactical trucks, Humvees, expedition vehicles, and law enforcement patrol rigs. The yellow finish is particularly effective in low-visibility scenarios where amber or colored light wavelengths cut through weather and environmental particulate more effectively than white light alone. Operators and fleet managers seeking reliable protective covers that maintain consistent performance across high-mileage deployments rely on KC HiLites' proven track record in the auxiliary lighting space.

Each cover is sold individually, allowing for modular replacement or rotation. The 7.3 x 2.1 x 9.1-inch dimensions confirm proper fitment with standard 6-inch round light housings. Whether you're outfitting a single vehicle or managing a fleet, this KC HiLites cover delivers protective coverage without compromising the optical performance operators depend on during field operations and low-light response scenarios.