The Rigid Industries Q-Series PRO is engineered for maximum durability and high performance in demanding environments. Featuring a robust housing that combines four D-Series optics, it delivers powerful illumination while withstanding harsh conditions common in agriculture, mining, fire and rescue, commercial trucking, marine, off-road, and power sports applications. Recent advancements in LED technology allow the Q-Series PRO to produce more raw lumens than previous models, ensuring bright and reliable illumination. Its design incorporates a vibration isolator and a heavy-duty 304 stainless steel bracket, providing stability and resilience during heavy-duty operations.
The Q-Series PRO has been upgraded with a refined look, including prominent branding and blacked-out circuit boards for a sleek, professional appearance. Optional covers, sold separately, feature a versatile light projection system with 50 percent forward projecting and 50 percent area lighting, allowing users to precisely illuminate areas of interest. Built specifically for extreme environments, these lights are capable of enduring physical abuse while maintaining optimal performance.
Whether for off-road adventures, industrial applications, or emergency services, the Rigid Industries Q-Series PRO delivers big, bright, and heavy-duty illumination. Designed to be the reliable lighting solution that helps users 'Own The Night,' this LED light combines innovative technology with rugged construction to meet the rigorous demands of professional environments. Installation is recommended to ensure optimal performance and safety, making it a trusted choice for those who need durable, high-output lighting in challenging conditions.
Features:
- Heavy-duty housing with four D-Series optics for enhanced illumination
- Vibration isolator and stainless steel bracket for durability
- High-performance LED technology delivering increased lumens
- Sleek design with prominent branding and blacked-out circuit boards
- Optional light covers for targeted illumination with 50% forward and 50% area projection