Faros Para Lexus RX330

Lexus RX 330 Headlights

Effective headlamps form an important part of the vehicle safety system, improve your vision, and help others see you when you drive. The wide variety of RX 330 light-system components allow you to customize your system to serve your personal needs.

You can replace or upgrade a host of your model Lexus SUV light system components.

• LED bulb - LEDs provide light in a wide range of color temperatures, and you can adapt them for a variety of uses. Their solid-state designs can make them especially durable in challenging environments.
• HID bulbs - High-intensity discharge bulbs provide light at relatively high color temperatures, a trait that makes them a good choice for night driving.
• Adaptive lights - Adaptive light systems include bulbs, housings, sensors, and motors. When the front wheels turn, adaptive systems move the lights to match the vehicle’s direction. This makes them useful on dark, winding roads and indeed while turning at any time.

Non-adaptive lights attach immovably to the vehicle chassis. This means that where the car points, they point. When driving your Lexus RX 330 on bumpy or otherwise uneven roads, light beams that bounce around wildly may impact your awareness and the vision of other vehicle operators. Adaptive-leveling lights solve this issue by introducing a sensor and motor system capable of moving inner-elements of the housing independently of the chassis. In situations where the nose of the car tips up or down, this system keeps the beams centered right where they should be, improving your vision and sparing other operators from dangerous glare.

Color temperature refers to the brightness and color levels of various bulb categories. Low color temperatures in the 3,000 Kelvin (K) range appear soft and yellow to the human eye, and they feature in most halogens. While not optimal for longer-range uses, bulbs in this range work well as fog lights. Temperatures that dwell in higher ranges from 5,000-6,000K are closer to sunlight in terms of color and throw their beams farther, making them well-suited for use as main bulbs and for night operation. Many HID and LED bulbs inhabit this category.

Adaptive LED technologies harness the power of microprocessors to control light output at very detailed levels. Onboard computers activate or deactivate individual beams of light depending on the presence of oncoming objects. For example, LED computers can identify raindrops, calculate their paths, and switch off the beams as the drops cross the beam-paths. Digital lights can also recognize oncoming vehicles and divert high beams away from the operators. In this way, you can keep your high beams on without affecting the vision of other drivers. These capabilities result in greatly improved visibility and increased safety for you and for others.