Redefining: the meaning of what a LED strip is, the Morimoto XSB LEDs are the culmination of every practical lesson learned since LED accent lighting hit the market. Flexibility. Reliability. Intensity. Uniformity. Simplicity. Functionality. Last but not least; affordability. Nothing has been sacrificed.
Flexibility: Built on a ribbon-based circuit board that’s got a side profile of less than one millimeter thick and backed with 3M adhesive. The XSB strips are not only the most flexible LED strips on the market, but they can be mounted in tight spaces too. Finally you can forget about those bulky, unattractive silicone switchback strips for good.
Reliability: The innovative Hybrid-LED technology delivers a virtually infinite lifespan of 50,000 hours. That’s almost six straight years! Because they’re based on much more stable and mature SMD-LEDs; they are considerably more reliable between hot/cold cycles compared to “new” COB based halos.
Intensity and Uniformity: A special blend of silicone and phosphor covers the face of each strip. This proprietary coating is responsible for the neutral “white when off” look of the XSB’s and their amazing, uniform intensity – which is unlike anything else on the market.
Simplicity: Wiring is easy with a variant of the X Change Module integrated into the LED driver that powers each strip. The white wire receives a constant 12V+. The black wire is grounded, and the yellow wire is tapped into the turn signal circuit.
Functionality: Though they come out of the box ready to run as a switchback system, the XSB Strips can also be wired as a Daytime Running Light that turns off when your low beam headlights turn on.
- 2x LED Strips: Morimoto XSB Switchback
- 2x Drivers: X Change Regulators
- Warranty: Three Years
- Kelvin Rating: 6000K (white mode)
- Rated Lifespan: 50,000 hoursInput:12V
- Input Length: 35″ (89cm)12V
- Constant: 9006 Male Signal
- Trip: T-Tap
- Width: 4mmThickness:<1mm
- Lengths: 3″,6″,18″, 24″ (Can not be cut!)
- Time to install:
- 5 hours (estimate)
- Cutting involved:
- Application Dependent