Product Specifications

ZS1 SERIES
BI-LED MULTI-PROJECTOR HEADLIGHT

The ZS1 Series 3 projector version is developed for drivers who want a more focused beam pattern, broad road coverage, and dependable operating stability in one integrated headlight structure. It combines dual reflector design, 6 lane coverage, advanced heat dissipation, one piece CNC machined metal housing, super-bright LED output, fast and precise solenoid switching, and an ultra-clear precision lens into one complete lighting solution. Rather than relying only on raw brightness, this design places equal attention on beam control, practical visibility, and stable long-term operation. Its EMC R10 certification also adds important value for applications where vehicle electrical compatibility matters alongside optical performance. As a result, this version of the ZS1 Series is positioned as a practical choice for customers who want a compact multi-projector headlight with a cleaner beam character, stronger road readability, and dependable compatibility.

Innovative Upper Low Beam + Lower Direct High Beam Design

This version uses an upper low beam and lower direct high beam arrangement to give each lighting function a clearer role inside the housing. The upper section is designed to handle controlled low beam illumination for everyday road use, while the lower section is dedicated to direct high beam projection when more forward reach is required. This separation allows the optical system to work in a more organized way instead of forcing every function into one simplified beam path. It also supports a more intentional internal structure, which is one of the key technical advantages of this design. By dividing the beam roles more clearly, the headlight can offer a more disciplined lighting pattern while still maintaining the reach expected from a stronger high beam output.

150%+ Improved Light-Focusing Performance

The optical system focuses on making the available light more useful, not simply more intense. It is presented as delivering more than 150 percent improved light-focusing performance and up to 80 percent better road coverage uniformity through its multi-source design. In practical terms, this means the beam is shaped to place more intensity into the areas that matter most during nighttime driving. Better focusing helps strengthen the useful center of the light pattern, while improved uniformity helps the illuminated road surface appear fuller and more continuous from one side to the other. This creates a more stable visual field for the driver and reduces the feeling of uneven or wasted light. The result is a beam that feels more deliberate, more readable, and more effective in real road conditions.

Sharp Low-Beam Cutoff and Powerful High-Beam Throw

The beam pattern is designed to combine low beam discipline with stronger high beam reach. On low beam, the pattern maintains a sharp cutoff that helps control glare and reduce unnecessary disturbance to oncoming traffic and other drivers. This makes the light more usable in regular traffic while still giving the driver clear forward visibility. On high beam, the pattern extends farther and opens into a stronger long-range throw, helping improve road awareness on darker sections and open driving environments. The overall lighting effect is intended to produce a wider and farther useful light area instead of creating a bright but limited patch directly in front of the vehicle. This balance between control and reach is one of the core strengths of the 3 projector version.

Intelligent Thermal Management

Stable temperature control is an essential part of long-term headlight performance, and this design uses an intelligent thermal management structure to support that need. The cooling system combines a dual ball-bearing cooling fan, a high-efficiency fin heat sink, and a CNC-machined housing that helps move heat away from important internal components. These elements are designed to work together as one complete system rather than as isolated parts. Effective cooling helps the headlight maintain more stable light output during extended use and also supports the reliability of the internal optical and electrical components. In a compact multi-projector assembly, managing heat correctly is especially important, because strong output and concentrated optical design both place greater thermal demand on the structure.

3 Projector Bionic-Eye-Inspired Optical System

Within the ZS1 Series, this version is built around a 3 projector optical layout. It follows a single direct configuration supported by a supplementary projector high beam design, creating a more layered and purposeful beam structure inside the housing. The LED configuration uses two GC-3570 LEDs together with one GC-5050 LED to form a compact but capable optical package. Cold start power output reaches 63.63 W per bulb on high beam and 51.95 W per bulb on low beam, while stable power output reaches 60.37 W and 49.99 W per bulb. Cold start lumen output reaches 4948 LM per bulb on high beam and 2574 LM per bulb on low beam, with stable lumen output remaining at 4489 LM and 2298 LM per bulb. Combined with 6500K ± 500K color temperature and 9-16V DC compatibility, this 3 projector structure gives the model a clear technical identity within the series while maintaining focused output and controlled beam performance.

Built for Vehicle Fitment and Road Visibility

The final value of this version lies in how its compact 3 projector structure performs after installation. The integrated housing keeps the overall form controlled, while the on-vehicle lighting effect is designed to deliver useful width, forward reach, and stable lane visibility in real driving conditions. Its listed 1266LX@10M shows that the output is not only focused visually but also meaningful in forward intensity. Once installed, the beam is intended to provide clearer road guidance, better field coverage, and more confident long-distance visibility without sacrificing low beam control. Together with EMC R10 certification, the 3 projector version of the ZS1 Series offers a balanced combination of organized beam performance, stable cooling, and dependable compatibility.