PRODUCT UPDATES · ENGINEERING DEVELOPMENT
NVEL 9 Inch LED Driving Light Development Update: 140W Main Beam & Warning Light
NVEL is pleased to share a new development update on our 9-inch LED driving light, designed to combine powerful forward illumination, a wide beam pattern, and an integrated warning light function in one robust lighting unit.
The development focuses on several important aspects of automotive auxiliary lighting: optical performance, structural simplicity, installation convenience, environmental protection, and electromagnetic compatibility.
Featuring a 140W main lighting system, a separate 36W warning light function, and an optical design based on overlapping light distributions, this new product is being developed for professional automotive lighting applications.
9-Inch LED Driving Light: Development Highlights
QUICK GUIDE
01 · Product Overview: Dual-Function 9-Inch LED Driving Light
The new 9-inch LED driving light combines two lighting functions within a single housing:
- Main Driving Light: Designed to provide strong forward illumination with a broad, relatively uniform beam distribution.
- Warning Light: A separate lighting function designed for enhanced vehicle visibility in appropriate applications.
This integrated configuration aims to provide a practical lighting solution while simplifying the overall product structure.
Technical Specifications
| Specification | Value |
|---|---|
| Product Name | 9-Inch LED Driving Light |
| Main Light Power | 140W ± 3W |
| Warning Light Power | 36W ± 4W |
| Main Light Luminous Flux | 13,000 lm ± 10% |
| Main Light Illuminance | 4,100 lx ± 10% |
| Main Light Color Temperature | 6,000K ± 500K |
| Main Light LED Configuration | 28 × OSRAM P8 LEDs |
| Waterproof Rating | IP67 |
| Optical Design | Overlapping beam distribution |
| Additional Function | Integrated warning light |
Note: The specifications above are based on the current development information. The illuminance value should be interpreted together with its measurement distance and test conditions, which will need to be confirmed in the final technical documentation.
02 · Optimized Optical Design for Stronger, More Uniform Illumination
One of the main development priorities for this 9-inch LED driving light is beam quality.
Rather than focusing only on maximum brightness, the optical design uses an overlapping beam approach to combine light from multiple LED sources into a more controlled illumination pattern.
Overlapping Beam Design
The overlapping optical arrangement is intended to reduce unwanted light dispersion while concentrating useful illumination within the target area.
This approach offers several potential benefits:
- Better control of the main illuminated area.
- Reduced unwanted light spill.
- Improved uniformity across the beam.
- A combination of central intensity and broader illumination coverage.
The objective is to create a practical beam pattern that supports both forward visibility and wider-area illumination.
Wide and Uniform Beam Distribution
The product is designed to produce a broad, relatively flat beam pattern.
This wide distribution is intended to support applications requiring illumination across a large horizontal area.
The optical development target includes coverage suitable for wide roadway environments, including scenarios involving up to six traffic lanes.
Actual coverage depends on installation height, aiming angle, measurement distance, and operating conditions. Final application claims should be supported by corresponding photometric testing.
Key Takeaway: The overlapping optical design targets controlled, relatively uniform illumination; final coverage depends on installation and photometric test conditions.
03 · High-Output Main Lighting System
The main lighting system uses 28 OSRAM P8 LEDs with a specified power rating of 140W ± 3W.
The current development specifications indicate:
- Luminous flux: 13,000 lm ± 10%.
- Illuminance: 4,100 lx ± 10%.
- Color temperature: 6,000K ± 500K.
The approximately 6000K white light is intended to provide a clear, modern illumination appearance.
Beyond the headline specifications, the optical design focuses on how effectively light is distributed within the intended beam area.
For professional lighting applications, useful illumination depends on the complete system, including LED placement, optical components, thermal management, and installation.
Key Takeaway: The main lighting system is specified at 140W ± 3W with 28 OSRAM P8 LEDs. Useful illumination depends on the complete optical, thermal, and installation system.
04 · Integrated Warning Light Function
In addition to the main driving beam, the product incorporates a separate warning light system rated at 36W ± 4W.
This feature is designed to expand the product’s functionality for applications where an additional warning light may be required.
The development materials also include a luminous-intensity test report labeled ECE R65 Category X, amber by day.
This provides useful technical information for evaluating the warning light’s photometric behavior.
However, a test report alone should not be described as proof of formal regulatory approval. The applicable certification status, installation requirements, and permitted use must be verified separately for each target market.
Key Takeaway: The separate warning light is specified at 36W ± 4W. The ECE R65 Category X amber-by-day test record does not by itself establish formal regulatory approval.
05 · Simplified Structure and Plug-and-Play Design
Structural reliability and installation convenience are important considerations in the development of automotive auxiliary lighting products.
The new 9-inch LED driving light adopts a relatively straightforward structural concept intended to reduce unnecessary complexity.
Key development objectives include:
Simplified construction
A streamlined design can help reduce assembly complexity and support more consistent manufacturing.
Convenient installation
The plug-and-play design concept aims to simplify installation for compatible vehicle and wiring configurations.
Improved reliability
By emphasizing structural simplicity and appropriate component integration, the development aims to support dependable operation under intended working conditions.
Final installation compatibility should be confirmed according to the product’s connector, wiring configuration, and target vehicle application.
Key Takeaway: The simplified structure and plug-and-play concept aim to support practical installation; final compatibility depends on the connector, wiring, and target vehicle.
06 · IP67 Protection and Electromagnetic Compatibility
Automotive auxiliary lighting products may operate in environments exposed to water, dust, vibration, and electrical interference.
For this reason, environmental protection and electrical performance are important parts of the product development process.
IP67 Waterproof and Dustproof Design
The product is specified with an IP67 protection rating, indicating a design intended to resist dust ingress and temporary water immersion under defined test conditions.
This protection level is relevant to outdoor automotive lighting applications where exposure to dust and moisture is common.
Electromagnetic Compatibility
The electrical design also emphasizes good electromagnetic compatibility.
The development objective is to minimize unwanted electromagnetic interference and support stable operation alongside vehicle electrical systems.
Specific EMC compliance claims should be based on applicable test results and the final production configuration.
Key Takeaway: IP67 protection and EMC performance must be evaluated under defined test conditions and against the final production configuration.
07 · Optical Testing and Engineering Development
The current development materials include several useful technical references:
Beam Pattern Evaluation
A beam image illustrating the distribution of the main lighting output, including the central high-intensity region and surrounding illumination.
Warning Light Photometric Data
A luminous-intensity test record for the amber warning light function, providing measurement data across specified observation angles.
Optical and Structural Design
A front-view engineering drawing showing the arrangement of the LED sources and optical elements.
Mechanical Dimensions
An engineering drawing illustrating the housing profile and selected mechanical dimensions.
Together, these materials provide a useful view of the product development process, from optical arrangement to mechanical packaging and photometric evaluation.
Additional testing and verification may be required before final production specifications and market-specific compliance claims are confirmed.
08 · Development Value for Automotive Lighting Distributors and Brands
For B2B buyers, a new lighting product should be evaluated not only by its advertised output but also by its practical application, design consistency, and sourcing requirements.
This 9-inch LED driving light development highlights several features that may be relevant to professional buyers:
- A dual-function configuration combining driving illumination and warning lighting.
- A high-output main lighting system using 28 OSRAM P8 LEDs.
- An overlapping optical design intended to improve beam control.
- Wide-area illumination as a key development objective.
- Simplified structural and installation design.
- IP67-rated environmental protection.
- Attention to electromagnetic compatibility.
For distributors, wholesalers, and automotive lighting brands, these features can form the basis for further technical evaluation and product discussions.
NVEL welcomes inquiries regarding the product’s development status, application requirements, and potential B2B cooperation.
Conclusion
The development of NVEL’s new 9-inch LED driving light reflects a focus on combining strong illumination, controlled beam distribution, integrated warning functionality, and practical structural design.
With a 140W main lighting system, a separate 36W warning light, and an overlapping optical arrangement, the product is being developed to meet the needs of professional automotive auxiliary lighting applications.
As development progresses, NVEL will continue evaluating product performance and application requirements.
Automotive lighting distributors, importers, and brands interested in this product are welcome to contact our team for further information.