by Innovative Lensless LED Headlights
Oracle Lighting has announced the release of lensless LED headlights, which it plans to launch for sale next year. These headlights lack an external lens and are equipped with sealed modular LED emitters. The estimated cost of the new product will be about $900, and their design ensures easy replacement of individual components.
Technical Features and Advantages
The SEMA Show became the platform for Oracle Lighting to present what they call the ‘world’s first lensless LED headlights’. The sales start is scheduled for January, and initially, the headlights will be available as an accessory for the third-generation Toyota Tacoma. The elimination of the external lens provides a number of benefits: owners will no longer have to worry about cracks or fogging of the headlights. Furthermore, the modular design allows for the replacement of individual elements, such as high and low beams, as well as daytime running lights, unlike many modern LED units that require a complete replacement.
Economic and Practical Aspects
Although the headlights are not cheap, their design can save money in the long run. For example, a small crack on the external lens of a traditional headlight can cost over $1,000 to repair, which often causes complaints, especially among off-road enthusiasts. The lensless headlights have reinforced removable mounts that can be easily replaced if damaged. Additionally, the manufacturer noted that the headlight housing has a streamlined shape and can be painted, opening up new possibilities for customizing the vehicle’s appearance.
Prospects and Availability
Currently, the lensless headlights will be limited to a few car models. Besides the Toyota Tacoma, Oracle Lighting plans to release versions for the Toyota 4Runner and Ford F-150. The manufacturer also announced that additional models are under development and will be presented soon. This innovation may resonate with car enthusiasts who value reliability and customization options, although their practicality and durability still need to be tested in real-world operating conditions.
Lighting technology in automobiles continues to develop rapidly, and lensless headlights could be the next step in this direction. Given the growing popularity of electric vehicles and increasing demands for energy efficiency, such innovations could influence industry standards. Furthermore, the modularity of these headlights aligns with trends of waste reduction and repair simplification, which could interest not only car owners but also environmentally conscious consumers.
