Lazer Lamps RAM 1500 Classic (2013-2018) Triple-R 750 Grille Kit PN: GK-R1500-01K
For an OE quality, auxiliary high beam driving light installation, the Lazer Grille Integration Kits include custom-fit mounting brackets which allow for quick and easy fitting of Lazer High Performance LED driving lights within the front grille of the most popular road cars, pick-up trucks, and light commercial vehicles. Designed to blend seamlessly within the original styling of each vehicle, the resulting road-legal lighting setup remains fully robust and secure, while delivering night-time visibility that leaves little to the imagination.
(incl. VAT £575.10)
For an OE quality, auxiliary high beam driving light installation, the Lazer Grille Integration Kits include custom-fit mounting brackets which allow for quick and easy fitting of Lazer High Performance LED driving lights within the front grille of the most popular road cars, pick-up trucks, and light commercial vehicles. Designed to blend seamlessly within the original styling of each vehicle, the resulting road-legal lighting setup remains fully robust and secure, while delivering night-time visibility that leaves little to the imagination.
The RAM 1500 kit, designed and engineered for model year 2013+ vehicles, features a pair of Triple-R 750 (Standard or Elite) High Performance LED driving lights, plus wiring kit, alongside 4x brackets precision-engineered to engage perfectly with the standard centre grille on the vehicle, with added strength and security provided by the supplied self-tapping (plastic) screws. Made from ASA material, known for its excellent strength and UV stability, the brackets are fully weather and chemical resistant to ensure your installation remains in great condition year after year.
Supplied alongside the mounting brackets are a set of cutting guides, designed to facilitate the installation and ensure a perfect fit every time, without removal of the vehicle’s grille or bumper parts.
The RAM 1500 (2013+) Grille Integration Kit is carefully engineered and optimised for use with Triple-R 750 Performance LED driving lights.
- Bespoke vehicle integration kit for Lazer LED Driving Light installation
- Custom fit for RAM 1500 (2013+)
- For use with Triple-R 750 Performance LED driving lights
- Kit also includes bespoke mounting brackets and two-lamp wiring kit
- Cutting guides included
- Brackets made from high strength, UV -stable, ASA material
- Fully road-legal
- 5-year warranty
- Made in Britain
What's included:
- 2x Triple-R 750 High Performance LED Driving Lights
- 1x Mounting Kit (comprising 4x Brackets & Fasteners)
- 1x Cutting Guide Set
- 1x Two-Lamp Wiring Kit
- 1x Installation Instructions
Based on standard setup i.e. x2 Triple-R 750 High Performance LED Lamps:
| Voltage Range | 10-32V |
| LED Life | 50,000 hours |
| Weight | 2 kg |
| HIGH BEAM FUNCTION | |
| Total Luminous Flux | 9240 Lm |
| Total Driver 'FOV' Flux † | 5572 Lm |
| Colour Temperature | 5000K |
| Number of High Output LEDs | 2 x 4 |
| Power Consumption | 88 Watts |
| Current Draw (at 14.4V) | 6.2 Amps |
| Start-Up* | 100 ms |
| CERTIFICATION | |
| High Beam | ECE R112 |
| E-Mark Ref | 35 x2 |
| Position Light (White only) | ECE R7 |
| PHOTOMETRIC DATA | |
| Horizontal Beam Angle | 19 Degrees |
| 0.25 lx Line | 1225 metres |
| 0.5 lx Line | 866 metres |
*'Start-up time' is the delay between the lamp receiving voltage, and light being emitted. Different Lazer lamps have different start-up times, depending on their electrical architecture, so we recommend that if you are buying two different types of Lazer lamp, for mounting on to the same vehicle, that you ensure you pick products with matching start-up time (either 5ms or 100ms, depending on the product). Please check the lamps technical section on each product page to be sure you are purchasing lights with the same start-up time for the best performance.
† Driver FOV flux is a measure of effective lumens taking consideration of the amount of light in a driver's 'field-of-view' defined as an area +/- 45o left/right, and +/- 10o up/down. For more information – click here.
