VW Passat (2015+) - Bumper Beam Mounting Kit
Front Runner | Volkswagen Passat | LED
Auxiliary spotlight installation for VW Passat (2015+)
Optimised mounting for ST Evolution, Triple-R, or Linear driving lights
Secured to vehicle’s bumper beam bar behind lower grille
Fully robust and secure, with extra protection against theft
Vehicle wiring kits and CANbus Interfaces available
Fully road-legal
5-year warranty
Made in Britain
- More than 3500 articles
- More than 20 years of experience & expertise
- We have the widest range of off road products
- Ordered today before 3 p.m. shipped the same day
Specifications
| Product no. | VIFK-PASSAT-01K | |
| Brand | Front Runner | |
| Car type | Volkswagen Passat | |
| EU regulations | LED |
Description
For a totally secure and covert auxiliary spotlight installation, the Bumper Beam Mounting Kit for the VW Passat (2015+) is a specially engineered mounting solution that allows for the fitting of a range of Lazer High Performance LED Driving Lights, fixed directly to the bumper beam of the vehicle, behind the lower front grille.
Compatible with any of our road-legal driving lights across the Linear, Triple-R, or ST ranges, these brackets allow you to select the right lamp to suit your roads and driving conditions.
The brackets can be used with:
2 x ST-4 or ST6
1 x ST-8 or ST-12
Or:
2 x Triple-R 750 or 2 x Triple-R 850
1 x Triple-R 1000 or 1250
Or:
2 x Linear-6
1 x Linear-12 or 1 x Linear-18
The brackets are made from 3mm mild steel, with e-coat pre-treatment and a satin black powder coat to ensure automotive grade corrosion resistance. The brackets come supplied with all required fasteners for a secure fixing to the bumper beam.
With no compromises in component parts or production techniques, as with all Lazer products, the products are backed up by our comprehensive 5yr warranty.
Where the vehicle has Xenon or LED headlights as standard, it may not be possible to detect a 12V high beam signal. In these instances it will be necessary to complete the electrical installation using a Lazer CAN Interface.