Utilising satin black mounting brackets concealed behind the centre opening, the Lazer Lamps vehicle integration kit for the Land Rover Defender (2020+) allows for mounting a pair of our class-leading Linear-6 (Standard or Elite), or a single Linear-18 (Standard, Elite or Elite with i-LBA) high performance LED spotlight, for an auxiliary LED driving light installation that impresses day and night. The slimline design and high-end styling of the Linear products ensures an aesthetic install onto the front of the vehicle that delivers exceptional lighting performance (borne out of development and testing done at the highest levels of professional motorsport) perfectly tuned to everyday road and off-road use.
ECE compliance allows for connecting into the vehicle’s electrical system so that the light(s) activate with the vehicle’s standard high beam lights. Available with all necessary installation parts including wiring loom, and fixtures, the Defender lighting upgrade kit delivers incredible levels of illumination for when the sun goes down.
The mounting of the light(s) utilises mounting brackets made from folded aluminium, that are finished with a satin black powder coat. The mounts are secured to the vehicles bumper beam bar for a subtle installation, secured using supplied fasteners. The resulting setup is secure and robust, with anti-theft fasteners included when utilising the Linear Elite lights, or as an optional extra on the equivalent Standard products. Like all lighting products from Lazer Lamps, the lights are designed, engineered, and manufactured in the UK, backed up by our comprehensive 5 year warranty. With no compromises in component parts or production techniques, your installation will stay looking in great shape year-after-year.
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. For advice on how to check for a 12V high beam signal, please click here.