The REDARC BCDCMB-008 is a mounting bracket that allows the installation of REDARC’s BCDC DC-DC In-vehicle charger range into the engine bay of both 100 and 105 Series of Toyota Landcruisers.
Each mounting bracket is manufactured from durable 304 stainless steel and is tailored for the secure fitment within the Toyota Landcruiser’s engine bay. By using a REDARC Mounting Bracket you can ensure a professional and neat install, removing the need to use customer bracket and drilling holes.
By using a REDARC Mounting Bracket you also guarantee optimal performance of your BCDC DC-DC charger by ensuring it gets cool airflow.
This mounting bracket kit includes everything you need to install the BCDC charger in your vehicle including a comprehensive installation template and instructions, fasteners and bracket.
With more and more electrical devices being used when travelling around Australia, along with more complex vehicle electrical systems, having the right battery charging solution has never been more important. The REDARC range ofBCDC Battery Chargersensures optimal performance of electrical equipment.
Their multi-stage charging algorithm allows them to charge any commonly used automotive auxiliary battery to 100% whilst you’re on the move.
REDARC offers customers free freight within Australia on products purchased via the REDARC website, unless a dangerous goods charge is deemed necessary in order to ship products of a lithium chemistry.All products have a 5 day lead time before shipment after which it will be shipped via your preferred shipping method. For alternative freight options please contact REDARC at email@example.com
For international orders, freight will be calculated at time of checkout. Orders will be shipped from our factory in Lonsdale with delivery timeframes dependant on location.
The terms and conditions relating to 'Return of goods' set out in our Trading Terms will apply to all good purchased by You via the Site. All goods purchased by You via the Site also come with a manufacturer's warranty found here.