Made in the UK
Polaris RZR (2022+) A-Pillar Mount Kit
From €150.00
To €685.00
Designed and engineered by one the leading manufacturers of metal works parts for the UTV market based in the US, Lazer Lamps is delighted to offer the Polaris RZR A-Pillar Mount Kit. Suitable for Pro-R or Turbo-R vehicles, from 2022 onwards, the mounts are especially well suited to mounting the RP Series lights (available with Spot or Hyperspot beam patterns).
The mounting brackets are made from 5mm mild steel, with satin black powder coat, and supplied complete with M12 fasteners. The mounts locate into original fixing locations on the RZR’s A-pillars, resulting in a clean, robust install guaranteed to last and impress.
LIGHTS AND WIRING KIT SOLD SEPERATELY.
PAYMENT INFORMATION
Please note all transactions are completed in Euros:
If you plan to reclaim VAT on any purchase and require a VAT receipt from your specific country, you will need to instead purchase through one of our local distributors.
DELIVERY – EU CUSTOMERS
Goods will be shipped via courier within 2 working days of your order being placed (stock permitting), from Lazer Lamps’ warehouse in Belgium. At the checkout stage you will be given the option for Standard or Express shipping options. For more information visit our Delivery Information page. For lower cost, expedited deliveries, with country-specific VAT receipts, we would always encourage purchases to be made through one of our local distributors.
DELIVERY – EUROPE & REST OF THE WORLD
Please visit www.lazerlamps.com for deliveries required outside of the EU.
Polaris RZR (2022+) A-Pillar Mount Kit
Produced from 5mm mild steel with satin black powder coat finish
Supplied with M12 stainless steel hardware
Locates in original fixing locations on the Polaris RZR
Compatible with RZR Pro-R / Turbo-R, model year 2022+
Optimised for RP Series installation
Designed & manufactured in the USA
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† 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. |
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