The ICON Alloys Vector 5 wheel incorporates sharp lines and an aggressive spoke design while a featureless lip provides clean looks and makes care & maintenance an easier task (doesn\u2019t trap debris as easily). Combining these bold looks with ICON optimized dimensions, the Vector 6 is designed to improve the form and function of your truck or SUV. Backspace and wheel offset dimensions have been strategically developed to reduce scrub radius, enhancing handling characteristics and ride quality \u2013 this is truly a \u201cwheel designed with suspension in mind\u201d.<\/p>\n
Key features:
\n\u2022 Application-specific dimensions optimize vehicle dynamics and tire clearance
\n\u2022 Reduced unsprung weight and rotating mass improves on and off-road vehicle performance
\n\u2022 Aluminum alloy construction provides strength properties that are well suited for off-road use<\/p>\n
Technical data:
\nProduct series: Vector 5
\nWheel size: 17\u00d78.5
\nDiameter: 17\u2033
\nWidth: 8.5\u2033
\nBolt pattern: 5\u00d7150
\nBolt holes: 5
\nCenter bore: 110.10 mm
\nOffset: 25 mm
\nBackspacing: 5.75\u2033
\nMaterial: Cast Aluminum
\nFinish\/coating: Powdercoated
\nColor: Bronze
\nLug nut seat type: Conical
\nCenter cap part number:
\nMax load rating: 1247.4 kg
\nTPMS compatible: yes
\nBead-lock: no
\nT\u00dcV certificate: no<\/p>\n
Vehicle applications (fitment):
\nYear Make Model Submodel Notes
\n\u2014\u2014\u2014 \u2014\u2014 \u2014\u2014\u2014\u2014 \u2014\u2014\u2013 \u2014\u2013
\n2008\u20132011 Lexus LX570 \u2014
\n2013\u20132021 Lexus LX570 \u2014
\n2008\u20132011 Toyota Land Cruiser \u2014
\n2013\u20132021 Toyota Land Cruiser \u2014
\n2007\u20132021 Toyota Tundra \u2014<\/p>\n","protected":false},"excerpt":{"rendered":"
The ICON Alloys Vector 5 wheel incorporates sharp lines and an aggressive spoke design while a featureless lip provides clean looks and makes care & maintenance an easier task (doesn\u2019t trap debris as easily). Combining these bold looks with ICON optimized dimensions, the Vector 6 is designed to improve the form and function of your<\/p>\n