NAVY Powder Coated with BLACK Logo VERTIGO MOUNTAINBOARD Baseplate - Super Strong & CNC'd light made from Extruded T6 Aluminium 2 hole

The TRAMPA VERTIGO BASEPLATE is a CNC Milled light weight version of the original INFINITY Baseplate. Weighing in at only 128g each, they are 25% lighter than the Original INFINITY Baseplate, but compared weight to strength, the VERTIGO BASEPLATES are the lightest / strongest in the TRAMPA range!

The VERTIGO range of products are designed for advancing riders who are demanding low weight & high performance from their equipment. Tried & tested by the TRAMPA Lab-Rats (i mean TRAMPA Team riders), the VERTIGO Baseplates will not fail you. In order to make our Baseplates so strong we use Aircraft grade (6061) Aluminum which is hydraulically extruded it through a custom made Die. It comes out the other side of the machine like playdoh, as one long piece, in the profile of our re-enforced Baseplate.

Extruding Aluminum ensures consistent strength throughout the profile. Once Extruded the profile is then sent to be T6 Heat Treated. T6 Heat Treating Extruded Aluminum fuses the molecules of the metal together tighter than they already are, making it even stronger than before, enabling the VERTIGO Baseplate to easily cope with the extreme stresses of Off Road Riding without the fear of problems & whilst looking extremely stylish! ;-)

Once its Heat Treated, the extruded profile is then sliced & diced into the Baseplate shape. Using a mould to position the Baseplate, the Baseplate mounting holes are punched into the correct position & the Baseplate is then sent away to be "Bead" polished & prepared for the colour coordinating Powder Coating process & stylish TRAMPA logo to be added. Once the Powder coating has dried the Baseplate is sent to the CNC factory for its final process. The high precision machine accurately mills out the excess material of the body, reducing weight & leaving a pimped out TWO TONE APPEARANCE behind. The CNC Machine is also used to accurately mill out the Kingpin holes in order to give the precision required for constructing the complete Truck.