The Element Quadrant #14 board is 8-inches wide and 31.75-inches long, from nose to tail. This deck features a bare top that needs grip tape and a design on the bottom with four quadrants featuring the Element symbol in alternating red and black backgrounds. The wheelbase between the trucks is just over 14 inches while the nose is 7 inches and the tail is 6.325.
The top part of the truck is screwed to the deck and is called the baseplate, and beneath it is the hanger. The axle runs through the hanger. Between the baseplate and the hanger are bushings, also rubbers or grommets, that provide the cushion mechanism for turning the skateboard. The bushings cushion the truck when it turns. The stiffer the bushings, the more resistant the skateboard is to turning. The softer the bushings, the easier it is to turn. Bushings come in varying shapes and urethane formulas as well as durometers, which may affect turning, rebound and durability. A bolt called a kingpin holds these parts together and fits inside the bushings. Thus by tightening or loosening the kingpin nut, the trucks can be adjusted loosely for better turning and tighter for more stability (useful when landing tricks). Standard kingpin nut size is 3/8" - 24tpi. The position of the hanger respect to the baseplate is also determined by the pivot, a rod that slots into the corresponding seat in the baseplate. The pivot stops the hanger from rotating around the kingpin. The pivot must allow some movement around the bushings and therefore is not a perfect fit. The space between the pivot and its seat in the baseplate is filled by a pivot cup, a plastic part that will take most of the wear and tear of the pivot and assist in centering the hanger needs to be lubricated every so often.
Cruiser - The name says it all. If you are looking to cruise around town then this is the right complete skateboard for you. These decks vary in length from between 20 inches all the way up to about 40 inches. The wheel diameters usually start at about 55 millimeters and use a much softer urethane than the previous Popsicle decks. These also come with all of the above but the decks do not always need grip tape. Some of the decks are plastic or composite material with grooves or gripping built directly into the deck mold.
Almost no one lands an ollie on their first try. Repetition is the most important part of learning how to ollie. Once you learn how to do an ollie, you can try doing them while rolling. Learning is one of the funnest parts of skateboarding. After you learn ollies, you can move onto 180s, Pop Shove-Its, and flips. Soon a whole world of tricks will open up.
Just before a skater performs an ollie, there are three forces acting on the skateboard. One of these forces is the weight of the rider, shown here with two red arrows. Another is the force of gravity on the board itself, shown with a small black arrow. Finally, blue arrows show the force of the ground pushing up on the skateboard. These three forces balance out to zero. With no net force, the skateboard doesn't accelerate, but rolls along at a constant speed.
For sale I have a Powell peralta old school ripper complete red and black with 169mm independent blackout trucks blue cambria 3md 62mm wheels and bones reds bearings The deck has only been skated twice with minor scrapes on the tail and wheel wells I added the independent blackout 69mm trucks and the Cambria wheels im selling it because I’m moving in a different direction I’m building a longboard for myself for this summer anyway the deck is a reissue ripper you can’t get it anymore great overall skater very durable
To get higher ollies, I would suggesting resting your back foot on the very end of the tail and the front foot in the middle of the deck to allow for more slide. Popping as hard as you can and catching your board in the groove of the nose with you ankle practically resting in the groove will level the board out in the air. after this initial movement slide you feet back to the bolts on the tail and nose to ensure a clean landing.