Free Sample
The Complete Handbook of Skateboards
A practical reference for professionals, businesses, and serious enthusiasts who need to understand, choose, maintain, and profit from skateboards
by Alumigogo Books
Chapter 1: Understanding Skateboards
A skateboard is a mechanical assembly consisting of a deck (a laminated wood platform), two trucks (pivoting metal axles that hold the wheels), four wheels, and bearings that allow the wheels to spin. Understanding how these components function together as a system is essential for anyone who buys, uses, maintains, or repairs one. The skateboard's purpose is straightforward: to provide a stable, maneuverable platform that a rider can propel by pushing with one foot while the other remains on the deck, and to allow directional control through weight shift and truck articulation.
This straightforward description masks the engineering reality: a skateboard is a precision mechanical device with tolerances that matter, material properties that determine performance, and failure modes that are predictable if you understand the system. A skateboard that feels "responsive" versus one that feels "sluggish" is not a matter of opinion—it is the result of specific measurable properties: truck geometry, bearing friction, wheel durometer (hardness), and deck flex. A bearing that fails prematurely is not random bad luck—it reflects contamination, inadequate sealing, or deformation under load that could have been prevented by understanding how bearings work and how to care for them. A deck that delaminates (splits into layers) does so because the glue bond failed under stress, often predictably given the wood species used and the environmental conditions.
Understanding these relationships is why this chapter exists. If you are buying a skateboard for personal use, you need to know what specifications actually affect how