A tail slide occurs when a skateboarder slides the board’s tail along an edge. The skater pops the board upward while turning ninety degrees toward the obstacle. This movement places the back end of the deck onto a ledge or rail. Gravity and momentum carry the skater forward across the smooth surface of the obstacle. The wheels stay completely off the ground during the entire sliding process. Proper weight distribution prevents the board from slipping out during the slide. Skaters usually apply wax to the obstacle to reduce friction and improve speed.
Execution and Performance
Balance remains the most critical factor for a successful tail slide performance. The rider keeps the center of gravity directly over the back truck’s bolts. This posture ensures the board stays locked onto the corner of the ledge. Leaning too far back causes the skateboard to shoot out from underneath. Keeping the front foot hovering provides stability and helps with the final exit. Most skaters exit the slide by turning the board back to straight. This movement allows the wheels to hit the ground for a clean landing.
Real-World Example
A skater approaches a concrete ledge at a moderate jogging speed. The rider jumps and rotates the board’s tail onto the high corner. The tail scrapes along the concrete edge for five feet of distance. This action produces a distinct grinding sound while the skater maintains a crouch. The rider then pivots the board forward to roll away on the pavement.