Skateboarding the loop represents the purest distillation of momentum and geometry in action sports. This specific maneuver involves riding up a curved transition, reaching the vertical apex, and completing a full 360-degree rotation before descending the opposite side. While often associated with empty swimming pools and iconic skateparks, the loop demands a rare combination of speed, balance, and commitment that defines the skill ceiling of the discipline.
The Physics of the Vertical Loop
Understanding the loop begins with the physics that make it possible. Centripetal force is the invisible tether keeping the rider and board glued to the curved surface, counteracting the relentless pull of gravity. As a rider ascends, kinetic energy converts into potential energy, slowing the board until the apex is reached. To successfully complete the rotation, the rider must generate enough horizontal momentum to ensure the board continues pushing against the transition with sufficient force to maintain the circular path without losing contact.
Essential Equipment for the Transition
Not every skateboard is suited for life in the transition zone. The setup for loop riding is highly specific and dictates whether the attempt will result in a graceful rotation or a violent bail.
Board Shape: A symmetrical deck is non-negotiable, allowing the rider to ride switch (opposite stance) with identical control.
Truck Profile: Low or mid-profile trucks are essential to prevent wheel bite and reduce the truck's swing radius for tighter turns.
Wheel Durometer: Hard wheels (99a to 101a) provide minimal rolling resistance and slide predictably, while softer formulas offer grip for pumping.
Bearings: High-quality, smooth-bearing bearings are critical for maintaining the consistent speed required for the vertical wall.
Mastering the Approach
Loop riding is not a trick to be learned in isolation; it is the result of mastering fundamental skills in a specific sequence. The approach is the foundation, dictating the energy available for the rotation. Riders must focus on hitting the transition at a precise angle, typically aiming for a point slightly above the coping. The goal is to generate "pump"—the rhythmic compression and extension of the legs and ankles—to maintain speed without relying solely on the initial push. Leaning too far back causes speed loss and a slide down the back, while leaning too far forward results in launching over the coping.
The Rotation and Body Position
Once speed and line are established, the focus shifts to the rotation itself. The common mistake is to simply jump and spin, which often leads to losing contact with the board. The key is to treat the board as an extension of the body. As the rider enters the vertical wall, the shoulders initiate the turn, followed by the hips and knees, creating a coiled torque. Looking over the front shoulder dictates the direction of travel, while keeping the knees bent absorbs the transition's radius and maintains a low center of gravity for stability.
Advanced Variations and Style
After conquering the basic loop, the discipline opens to a spectrum of variations that blend rotation with technical flair. The Heelflip Loop involves popping a heelflip while rotating, requiring precise foot placement to catch the board on the descent. The Backside 360 Loop sees the rider spinning backward over the transition, a move that demands exceptional spatial awareness to spot the landing. For those seeking raw power, the Fakie Loop involves riding backward up the transition, adding a layer of complexity to the weight distribution and balance.
