The Base Value, GOE, and PCS: How Figure Skating Scores Are Actually Calculated

The outcome of a figure skating competition is not decided when a skater lands a quadruple jump, but in the quiet moments immediately after, when nine judges press a button to lock in the Grade of Execution. This single metric—the GOE—acts as a multiplier that can turn a technically difficult jump into a gold-medal triumph or drop a skater entirely off the podium. Under the International Judging System, the base difficulty of an element is merely the starting line. It is the execution that determines the final score.[1]

Introduced in 2004 to replace the highly subjective 6.0 system, the International Judging System (IJS) was designed to bring transparency and mathematical rigor to the sport. The IJS breaks every performance into two distinct halves: the Technical Element Score (TES), which measures what the skater physically executes, and the Program Component Score (PCS), which evaluates how well they perform the routine as a holistic piece of art.[2]

The foundation of the Technical Element Score is the Base Value. Every recognized maneuver in figure skating—from a Level 1 sit spin to a quadruple Lutz—carries a fixed point value established by the International Skating Union. A technical panel sits rink-side to identify each element in real time, assigning it a level of difficulty from Level 1 to Level 4 based on complex variations and rotations.[1][2]

For example, a quadruple Lutz carries a massive base value of 11.50 points, while a standard triple toe loop is worth 4.20 points. When a skater initiates a jump, the technical panel immediately locks in this base value. However, that number is only a provisional placeholder until the judging panel evaluates the quality of the maneuver.[1]

This is where the Grade of Execution (GOE) enters the equation. Each of the nine judges on the panel evaluates the element on a scale ranging from -5 to +5. A score of zero indicates that the element was executed adequately, meeting the basic technical requirements without any exceptional qualities or glaring errors.[1]

As the International Skating Union defines the process, the panel must "assess each element with a Grade of Execution (GOE), which ranges from +5 to -5, depending on how well an element is executed." Positive GOE marks (+1 to +5) are awarded for exceptional height, effortless flow, creative entries, and seamless exits. Conversely, negative marks (-1 to -5) penalize skaters for shaky landings, under-rotations, or poor edge control. The GOE is the judges' mechanism for rewarding excellence and penalizing mistakes, independent of the element's inherent difficulty.[1]

Crucially, the GOE is applied proportionally to the element's base value. Each integer on the GOE scale corresponds to a specific percentage adjustment. This means that a high-quality execution on a difficult jump yields a much larger point bonus than the same quality of execution on an easier jump. A +3 GOE on a quadruple Lutz adds 3.45 points to the skater's score, whereas a +3 on a triple toe loop adds only 1.26 points.

To protect the integrity of the score and prevent individual bias, the IJS employs a trimmed mean calculation. Once all nine judges submit their GOE marks for an element, the highest and lowest scores are immediately discarded. The remaining seven scores are averaged to two decimal places to produce the final GOE adjustment.[2]

This trimmed mean GOE is then converted into its corresponding point value and added to or subtracted from the base value. The sum of all these adjusted elements—every jump, spin, and step sequence—forms the skater's total Technical Element Score. But the TES is only half of the equation.

While the TES quantifies the athletic difficulty, the Program Component Score (PCS) measures the artistic and presentation qualities of the performance. The PCS ensures that figure skating remains an aesthetic discipline rather than just a jumping contest. Judges evaluate the skater across three distinct components: Skating Skills, Composition, and Presentation.[1][2]

Skating Skills assesses the skater's foundational technique, including edge quality, power, speed, flow, and ice coverage. Composition evaluates the structural design of the program, looking at how the choreography utilizes the ice surface and translates the musical phrasing into movement. Presentation measures the skater's emotional, physical, and intellectual involvement, rewarding those who project energy and connect with the audience.[1]

For each of these three components, the judges award marks in increments of 0.25, ranging from 0.25 up to a perfect 10.00. As U.S. Figure Skating outlines in its scoring guide, "the highest and lowest scores for each component are thrown out, and the remaining scores are averaged" to create a consensus score.[2]

Because the Technical Element Score can easily exceed the raw 30-point maximum of the PCS, the component averages are multiplied by a set factor. This mathematical weighting ensures that the artistic side of the sport carries an appropriate balance relative to the technical side, with different factors applied depending on whether the skater is performing a short program or a free skate.[2]

The final step in the scoring process is the application of deductions. Errors that disrupt the program are penalized heavily. A fall automatically deducts 1.00 point from the total score. Similar deductions are applied for time violations if a program runs too long or too short, costume malfunctions, or the use of illegal elements.[1]

The skater's Total Segment Score is calculated by adding the Technical Element Score to the Program Component Score, and then subtracting any deductions. In a standard competition, skaters perform two segments—a short program and a free skate. The skater with the highest combined Total Segment Score across both events wins the gold medal.[1]

The International Judging System demands a delicate balance of risk and reward. A skater attempting a high-base-value quadruple jump risks a severe negative GOE and a fall deduction if they miss, potentially scoring lower than a perfectly executed triple jump. This mathematical reality forces skaters and coaches to act as strategists, optimizing every edge, rotation, and transition to maximize their yield under the Code of Points.[5]