Decoding the GOE: A Fan's Guide to Understanding Figure Skating Judging

If you've ever watched a figure skating competition and wondered how a clean triple axel gets a +3 while another gets a +1—or why some falls still earn positive GOE—you're not alone. The Grade of Execution (GOE) system is the sport's most powerful and least transparent scoring tool. This guide decodes it: what judges look for, how they decide between a +2 and a +4, and where the system breaks down. By the end, you'll watch with sharper eyes and argue with better facts.

Where GOE Lives in Real Judging

The GOE is not a standalone score. It's a multiplier applied to the base value of each element—jumps, spins, step sequences, and lifts in pairs and ice dance. A triple lutz has a base value of 5.90 points. With a +5 GOE, that jumps to 8.85; with a -5, it plummets to 2.95. That's a range of nearly six points on a single element, enough to flip an entire competition.

Judges don't just wing it. The International Skating Union (ISU) publishes a list of bullet points for each element type. For jumps, the positive bullets include: good height and distance, good takeoff and landing, effortless flow, steps before and after, varied choreography, and matching music. To earn a +5, a skater must check at least six of seven positive bullets and have no errors. A +4 requires five. But in practice, judges cluster around +2 or +3 for clean elements, reserving +4 and +5 for exceptional moments.

The Tech Panel's Role

Before GOE is applied, the technical panel calls the element: a triple axel is a triple axel, not downgraded to double unless under-rotated by more than half a revolution. If the call is downgraded, the base value drops and the maximum GOE shrinks. So a under-rotated triple can never earn more than a +2, even if it's beautiful. This is where many fan arguments start—the call itself shapes the ceiling.

Element Categories and GOE Caps

Each element type has a different GOE range. Jumps can go from -5 to +5. Spins also -5 to +5, but the positive bullet points are different: speed, centering, difficult variation, and control. Step sequences focus on ice coverage, deep edges, and matching rhythm. Knowing the bullet points for each category helps you predict scores before they flash on screen.

One common surprise: a fall on a jump is always -5 GOE, but if the jump was fully rotated and the skater gets up quickly, the element still retains its base value minus the fall deduction. That's why a skater who falls on a clean quad still scores more than one who pops a double. The system rewards risk, even when it fails.

Foundations That Fans Often Confuse

The biggest misconception is that GOE is purely subjective. In reality, it's a structured deduction-and-bonus system. Each positive bullet adds roughly +1 to the GOE, but judges don't add mechanically—they use a holistic impression. A jump with three bullets might get +2, not +3, because the judge felt the flow was slightly off. Conversely, a jump with only four bullets but exceptional height might earn a +4 if the judge considers one bullet outstanding.

Reputation Bias Is Real

Studies of ISU data show that skaters with higher overall season bests tend to get higher GOE on the same elements. This is not officially acknowledged, but patterns emerge: a top skater's clean triple flip often earns +3 while a lesser-known skater's identical jump gets +2. This reputation effect is strongest in the first group of a competition. The system tries to counter it with random judging panels and anonymous scoring, but bias leaks through.

Home Cooking and Panel Composition

When a skater competes at home, their GOE tends to rise about 0.3 to 0.5 points per element on average. This is not cheating—it's human nature. Judges from the same federation may unconsciously reward familiarity. The ISU's solution is to have a nine-judge panel with a random draw of seven scores, discarding the highest and lowest. But if three judges are from the skater's region, one outlier still influences the trimmed mean.

Another confusion: the difference between GOE and the Program Components Score (PCS). PCS measures skating skills, transitions, performance, composition, and interpretation. GOE is about the execution of specific elements. A skater with high PCS does not automatically get high GOE—though in practice, the two correlate because better technique produces better elements. But a skater can have beautiful artistry and still pop a jump, earning negative GOE on that element.

Patterns That Usually Work

Over the past decade, certain strategies consistently earn high GOE. The most reliable is entering jumps with speed and clear steps. A triple-triple combination where the second jump flows out with no hesitation almost always gets +3 or +4. Spins that change positions quickly and maintain center also score well. The bullet point 'difficult variation' is often the difference between a +2 and a +4 on a spin.

Matching Music

One underrated bullet is matching the element to the music. A jump timed to a musical accent, or a step sequence that mirrors the rhythm, can push GOE up by a full point. This is why skaters who choose music with clear beats often score higher on step sequences. The best choreographers build elements around musical peaks.

Edge Quality and Ice Coverage

For step sequences, deep edges and full-ice coverage are the two most important bullets. A skater who skates small circles in one corner will get +1 at most, even if the steps are complex. One who covers the whole rink with deep, flowing edges earns +4 or +5. Watch the blade tracings: if the skater leaves long, curved marks, that's deep edges. If the marks are short and straight, the GOE will be lower.

In pairs, lifts are judged on speed of entry, ice coverage, and the difficulty of the exit. A lift that travels across the rink and ends with a creative dismount earns higher GOE than one that stays in place. The same logic applies to ice dance lifts—travel is rewarded.

Anti-Patterns and Why Skaters Revert

Not everything that looks impressive scores well. The most common anti-pattern is the 'wild' jump—huge height but no control on landing. Judges deduct for poor flow out, even if the jump is huge. A triple axel that lands with a stumble earns -2 or -3, while a smaller, controlled triple axel gets +2. Skaters who chase height often lose points on the landing.

Overchoreographing Elements

Some skaters add too many arm movements or extra rotations in spins, trying to hit every bullet point. But if the spin slows down or loses centering, the GOE drops. A simple, fast, well-centered spin with one difficult variation beats a messy, slow spin with three variations. Judges reward quality over quantity.

The Quad Trap

In men's and increasingly women's skating, quad jumps are the highest base value elements. But a badly executed quad—under-rotated, step out, or both—can score less than a clean triple. The risk-reward calculation is real. Some skaters have built careers on quads that barely get positive GOE, while others stick to triples and earn +4s. The math depends on the skater's consistency. A quad with -2 GOE is worth less than a triple with +3, unless the base value gap is large enough.

Why do skaters still attempt quads? Because the ceiling is higher. A quad with +4 GOE is nearly 15 points, while a triple with +4 is around 8. For skaters who can land them cleanly, quads are the path to gold. But for those who can't, they become a liability.

Maintenance, Drift, and Long-Term Costs

The GOE system is not static. The ISU revises bullet points every few years, often in response to trends. After the 2018 Olympics, the emphasis on 'difficult entry' to jumps was reduced because skaters were doing awkward, unsafe entries just to get a bonus. The 2022 rules shifted toward rewarding flow and choreography. These changes alter which skaters thrive. A skater who built their technique around difficult entries lost advantage overnight.

Drift in Judging Norms

Over a season, judging norms drift. Early in the season, judges are stricter; by Worlds, they are more generous. This is partly because skaters improve, but also because judges calibrate to the field. A clean triple loop in October might get +2; the same jump in March might get +3. This drift affects skaters who peak early—they get lower GOE for the same quality. Conversely, skaters who peak late benefit.

Cost of Consistency

Maintaining high GOE requires constant training on every element. A skater who focuses only on jumps may see their spin GOE drop. The best skaters train all elements equally, but that's expensive in time and energy. For national federations with limited resources, this creates a trade-off: invest in one skater who can do everything, or spread resources? The long-term cost is that skaters who can't afford top coaches or ice time rarely achieve consistently high GOE, even with talent.

There's also an ethical dimension: the system rewards risk, which increases injury rates. Skaters who chase +5 on quads may push too hard. Several top skaters have ended their careers early due to accumulated injuries from repeated quad attempts. The GOE system doesn't directly cause this, but it incentivizes the behavior.

When Not to Rely on GOE as a Fan

GOE is a useful metric, but it's not the whole story. In some contexts, it can mislead. For example, in ice dance, the GOE is often very high for top teams—+4 and +5 are common—because the base values are lower and judges use GOE to differentiate. A team's total score may be dominated by PCS, not GOE. Comparing GOE across disciplines is meaningless.

Short Program vs. Free Skate

In the short program, required elements are fixed, so GOE directly compares skaters doing the same elements. In the free skate, skaters choose their elements, so a skater with lower base value but high GOE may lose to one with higher base value and lower GOE. Raw GOE totals don't tell you who skated better—you need to consider base value.

When You Don't See the Replay

TV broadcasts often show only one angle. A jump that looks perfect from the front might be under-rotated from the side. The tech panel has instant replay and slow motion. If you're arguing with a friend about a call, remember that you're missing data. That's not to say judges are always right—they miss calls too—but the system is designed to catch obvious under-rotations and edge violations.

Finally, don't use GOE to compare skaters from different eras. The system changed dramatically in 2018 and again in 2022. A +3 in 2016 is not the same as a +3 in 2024. The scales have shifted, and old scores are not directly comparable. Watch historical performances with context, not with modern standards.

Open Questions and Common Fan Questions

Why did that skater get a negative GOE on a clean jump?

Sometimes a jump is clean—no fall, no step out—but still gets -1 or -2. This usually means the tech panel called an edge violation (wrong edge on a lutz or flip) or a quarter under-rotation. The call itself reduces the GOE ceiling. If the panel calls a 'q' (quarter under-rotation), the maximum GOE is +2, and most judges give 0 or -1. The skater didn't do anything visibly wrong, but the slow-motion replay showed a tiny flaw.

Do judges see every bullet?

No. Judges have about 10 seconds to watch an element and assign a score. They don't check off each bullet in real time. Instead, they form a holistic impression and then adjust up or down based on what stood out. This is why reputation matters—if a judge expects a skater to be good, they see more positives. The ISU is experimenting with real-time scoring tablets that show bullet checklists, but most judges still use paper or mental notes.

Can a skater get +5 on a spin with a fall?

No. Any fall on any element automatically results in -5 GOE for that element. But if the fall happens after the element is complete—for example, falling on the exit of a spin—the spin itself may still get positive GOE if the fall is considered a separate incident? Actually, no: the ISU rule is that a fall during or immediately after an element results in -5 for that element. The only exception is if the fall is clearly unrelated (like tripping on a camera cable after stopping). In practice, any fall within two seconds of the element counts.

Why don't judges give more +5s?

Because the ISU guidelines say +5 should be reserved for 'perfect' elements that meet all positive bullets and are exceptional. Judges are conservative. In a typical Grand Prix event, you might see 5-10 +5s across all skaters. At the Olympics, even fewer. The system is designed to have a ceiling that is rarely reached, so that there is room for growth. Some fans argue this is too strict, but the ISU prefers it to grade inflation.

How can I predict GOE as a fan?

Watch for three things: entry speed and steps, landing flow, and the skater's reaction. If a skater lands a jump and immediately glides into choreography without a pause, expect +3 or higher. If they land with a wobble or a hop, expect +1 or lower. For spins, watch the centering—if the spin stays in a fixed spot, it's good. If it travels, GOE drops. For step sequences, watch the knees: deep knee bend means deep edges. These visual cues are more reliable than trying to count bullet points.

One final tip: compare scores within the same competition, not across events. A +3 at one competition might be a +2 at another because the panel is different. The GOE system is a tool for ranking skaters on the day, not an absolute measure of quality. Use it to understand why one skater beat another, not to declare eternal truth.