IT | EN | JP #MadeOfStars #Torino2019
Junior & Senior Final · Palavela, Turin · 5–8 December 2019

How To Read Figure Skating Technical Scores As They Happen

A figure-skating scoreboard can change within seconds, yet the numbers are not random. The technical element score, or TES, is built from identifiable parts: the difficulty assigned to each jump, spin, step sequence or lift; the quality mark given by the judges; and any technical calls that alter the element’s value. Once those parts are separated, a live result becomes much easier to follow.

The Torino 2019 Grand Prix Final is a useful reference because it brought Senior and Junior skaters together across men’s, ladies’, pairs and ice dance events. Whether you are watching archived footage from the Palavela arena or following a current competition from Australia, the same basic reading method applies. Look at what was attempted, what the technical panel called, and how the judges rewarded the execution.

What The Technical Element Score Contains

TES is one half of a skater’s segment score. The other half is the program component score, which evaluates skating skills, transitions, performance, composition and interpretation. A skater can receive strong artistic marks while losing ground technically, or deliver difficult content with modest components. The live display may show both, but TES is the section that tracks the value of the planned skating elements most directly.

Every element begins with a base value from the ISU Scale of Values. A triple jump has a different base value from a double, a level-four spin is worth more than a level-one spin, and a more demanding ice-dance pattern or pair lift carries its own rating. A jump combination adds the value of its individual jumps, while a sequence or repeated jump follows specific rules.

The judges then apply a Grade of Execution, commonly shown as GOE. In the scoring system used around Torino 2019, GOE ranged from -5 to +5. A positive GOE raises the element’s value, while a negative GOE reduces it. The technical panel determines what the element is, but the judging panel assesses how well it was performed.

The basic calculation is therefore simple: base value plus the judges’ execution adjustment equals the element score. The scoreboard may present several abbreviations and decimals, but the principle remains the same. A difficult element with a poor landing can score less than a slightly easier element performed with speed, control and clarity.

How To Read A Live Scoreboard

During a broadcast, a technical element often appears in abbreviated form. A jump may be labelled with symbols such as 4T for a quadruple toe loop, 3Lz for a triple Lutz or 3F for a triple flip. A combination is displayed as linked elements, while a sequence may have its own notation. Spins and steps are commonly marked with level information, such as CCoSp4 or StSq4.

The number after a spin or step abbreviation refers to its level. In broad terms, higher levels indicate that the skater met more difficult feature requirements, although a high level does not guarantee a high execution mark. A level-four spin with a shaky centre can still receive negative GOE. Likewise, a clean level-three spin may earn more positive feedback for control and presentation.

Watch the display in stages rather than trying to absorb every number at once. First identify the element. Next check the base value. Then look for a technical-panel symbol or review notice. Finally, read the GOE and the element total. Television graphics may show a provisional figure before the panel completes its review, so a number can move after the skater has left the ice.

Useful scoreboard details to track include:

A live score is provisional until the technical panel and judges finish their work. In a major event such as the Grand Prix Final, replay review can be especially important because a small change to a jump call may affect both the base value and the final ranking. The result shown immediately after a performance should therefore be treated as a working score, not always the final protocol.

Why Technical Calls Change The Number

The technical panel checks whether the skater completed the element as intended. For jumps, this includes identifying the take-off, counting rotations and examining the landing. A jump that appears to be a clean triple from a distance may receive an under-rotation call if it is short of the required rotation. A more serious shortfall may lead to a downgrade, with the element valued closer to the lower-rotation jump.

Jump edges are another major factor. The Lutz and flip use different take-off edges, and an unclear or incorrect edge can be marked with a symbol. The exact effect depends on the call and the scoring rules in force for the event. Viewers do not need to memorise every penalty to understand the key point: the jump’s classification and value can change before GOE is applied.

A fall also affects the performance in two ways. Judges can give the element negative GOE, and a separate fall deduction may be applied to the segment score. This is why the total loss may look larger than the difference between a positive and negative execution mark. A step out, two-footed landing, hand down or visibly uncontrolled finish can also reduce GOE without necessarily changing the element’s identity.

Reviews are particularly significant late in a program. A skater may seem to be leading on the arena screen, only for an under-rotation or edge review to lower the TES. This is common enough that experienced viewers wait for the green or confirmed status before judging the final outcome. The process rewards patience: the first number is informative, while the confirmed protocol is authoritative.

Comparing Jumps, Spins And Sequences

The largest technical gains often come from jumps because their base values are substantial. A quadruple jump can create a large advantage over a triple, but the risk is also greater. A clean triple with positive GOE may outperform a poorly executed quadruple once falls, negative execution and deductions are considered. Real-time interpretation works best when difficulty and quality are viewed together.

Jump combinations deserve close attention. The first jump creates the foundation for the second, and the entry speed, landing position and available ice space all affect the second jump. A skater who lands the opening jump too tightly may struggle to add the planned second jump. If the combination is changed or interrupted, the final base value may be lower than the layout shown in the start list.

Spins and step sequences contribute fewer points individually than the biggest jumps, but they can decide a close competition. Their levels depend on required features, while GOE reflects centring, speed, positions, flow and control. In pairs and ice dance, lifts, throws, twists, dance lifts and pattern elements bring additional technical detail. The same reading habit applies: identify the element, confirm the level, then assess execution.

The planned content listed before a program is useful, but it is not a promise. Coaches may alter a jump combination after an error, a pair may simplify a lift, or a skater may repeat an element in a way that triggers a restriction. Start orders and planned layouts help viewers anticipate the strategy; the technical panel’s calls determine what ultimately counts.

Following A Competition From Australia

Australian viewers face a practical complication that fans in Turin do not: the time difference. A December event in Italy takes place during an Australian summer, and sessions that are convenient in European evening time may fall late at night or in the early morning in Sydney, Melbourne or Brisbane. Perth viewers work with a different offset again. Checking the session schedule in Australian Eastern or local Western time prevents confusion between a live event and a replay.

A useful approach is to keep the official protocol or results page open while watching the broadcast. Local coverage, streaming packages and replay availability can vary by season and by rights holder, so Australian fans should rely on the event’s official results information for confirmed scores rather than assuming every television graphic is complete. This is particularly helpful when a broadcast compresses the waiting period after a review.

The Australian market also shapes how people follow the sport. Viewers may watch on a laptop during a summer evening in Melbourne, use a phone during a Sydney commute, or catch a replay around family plans and weekend sport. The familiar Australian habit of reading a scoreboard quickly, much like following cricket or an AFL match, is useful here, provided the TES display is treated as a technical record rather than a simple win-loss indicator.

Spectators travelling from Australia to a future European skating event should also allow for currency conversion, seat categories and arena transport when comparing ticket options. Palavela’s seating map and practice-session information were important parts of the Torino 2019 event experience, because a view of the landing zone, jump entry and far-side spins can affect how clearly spectators interpret an element. Watching from the stands gives context that a tight television replay may miss.

The fastest way to build confidence is to follow one program with a written score trail:

For viewers in Australia, this exercise works well with a replay because the time difference no longer creates pressure. Pause when the element appears, predict the likely call, and then compare that prediction with the official result. Over several programs, abbreviations such as 3A, 4S, FCSp4, StSq4 and Lz become familiar, and the scoreboard stops looking like a wall of code.

Reading scores in real time also changes how a performance feels. Instead of reacting only to the final total, you can see where a skater gains momentum, where a technical risk fails, and why a seemingly modest element receives excellent GOE. This is especially valuable in the Grand Prix Final, where small differences in execution can separate the medal places.

Use the Torino 2019 results, schedules and discipline information as a practical training ground. Follow a complete Senior or Junior segment, separate TES from program components, and wait for reviewed calls before judging the result. With that habit, every jump, spin, lift and step sequence becomes part of a readable scoring story rather than an unexplained number on the screen.