How the technical panel identifies every element in the Final

Figure skating has always been a sport where fractions of a degree, a quarter rotation or a flat edge can separate gold from fourth place. Behind every scoreboard sits a small group of officials whose job is to identify exactly what a skater has done in the two, four or five minutes of a programme. The technical panel is that group, and at an event like the ISU Grand Prix Final in Turin, their decisions travel to viewers across the world, including a passionate audience of Australian fans who gather around screens in Melbourne, Sydney and Perth to follow every lutz and layback.

The December 2019 edition at the Palavela arena was significant for audiences in the southern hemisphere, because it arrived during the Australian summer and slotted neatly into the long holiday window when families in Adelaide and Brisbane often pick up new sporting hobbies. For skating devotees, the Final is the seasonal showcase, where the year's strongest senior and junior contenders meet and where each technical call is dissected in forums long after the music fades.

What the technical panel actually does is a combination of video review, real-time pattern recognition and rule-based judgement. Two technical controllers and a technical specialist sit together, replay each element in slow motion, and decide which prescribed movement has just been performed. They assign a base value from a published list, then decide on the level of difficulty achieved. The judges then add a grade of execution, but the technical identification must happen first.

For Australian viewers accustomed to watching sport where a single referee makes a clear call, the panel system can feel opaque. In cricket, a third umpire reviews a single decision; in Australian rules, the goal umpire signals directly. Figure skating distributes the responsibility across several officials working against a tight time window, with no opportunity for televised replay discussion. Getting to know how the panel works changes the experience of watching a programme, because each jump and spin suddenly carries a hidden story before the music even finishes.

What the technical panel actually is

The technical panel is an appointed group of three officials for each discipline: a technical controller, a technical specialist and an assistant technical specialist. The controller leads the group, the specialist is usually a former skater or coach with deep knowledge of the discipline, and the assistant focuses on calling under-rotations and edge errors. They review the live feed from arena cameras and a dedicated replay system and must reach a decision before the skater begins the next element.

Their core task is identification. The panel first asks whether a particular movement was a triple toe loop or a triple salchow, whether a spin combination reached the required number of revolutions, or whether a step sequence met the threshold for a level rather than a no-level stamp. Without this identification, the rest of the scoring chain cannot function. The base value, the grade of execution, the factored score between short programme and free skate — all of it begins with the panel's call.

A useful comparison for Australian sports fans is the role of the video referee in rugby league, who rules on whether a try should stand and what grounding occurred. Like that referee, the technical panel cannot be everywhere on the field, so it depends on multiple camera angles. Unlike rugby, the panel also grades the quality of what it sees, which is why the role is both forensic and interpretive. The published event portal explains how the judging and technical systems operate side by side throughout the competition week.

Reading a jump, the panel's hardest job

Jumps are where the technical panel earns its keep. A quad lutz and a quad flip look almost identical to a casual viewer; the difference is the take-off edge. The lutz is launched from a back outside edge, the flip from a back inside edge, and missing that detail would give the skater the base value of the wrong jump. The technical specialist watches the entry edge in slow motion, often frame by frame, and signals the controller, who logs the call. At a high-level event, this happens in roughly twelve seconds before the skater launches into the next combination.

Under-rotation is the other major call. A jump that is supposed to rotate four times in the air is considered under-rotated if it lands more than ninety degrees short. The amount of short-rotation determines whether the panel calls a "q" for quarter under-rotation, a "<" for a more obvious shortfall, or the dreaded "<<" for a jump that is downgraded to a triple. From a viewer's perspective in suburban Sydney, this is the moment where a ten-point lead can evaporate in a single landing.

There is also the matter of edge calls. A skater who performs a jump from the wrong edge does not lose the base value of the element, but the judges apply a reduction through the grade of execution. The technical panel flags the edge error in its notation so the judges know to look for it. Without the panel flag, a judge watching in real time might miss a flutz or a lip, and the skater would be rewarded for execution that did not meet the standard. This kind of invisible work is what makes the technical panel the unsung backbone of the sport.

Spins, sequences and the quieter calls

Jumps get the headlines, but a typical free programme contains only seven jumping passes and a similar number of spin and sequence elements. Each of those carries its own identification challenge. A layback spin must achieve a specific number of revolutions in a clearly recognisable position; a camel spin demands a particular hip and upper-body line; a sit spin requires the skating leg to be at or below parallel with the ice. The panel must identify which positions were held and for how long, because each difficult position adds to the spin's level.

In the Junior Final at Turin, many of the panels' toughest calls involved fly camels and combination spins where young skaters experimented with creative entries. The specialist watched not only the spin itself but the transition into it, because a difficult entry boosts the level. Australian audiences who watch domestic skating at rinks in Canterbury, Boondall or Macquarie Ice Rink often see this same complexity played out at weekend club competitions, where volunteer panels call elements according to the same ISU rules used at the Grand Prix level.

Step sequences and choreographic sequences present a different problem. The panel looks for the full use of the skating surface, the variety of steps and turns, and the difficulty of body movements. A short programme step sequence has fewer requirements than a free programme one, but the panel still must identify it correctly, decide whether it earns a level, and report any pattern of falls or stumbles. These quieter calls rarely trend on social media but shape the final score by several points across a two-day event.

Levels, grade of execution and the numbers behind the artistry

Once the technical panel identifies an element, it receives a base value published in a table that changes slightly every season. For the 2019-2020 season, a clean quad lutz carried a base value of 13.60 points, while a triple axel was worth 8.00. A level-four step sequence was worth 5.30 against 1.50 for a base-level version. These numbers are not negotiable. The judges then decide on the grade of execution, ranging from plus three to minus three, with each full grade adjusting the value by roughly ten percent.

The panel also rules on whether an element receives any credit at all. If a skater falls on a jump and does not complete the required rotations, the element can be called with a down arrow indicating no value, which means the judges cannot award any grade of execution. If the element is performed but is not one of the recognised elements in the rule book, it receives the symbol "V" and contributes nothing to the technical score. This is why scores drop unexpectedly when a skater attempts a creative new feature; the technical panel simply cannot credit what the rule book does not recognise.

Australian viewers who follow the sport through SBS broadcasts during Winter Olympic seasons, or through streaming services that carry ISU events, will recognise the small graphic on screen that lists every element with its symbol. Reading that graphic becomes second nature once you understand what each line means. A triple toe loop with a "q" and an "e" tells you the jump was slightly under-rotated and landed on the wrong edge. A spin with a "V" tells you the spin did not meet the basic requirements. The technical panel has done the work; the graphic is just the translation.

Watching the technical panel at work in Turin

For Australian fans planning to follow figure skating live, the Grand Prix Final in Turin is a chance to see the technical panel under the brightest lights of the season. The pressure is enormous, the cameras are everywhere, and every call is reviewed afterwards by a separate technical committee. Watching the event with an understanding of how the panel operates makes the experience far richer, whether you are ringside or watching the broadcast from a coffee shop in Fitzroy.

Skating clubs across Australia, from Perth to Cairns, often run viewing parties for major international events, and the conversation at those gatherings has shifted over the past decade from admiring artistry to dissecting technical calls. Younger fans want to know why a quad was called a triple, why a spin got level three instead of four, and why the on-screen graphic flashed a down arrow on what looked like a clean element. The technical panel's work is central to all those questions.

Practical ways to engage with the technical side of the sport

• Watch the kiss and cry replay as the technical specialist does. The replay monitor above the kiss and cry often shows the same angles the panel used, so pausing and reviewing helps you learn the calls.
• Keep a notebook or a phone note with the element list as the skater performs. Trying to spot the elements yourself sharpens your eye and lets you notice patterns in what each skater attempts.
• Compare the on-screen graphics between two skaters in the same discipline. Differences in base values often explain why a slightly less artistic programme beats a more musical one.
• Learn the under-rotation symbols: "q" for quarter, "<" for under, "<<" for downgrade. Knowing these lets you predict how a fall will affect the score before the announcer explains it.
• Listen for the technical specialist's name during the broadcast. Once you know which former skater or coach is calling, you can research their background and understand why certain calls feel stricter in some disciplines.
• Discuss calls with other fans after the programme. Australian skating communities on platforms like Discord and dedicated Facebook groups often have members who are qualified technical officials and can clarify confusing decisions.

Once a viewer starts reading the technical graphic with confidence, the sport changes. The score stops feeling like a magic number and starts feeling like a sum of clear decisions, each made in real time by officials working through a shared rule book. That understanding also makes it easier to spot the moments when a panel call might be reviewed, when an appeal is filed, and when the conversation between technical specialists and judges continues long after the music fades. The technical panel rarely appears on camera, but its fingerprints are on every line of the score sheet.

For fans planning their winter viewing around the Grand Prix Final in Turin or any of the events that follow, the official Torino 2019 event website is the place to start. It carries the venue map, the practice timetable, the broadcast schedule and the historical results that put every panel call in proper context. Bookmark the practice sessions of your favourite skater, check the gala line-up and arrive at the broadcast an hour early to soak in the warm-up. The panel will be working; you will be watching; the sport will be better for it.