US Trends

women's short program olympics 2026 results ~~

Ami Nakai of Japan currently leads the women’s short program at the Milano Cortina 2026 Winter Olympics, ahead of teammate Kaori Sakamoto and American skater Alysa Liu.

Podium after the women’s short program

Here are the top skaters and their segment scores:

Rank Skater Nation Total Segment Score Technical (TES) Program Components (PCS)
1 Ami Nakai Japan 78.71 45.02 33.69
2 Kaori Sakamoto Japan 77.23 40.08 37.15
3 Alysa Liu USA 76.59 41.34 35.25
4 Mone Chiba Japan 74.00 38.72 35.28
5 Adeliia Petrosian AIN 72.89 40.44 32.45
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Key storylines so far

  • Japan has dominated the segment with Nakai and Sakamoto sitting 1–2 and Mone Chiba also in the top group, setting them up strongly for the free skate.
  • Ami Nakai delivered a big technical program including a triple Axel, earning the highest technical score of the night and a season‑best total that pushed her into the lead.
  • Kaori Sakamoto relied on trademark power and consistency, using high program components to stay within striking distance of gold despite slightly lower base technical content.
  • Alysa Liu kept the USA firmly in the medal conversation with a strong, energetic skate that combined solid jump content and good components to place her third going into the free skate.

How close is the fight?

  • The margin from 1st to 3rd is just over two points, so one jump mistake or one standout free skate could completely reshuffle the podium.
  • Skaters like Mone Chiba and Adeliia Petrosian remain close enough that a big free program could pull them into medal contention if those ahead falter.

In other words, the women’s short program has set up a tightly packed battle, with Nakai on top but Sakamoto and Liu very much in range heading into the decisive free skate.

TL;DR: Ami Nakai leads the women’s short program at the 2026 Olympics with 78.71, followed closely by Kaori Sakamoto and Alysa Liu, making the upcoming free skate a wide‑open fight for medals.

Information gathered from public forums or data available on the internet and portrayed here.