Google Trends · 2004–2026

Most Popular
Legendary Pokémon

We tracked 71 Legendary Pokémon across 23 years of Google search data (2004–2026). Mewtwo leads with an average normalized search score of 15.3, followed by Lugia (7.0) and Rayquaza (5.7). No single Pokémon dominates: 15 different Legendary Pokémon have held the top spot month to month. Interest peaked in July 2026, 3.4× the category’s typical level.

Mewtwo #1 Most Searched
71 Pokémon Tracked
15.34 Top Score
Search interest over time — top 5 in this category

All 71 Pokémon · Ranked by average search score (2004–2026) · Tap any Pokémon for its history

What the data shows

Peak interest July 2026

Legendary search interest hit 3.4× its typical level.

Who holds #1 160 / 271 months

Mewtwo has led all Legendary Pokémon in 59% of months on record, ahead of 14 other Pokémon that have reached #1.

  • LugiaApril 2005 – December 2008
  • LugiaAugust 2009 – August 2011
  • MewtwoSeptember 2011 – September 2012
  • MewtwoJanuary 2013 – January 2019
  • MewtwoMay 2019 – July 2026

Longest 5 of 8 distinct spells at #1.

Biggest riser · last 24 months Reshiram +332%

Averaged 5.99 over the last 24 months, up from 1.39 in the 24 months before.

Biggest faller · last 24 months Cosmog -42%

Averaged 1.29 over the last 24 months, down from 2.21 in the 24 months before.

Seasonality July +15%

After removing the long-term trend, Legendary Pokémon run 15% above average in July and 16% below in January.

Concentration 34% in the top 5

Mewtwo alone scores 16.5× the median Legendary Pokémon (0.93).

Where they over-index Hawaii
  • Hawaii+5.8%
  • District of Columbia+4.2%
  • Minnesota+3.9%
  • Wisconsin+3.6%
  • New Jersey+2.3%

Relative to how much each state searches for Pokémon overall, across 33 well-measured Legendary Pokémon.

Figures are computed from monthly Google Trends data, 2004–2026, normalized against a fixed anchor topic. Movement and regional figures are only shown where enough Pokémon in this category carry a reliable signal — see the methodology.

Data through · How this is measured