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Competitions

Amherst FMC Challenge 2024

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Results
May 11, 2024Private Residence · Amherst, Massachusetts, US8 people1 events

3x3x3 Fewest Moves podium

Gold
24.00 avg · 21 single
Silver
25.00 avg · 24 single
Bronze
34.67 avg · 31 single

Photos, videos & posts from Amherst FMC Challenge 2024

Competition recap

A written summary of Amherst FMC Challenge 2024, generated from the official results on this page.

Aedan Bryant Delivers Decisive Fewest Moves Victory at Amherst FMC Challenge 2024English

Inside the quiet rooms of a Private Residence in Amherst, Massachusetts, USA, eight competitors sat over grids of notation paper and scrambled puzzles on May 11, 2024. The atmosphere at the Amherst FMC Challenge 2024 was defined by deep concentration and careful calculations rather than the frantic clatter of turning plastic. Solvers spent their allotted hours mapping sequences, seeking the shortest paths to solve the Rubik's Cube in a specialized format that tests analytical mastery.

For United States solver Aedan Bryant, the home setting provided the ideal backdrop to deliver an exceptional performance on regional soil. Competing across two rounds in the sole discipline of the schedule, Bryant secured the top spot on the podium with a winning average of 24.00 moves. Navigating the complex permutations of the 3x3x3 Fewest Moves discipline, Bryant produced a standout single of 21 moves, setting the benchmark for the entire gathering.

The 3x3 results across the two rounds highlighted sharp tactical execution throughout the tight eight-player field. Fellow countryman Levi Gibson applied consistent pressure at the front of the pack, earning second place overall with a 25.00 average and matching the competition best with a 21-move single of his own. Will Russo locked down the third spot on the podium for the United States, logging an average of 34.67 and a top single of 29 moves.

Beyond the fight for podium silverware, several persistent speedcubing veterans achieved notable personal milestones away from the spotlight. Ryan Durette, attending his 141st career WCA competition, entered the single event on the roster and delivered a standout personal best of 39 moves. That effort marked a 15.2 percent improvement over his previous personal record of 46 moves, showcasing sharp calculation under competition conditions.

Elijah Rain Phelps also unlocked significant gains during the Amherst FMC Challenge 2024, competing in his 90th career tournament. Phelps captured a fourth-place overall finish with a new personal best single of 31 moves, cutting 8.8 percent from his prior mark of 34 moves. In the same field, Jacob Schwartz earned a fifth-place finish with a 33-move single and a 37.00 average, while Margot Audero claimed sixth place with a best single of 37 moves and a 38.00 average.

The specialized nature of the weekend offered a pure showcase of speed cubing theory and deliberate puzzle analysis. Without the physical race against running stopwatches, each competitor in Amherst had to balance efficiency, block building, and insertion techniques to trim every possible turn. In an event where every single move counts toward the final average, margins remained razor-thin among the top contenders through both rounds of play.

United States solvers accounted for all three podium positions, underscoring the depth of regional talent in the discipline during this 2024 season. Saisabari Ramesh also contributed to the high-level contest, registering a sharp single of 34 moves during the initial round of play. The compact roster allowed each entrant to fully focus on their FMC strategy without the distractions of a multi-event cubing competition schedule.

As the Amherst FMC Challenge 2024 concluded, Aedan Bryant stood atop the standings after two rigorous rounds of theoretical solving. The event demonstrated the lasting appeal of deliberate move-count optimization, leaving the participating competitors with refined strategies, lower personal bests, and clear targets to pursue as they prepare for the next season of competitive solving across the region.