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Signing classes 2014 · NFL signee counts by recruit position
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Program year analysis and class DNA metrics for Kansas State (2014).
2014 recruiting class — expectation versus Stars2Stats outcomes
Class medals
“Built on development, not recruiting rankings.”
S2S Class DNA
One-year metrics for this recruiting class
Recruits that contributed to program
Share who became impact players (starters, elite contributors, or NFL)
Based on only Low HS Projection → All-Conference or higher
Recruits that reached the NFL in any tier
Share with limited verified outcomes
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Signing classes 2014 · NFL signee counts by recruit position
The 2014 recruiting class for Kansas State displayed a mix of outcomes, with a total of 22 recruits contributing to the program. The class originally ranked 48th and fell to a rerank of 66, indicating a decline in perceived talent as measured by outcomes. The absence of blue chip recruits (those with higher ratings) suggests a reliance on lower-ranked players, resulting in a limited overall ceiling for the class.
Among the recruits, several players emerged as contributors and starters, but the majority did not meet expectations based on their original rankings. The presence of multiple "Bust" outcomes indicates that while some players may have had potential, many failed to make a significant impact on the field. The class had a few notable successes, such as Dalton Risner, who became an NFL Starter, but overall, the majority of the recruits fell short of their projected performance levels.
Overall, the Kansas State 2014 recruiting class underperformed expectations, as indicated by the significant number of recruits classified as "Bust." The S2S rerank dropped from 48 to 66, reflecting a disappointing trajectory for the class. While a few players exceeded expectations, particularly Dalton Risner, the overall outcomes did not align favorably with the original recruiting rankings. This class serves as a reminder of the volatility in recruiting and the challenges of translating potential into performance on the field.