19/05/2026
๐ฎ๐น IT + ๐ฌ๐ง EN below
๐ฎ๐น Italiano ๐ Nel video: IMTP su pedane di forza con asimmetria evidente sul grafico. Tentazione: trarre conclusioni. Reality check: lโasimmetria nellโIMTP va sempre verificata. Questo test puรฒ essere influenzato da variabili poco controllabili (set-up, presa, timing del ti**re, pre-tension, coaching cues). โ
Cosa fare: cross-check con test complementari (es. monopodalico/single-leg isometric, CMJ Sx/Dx, drop landing) e standardizzare il protocollo. ๐ฏ Metriche chiave in IMTP: forza ai time-frames (es. 100โ200 ms). Lโobiettivo non รจ solo โsimmetria a colpo dโocchioโ, ma coerenza dei dati tra test e nel tempo. ๐พ Salva questo post, condividilo con un collega e dimmi: qual รจ il tuo protocollo di verifica dellโasimettria?
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๐ฌ๐ง English ๐ In the clip: IMTP on force plates with an obvious asymmetry on the live graph. Tempting to jump to conclusions. Reality check: IMTP asymmetry must be verified. This test can be affected by hard-to-control variables (set-up, grip, pull timing, pre-tension, coaching cues). โ
What to do: cross-check with complementary tests (e.g., single-leg isometric, left/right CMJ, drop landing) and standardize your protocol. ๐ฏ IMTP key metrics: force at fixed time frames (e.g., 100โ200 ms). The goal isnโt just โeye-ball symmetry,โ but data consistency across tests and over time. ๐พ Save this post, share with a colleague, and tell me: how do you verify asymmetry in your lab?
