 This study examines the collective dynamics of skirmjons interacting with the funnel potential under DC driving and finds that increasing the skirmjons density reduces the average skirmjons velocity due to jamming, while the Magnus force causes skirmjons to accumulate on one side of the funnel array. A critical skirmjons density exists below which skirmjons become trapped and a clogging effect appears with multiple depinning and repinning states. The diode effect is observed, where the critical depinning force is higher and the velocity response is smaller for hard direction driving. The skirmjons velocity varies non-linearly and non-monotonically with the ratio of Magnus force to dissipative term. This article was authored by J. C. Belizotti-Sousa, N. P. Visorim, C. J. O. Wyckard and others.