Table 5.

Pearson’s significant correlation results between the deceleration ability variable and lower limb peak torque, RTD H/Q ratio in DL and NDL.

	Variable	Correlation coefficient, r [95% CI]	Coefficient of determination % (r2)	Qualitative inference	p
Fave	PT60_KE_Con_NDL	−0.54 [−0.83 to −0.02]	30	Moderate	0.044
	PT30_KE_Ecc_NDL	−0.71 [−0.90 to −0.30]	51	Strong	0.004
	RTD_KE_Ecc_DL	−0.54 [−0.83 to −0.03]	29	Moderate	0.040
Pave	PT30_KE_Ecc_NDL	−0.70 [−0.90 to −0.27]	49	Strong	0.005
	RTD_KE_Ecc_DL	−0.63 [−0.87 to −0.16]	39	Strong	0.015
Iave	PT60_KE_Con_NDL	−0.55 [−0.84 to −0.02]	30	Moderate	0.043
	PT30_KE_Ecc_NDL	−0.68 [−0.89 to −0.23]	46	Strong	0.008
	RTD_KE_Ecc_DL	−0.54 [−0.85 to −0.01]	29	Moderate	0.044
Fmax	PT30_KE_Ecc_NDL	−0.61 [−0.86 to −0.12]	38	Strong	0.020
Pmax	PT240_KE_Con_DL	−0.57 [−0.85 to −0.06]	33	Moderate	0.033
	PT240_KE_Con_NDL	−0.58 [−0.85 to −0.07]	33	Moderate	0.031
	PT240_KF_Con_DL	−0.58 [−0.85 to −0.07]	34	Moderate	0.030
	RTD Hcon/Qcon_DL	−0.61 [−0.86 to −0.11]	37	Strong	0.022
	RTD Hcon/Qcon_NDL	−0.59 [−0.85 to −0.08]	34	Moderate	0.028
Imax	PT30_KE_Ecc_NDL	−0.75 [−0.92 to −0.37]	56	Strong	0.002
	RTD Hcon/Qcon_DL	−0.57 [−0.84 to −0.05]	32	Moderate	0.035

F_ave, average horizontal braking force; P_ave, average braking power; I_ave, average braking impulse; F_max, maximum braking; P_max, maximum force power; I_max, maximum impulse; PT, peak torque; KE, knee extensors; KF, knee flexors; Con, concentric contraction; Ecc, eccentric contraction; 240, 240°.s⁻¹; 60, 60°.s⁻¹; 30, −30°.s⁻¹.