Three trials measured physical well-being using the Harvard Step Test, 10 m shuttle run and VO2 max, grip strength and standing broad jump test (Stephenson 1989; Stephenson 1993; Yap 2014; Table 6).
To assess the inter-tester and intra-tester reliability of the tuck jump test.
First, we introduce our largely model free jump test for the null hypothesis of zero jump intensity.
In this paper, we develop a "jump test" for the null hypothesis that the probability of a jump is zero, building on earlier work by Aït-Sahalia (2002).
Improvements in the squat jump (SJ) [1,10,12,14,19,22], four bounce test (4BT) [6], five jump test (5-JT) [14], countermovement jump test (CMJ) [2,8,10,12,16,21,22], CMJ with free arms [21], and eccentric utilization ratio (CMJ/SJ) [12] have been observed in different players.
Only a skilful combination of all methods reveals the complete information about the microstructure which is needed to understand the results of the mechanical testing by nanoindentation, tensile tests and strain-rate jump test.
On the first jump test, the Tumbler's front end collapsed and had to be completely rebuilt.
Besides cognitive functions, motor abilities were evaluated using the Rotarod test and a jump test completed with spontaneous locomotor activity measurements.
Leg muscle power was assessed by the vertical jump test.
Standing broad jump test measured explosive strength (in centimetres).
