OUTER
DIAMETER
INNER
DIAMETER
AV.
VELOCITY
(m/s) MAX
VELOCITY
(m/s) KINETIC
ENERGY
LOADING
EFFORT
POWER 20/16 - 20.0 mm /6.0 mm -30.20 -31.60 -149.119- 74 Kg
DYNAMIC 20 20.0 mm/ 6.0 mm -30.20- 31.60 -149.119 -74 Kg
POWER 18 18.0 mm/ 4.0 mm -30.16 -32.55- 148.784 -66 Kg
TOP ENERGY 16 16.5 mm /4.0 mm -27.71 29.38 -125.543- 62 Kg
ENERGY 16 16.0 mm/ 4.0 mm -26.98- 30.07- 119.015 -57 Kg
anyway it didnt copy right, but it did say for your extra 8kg of effort to load the 20mm bands you loose .95 meters per second, as a max value. that said on avergae you gain only .04 m/s. values are for latex bands loaded to 300% elongation. all that work for no more speed.:head
DIAMETER
INNER
DIAMETER
AV.
VELOCITY
(m/s) MAX
VELOCITY
(m/s) KINETIC
ENERGY
LOADING
EFFORT
POWER 20/16 - 20.0 mm /6.0 mm -30.20 -31.60 -149.119- 74 Kg
DYNAMIC 20 20.0 mm/ 6.0 mm -30.20- 31.60 -149.119 -74 Kg
POWER 18 18.0 mm/ 4.0 mm -30.16 -32.55- 148.784 -66 Kg
TOP ENERGY 16 16.5 mm /4.0 mm -27.71 29.38 -125.543- 62 Kg
ENERGY 16 16.0 mm/ 4.0 mm -26.98- 30.07- 119.015 -57 Kg
anyway it didnt copy right, but it did say for your extra 8kg of effort to load the 20mm bands you loose .95 meters per second, as a max value. that said on avergae you gain only .04 m/s. values are for latex bands loaded to 300% elongation. all that work for no more speed.:head