- May 21, 2016
Just to referee this one a tad…
The actual State-Of-Charge (SOC) will be the determiner of whether or not it runs with a bad battery. I replaced a battery a little over a year ago that would crank the engine but didn’t have enough voltage to fire the coils or injectors. That replacement battery died recently at a gas station. Bike started and ran, pulled into the station then would not crank enough to start. I jump started it and rode 2 hours home. (Then replaced it).
Bottom line: if you remove the battery from a running bike, you will lose the power and ground to the ECM, which powers the coils, injectors and fuel pump. The correct way to test it is with either a carbon pile load tester or a capacitance tester, both of which are normally available at a store that sells vehicle batteries and/or an auto parts store.
If lights are blinking on the dash, that is an indicator the cluster voltage is below 10.5v DC, which points to the root cause of your problem: the battery needs to be tested for DC output and CCA.
The actual State-Of-Charge (SOC) will be the determiner of whether or not it runs with a bad battery. I replaced a battery a little over a year ago that would crank the engine but didn’t have enough voltage to fire the coils or injectors. That replacement battery died recently at a gas station. Bike started and ran, pulled into the station then would not crank enough to start. I jump started it and rode 2 hours home. (Then replaced it).
Bottom line: if you remove the battery from a running bike, you will lose the power and ground to the ECM, which powers the coils, injectors and fuel pump. The correct way to test it is with either a carbon pile load tester or a capacitance tester, both of which are normally available at a store that sells vehicle batteries and/or an auto parts store.
If lights are blinking on the dash, that is an indicator the cluster voltage is below 10.5v DC, which points to the root cause of your problem: the battery needs to be tested for DC output and CCA.
