DrkAngel
1 GW
Oops!
2000w motor output will not get you to 40mph!
If geared perfectly, you could attain around 37mph. *
36V "1000w" motor is labeled 36V x 30.5A = 1098 input watts x 80% efficiency = 878.4 motor output watts
48V "1000w" motor is labeled 48V x 20.8A = 998.4 input watts x 80% efficiency = 798.72 motor output watts
< 1800w motor output, if geared perfectly, could attain near 36mph. *
Don't fall victim to deceivious sellers who rate motors by input watts!
Compare to your original eZip "450w" motor - 24V x 35A oem controller = 840w input
If you switched to a 36V 35A controller, your motor was taking in 1260w for a 675w motor output.
40mph requires a minimum 2250w motor output, 2500w to guarantee?
* based on typical mountain bike
2000w motor output will not get you to 40mph!
If geared perfectly, you could attain around 37mph. *
36V "1000w" motor is labeled 36V x 30.5A = 1098 input watts x 80% efficiency = 878.4 motor output watts
48V "1000w" motor is labeled 48V x 20.8A = 998.4 input watts x 80% efficiency = 798.72 motor output watts
< 1800w motor output, if geared perfectly, could attain near 36mph. *
Don't fall victim to deceivious sellers who rate motors by input watts!
Compare to your original eZip "450w" motor - 24V x 35A oem controller = 840w input
If you switched to a 36V 35A controller, your motor was taking in 1260w for a 675w motor output.
40mph requires a minimum 2250w motor output, 2500w to guarantee?
* based on typical mountain bike