macribs
10 MW
- Joined
- Jul 22, 2014
- Messages
- 3,702
The revolt 120 Pro with hall sensors have some amazing specs.
According to the website this is one bad ass motor.
I must say this motor pretty much beats everything I ever seen - at least on paper. All this in a > 4,8kg package.
So reading this it seems just a little hard to know if this is real world numbers that will hold up or if the manufacturer have been the victim of an eager marketing scheme.
Don't get me wrong, on paper I am crazy in love with this motor. And it seems that it will be able to spin my rear wheel without any additional jack shafts or reduction gear.And that would be a good thing as it can make the build much easier regarding chain line and chain tension.
1: What do you guys think? In the real world, what kind of power could one expect to see from this motor?
2: What kind of voltage would be best for this motor to have the most work done in its highest efficiency range?
3: What kind of controllers would be good match for this motor? I mean many controllers will tap out at about 10Kw, and this promises upwards to 15Kw.
According to the website this is one bad ass motor.
- Voltage: 24v-96v
- Motor Kv: 43
- Continuous Power: 6 Kw
- Peak Power: 15Kw
- Total Length: 191 mm
- Can Diameter: 127 mm
- Shaft diameter: 15mm
- Shaft Legth: 45mm
- Weight: 4.83kg
I must say this motor pretty much beats everything I ever seen - at least on paper. All this in a > 4,8kg package.
So reading this it seems just a little hard to know if this is real world numbers that will hold up or if the manufacturer have been the victim of an eager marketing scheme.
Don't get me wrong, on paper I am crazy in love with this motor. And it seems that it will be able to spin my rear wheel without any additional jack shafts or reduction gear.And that would be a good thing as it can make the build much easier regarding chain line and chain tension.
1: What do you guys think? In the real world, what kind of power could one expect to see from this motor?
2: What kind of voltage would be best for this motor to have the most work done in its highest efficiency range?
3: What kind of controllers would be good match for this motor? I mean many controllers will tap out at about 10Kw, and this promises upwards to 15Kw.