Grin Front Max45 All-Axle Motor Build

Custom Wheelbuild of a Front Max45 All-Axle Motor. 

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From €870.00

To €928.00

In stock

SKU
BUNDLE-GHF-FAT
Customize Grin Front Max45 All-Axle Motor Build

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Grin Front Max45 All-Axle Motor Build
Grin Front Max45 All-Axle Motor Build

In stock

€870.00

Summary

    The Front Max45 All-Axle motor from Grin has all the features you love about our All-Axle motors, ie a powerful, versatile, lightweight direct drive, but now available for fat bikes! As you would expect, this device is compatible with both thru-axle dropouts and quick-release dropouts via swappable inserts.

    Features

    • Compatible with 135mm quick-release and 150mm thru-axle dropouts
    • Integrated torque arm for zero dropout stress
    • Statorade compatible for maximum heat dissipation
    • Lightest direct drive motor in this power class (just 6.0kg!)
    • Internal 10K NTC thermistor for motor temperature sensing
    Front Max45 All-Axle, Slw
    Actual Weight (kg)
    5.95
    Manufacturer
    Grin
    Motor MFG
    Grin Tech
    Motor Power Range (Watts)
    1000-2000
    Motor KV (RPM / V)
    7.2
    Phase Resistance (Ohm)
    0.100
    Disk Brake Compatible
    Yes
    Connector(s)
    L1019
    Thermistor Style
    10K NTC, Beta ~3450
    Axle Length (O.L.D.)
    120
    Spoke Holes
    32 Hole
    Motor Type
    Direct Drive
    Flange Spoke Diameter (mm)
    214
    Magnetic Pole Pairs (Phaserunner)
    23
    Hysteresis Losses (N-m)
    1
    Eddie Losses (N-m / rad/sec)
    0.007
    Front Max45 All-Axle, Std
    Actual Weight (kg)
    5.95
    Manufacturer
    Grin
    Motor MFG
    Grin Tech
    Motor Power Range (Watts)
    1000-2000
    Motor KV (RPM / V)
    9.0
    Phase Resistance (Ohm)
    0.150
    Disk Brake Compatible
    Yes
    Connector(s)
    L1019
    Thermistor Style
    10K NTC, Beta ~3450
    Axle Length (O.L.D.)
    120
    Spoke Holes
    32 Hole
    Motor Type
    Direct Drive
    Flange Spoke Diameter (mm)
    214
    Magnetic Pole Pairs (Phaserunner)
    23
    Hysteresis Losses (N-m)
    1
    Eddie Losses (N-m / rad/sec)
    0.007
    More Information