This 9V motor was originally designed for a discontinued
series of fast radio-controlled cars. As such, it has an
unusual shape, good torque, and very high speed. Unfortunately,
it is also very noisy and has extremely high power
consumption; in fact, some power supplies can’t even let it
run at full power. In theory, its speed and torque make it the
most powerful electric LEGO motor, and with efficient external
gearing, it can perform better than XL or NXT motors. It
does, however, tend to become overheated under high loads,
which causes its internal electronic protection to shut the
power off until the motor cools down.
The RC motor is unique because it has two outputs.
Both are empty axle holes running in the same direction, but
the motor’s internal gear ratio is different for each of them.
Because of this, the inner output runs faster at lower torque
than the outer one.
This 9V motor was originally designed for a discontinued
series of fast radio-controlled cars. As such, it has an
unusual shape, good torque, and very high speed. Unfortunately,
it is also very noisy and has extremely high power
consumption; in fact, some power supplies can’t even let it
run at full power. In theory, its speed and torque make it the
most powerful electric LEGO motor, and with efficient external
gearing, it can perform better than XL or NXT motors. It
does, however, tend to become overheated under high loads,
which causes its internal electronic protection to shut the
power off until the motor cools down.
The RC motor is unique because it has two outputs.
Both are empty axle holes running in the same direction, but
the motor’s internal gear ratio is different for each of them.
Because of this, the inner output runs faster at lower torque
than the outer one.
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