Compact size with
excellent heat dissipation
excellent heat dissipation
The new design allows for the ESC to be more compact and
weigh less. The ESC can meet the demands of more crafts.
weigh less. The ESC can meet the demands of more crafts.
The ESC is redesigned with a double-sided heat sink with a side
vent. The air is able to quickly pass through the inside of the ESC
and cool the ESC more efficiently. This innovative air duct design
is able to generate strong airflow on the entire ESC from the
cooling fan. Significantly improving the cool capability.
vent. The air is able to quickly pass through the inside of the ESC
and cool the ESC more efficiently. This innovative air duct design
is able to generate strong airflow on the entire ESC from the
cooling fan. Significantly improving the cool capability.
Note: The cooling structure is patent pending. Do not copy it.
Built-in 12V Switch BEC for
greater output capability
greater output capability
-
Instantaneous high
current with a built-in 12V
programmable BEC -
The new circuit design raises the
max output from 8.4V to 12V.
(5-12V adjustable) -
The high-power BEC has added an anti-reverse circuit
to use parallel with external 2S batteries at
the same time to provide double protection.
Constant speed performance upgrade,
ultimate flight experience
ultimate flight experience
-
The 32-bit processor combined with the RPM
accuracy algorithm makes the ESC more
powerful and more consistent, maximizing the
RPM accuracy to enhance overall performance. -
The adjustable constant speed
sensitivity allows every pilot to
easily find a setting that suits
them personally！
Support multiples protocols,
strong adaptability.
strong adaptability.
Support
Support Mikado VBar System, Futaba S.BUS2 and other devices' data return
protocols. Users are able to adjust parameters on the remote-control device
(VBar protocol support) or check the working status of the ESC at any time.
protocols. Users are able to adjust parameters on the remote-control device
(VBar protocol support) or check the working status of the ESC at any time.
Built-in anti-spark circuitry
The built-in anti-spark circuitry effectively
eliminates the electric spark generated
during battery connection. Prolonging the
life of the battery connectors.
eliminates the electric spark generated
during battery connection. Prolonging the
life of the battery connectors.
Multiple protections,
double security
double security
It has multiple protection functions,
to effectively prolonging the lifespan of the ESC.
to effectively prolonging the lifespan of the ESC.
-
start-up
protection -
current
protection -
temperature
protection -
overload
protection -
throttle signal
loss protection -
capacitor temperature
protection
input voltage
abnormality protection
abnormality protection
