| Weight: |
4.8 grams / 0.18 oz. |
| Size: |
19 x 7.5 x 15.5 mm / 0.75 x
0.29 x 0.61 in. |
| Torque At 4.8V: |
11 oz-in. |
| Speed At 4.8V: |
0.11 sec / 60° |
| Torque At 6.0V: |
14 oz-in. |
| Speed At 6.0V: |
0.09 sec / 60° |
| Ball Bearing: |
No |
| Metal Gears: |
Yes |
This servo is a miracle of ultra-sub-micro miniaturization.
Made with precision parts machined to high-tolerances, and using efficient ultra-square
PWM motor drive signals, these servos are the perfect choice for any sub-micro
model application from indoor R/C airplanes to micro helicopters.
The servo will automatically learn the user's transmitter pulse timings and
lock into the signal every time. The servo also includes a signal buffer in
the CPU with fail-safe functionality. The motor is wound with 2PEW thin coated
wire for better electrical conductivity and is able to withstand over 120° C
without degradation.
We have received some initial incompatibilities with Castle Creations receivers
and these servos. It appears that cold temperatures are part of the cause as
the servos work indoors.
Features:
Featuring precision pulse width timing within 2usec pulse
width
Carbon plastic potentiometer construction for longer life
and better reliability
High performance Japanese 3 pole ferrite motor
High-torque motor with low RF noise (CE certified)
Futaba compatible 25 tooth output splines
Digital motor drive with ultra-square PWM signal
Automatic determination of servo center pulse width
Fail-Safe function
The servo comes with an accessory package and the universal
JR/Hitec "S" Connector which is physically and electrically compatible with
all major receiver brands sold worldwide. Follow the wiring diagram below. If
you hook the servo up incorrectly nothing bad will happen - just flip the S
connector around and the servo will work correctly
| "S" Type Connector |
Futaba "J" Connector |
Wire Info |
| Brown Wire |
Black Wire |
Battery Negative |
| Red Wire |
Red Wire |
Battery Positive |
| Orange Wire |
White Wire |
Signal |
WARNING: Using the servo arm
to turn the servo motor may cause the gears to break or jump and the servo will
stop functioning correctly. This is true for all servos regardless of servo
manufacturer. SlickZERO Hobby Products assumes no responsibility once this kind
of damage. This can also occur as a result of crash damage or hard landing.
Once you install and use a servo SlickZERO Hobby Products assumes no responsibility
any damages that may occur.