- High quality: full metal hardened gears, double ball bearings, high precision, high sensitivity, stability and low noise
- High voltage and high torque: 4.8-7.2V. Torque: 11.5-14.5kg.cm Speed: 0.09-0.12sec/60°
- Multi-angle: Remote Control Specialized 180°士3° (when 1000~2000usec) This is a servo. This servo can be used directly with the remote control (pulse width only needs to be 1000-2000ues), so we call it the remote version of the servo
- Ultra waterproof: Waterproof and dustproof with 3-layer waterproof ring to strengthen the waterproof performance
- Wide applicability: suitable for road cars, airplanes, RC robots, drift cars, flat cars, electric cars, RC helicopter models and so on
Wishiot TD-9512 digtal servo high speed waterproof servo low profile servo short body servo
●High-speed rotary servo: 7.V speed up to 0.09sec/60°.
●Full metal hardened gears, double ball bearings, high precision, high sensitivity, stability and low noise.
●High and low voltage 7.4V, suitable for 1/10 1/8 electric, flat run, drift car.
●Remote Control Specialized 180°士3° (when 1000~2000usec).
●Waterproof and dustproof with 3-layer waterproof ring to strengthen the waterproof performance.
Product Model: TD-9512MG
Dimension: 40.8*20.2*28.5mm
Weight:60g±5%
No-load speed: 0.12sec/[email protected] / 0.09sec/[email protected]
No-load current: [email protected] / [email protected]
Blocking torque: [email protected] / 1 [email protected]
Blocking current: 2000mA士10%@4.8V / 2700mA士10%@7.2V
Control Signal: Pulse width modification
Pulse width: 500~2500usec
Neutral: 1500usec
Rotating angle: 180°士3°(when 500~2500usec)
Remote Control Specialized 180°80°士3° (when 1000~2000usec)
Deadband width: 5usec
Cable length:30CM
Yellow-signal wire
Red-positive wire
Brown-negative wire
Package list:
1 x TD-9512MG 12kg Low Profile Servo
1 x Accessories bag
Please note: this is not a remote control, but a servo. This servo can be used directly with the remote control (pulse width only needs to be 1000-2000ues), so we call it the remote version of the servo.
