Futaba S3302 1/4 Scale J FM Servo - High Torque Edition  [S3302]

Futaba S3302 Servo 1/4 Scale J FM
Price:
AUD$70.16
Brand:
Futaba
Model:
S3302
Condition:
Brand New
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Futaba S3302 servo built for high torque 1/4 scale setups

The Futaba S3302 Servo is tailored for 1/4 scale radio controlled vehicles, featuring a metal final gear and surface mount circuitry for dependable operation. Its composition focuses on lasting performance where higher loads and repeated use are common.

Durability and control features

Driven by a 3-pole motor and finished with a metal final gear, the S3302 gives controlled, smooth actuation. Two ball bearings reduce wear and the waterproof, dustproof casing safeguards the unit from environmental exposure. The shock resistant potentiometer preserves accurate feedback during aggressive driving.

Specifications

  • Length dimension: 2.4" (61mm)
  • Width dimension: 1.2" (30mm)
  • Height dimension: 2.0" (51mm)
  • Weight: 3.6 oz (103g)
  • Torque rating: 89 oz/in @ 4.8V - 162 oz/in @ 6V
  • Response time: .24 sec/60 deg @ 4.8V - .19 sec/60 deg @ 6V

The Futaba S3302 is a go-to option for heavier 1/4 scale rigs where strong gearing and environmental protection matter for consistent control.

What servo horn should I choose for heavy loads?

Select a metal servo horn sized for the S3302 spline and match it to your linkage to reduce flex under load. Reinforced horns help transfer torque cleanly.

Can I run the S3302 at higher voltage?

The S3302's performance improves with higher voltage within its specified limits. Check Futaba guidance and your system components before increasing supply voltage.

How does the sealed case perform in wet conditions?

The waterproof case resists water ingress during wet runs, but you should still rinse and dry the servo after heavy exposure to salt or mud to avoid long term corrosion.

Is a separate speed controller needed for this servo?

No external speed controller is required; the S3302 responds directly to standard radio pulses. Use a quality receiver and power supply to ensure stable operation.

What routine checks should I do after a hard run?

Check for loose screws, inspect seals and connector condition, and confirm there is no play in the gears or horn. Address any wear early to avoid failure.

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