Servos and Accessories - Spektrum - SPMSH3055

The Spektrum H3055 Sub-Micro Digital Servo features middle torque and ultra-speed with metal gears...

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eBayH3055 Mid-Torq Ultra-Speed Micro Heli Cyclic Servo : SPMSH3055
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OnBuy.comSpektrum Spmsh3055 H3055 Servos And Accessories, Multicoloured
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Product Information

Full details

The Spektrum SPMSH3055 is a sub-micro digital servo designed for helicopter cyclic applications. It offers a balance of middle torque and ultra-speed, featuring durable metal gears for enhanced longevity. While it provides precise control, users should be aware of its specific application focus, making it ideal for advanced hobbyists and builders seeking high-performance components for their aircraft.

All features

Model Part NumberSPMSH3055
BrandSpektrum

Extended Product Information

FAQs

What type of applications is the Spektrum H3055 best suited for?

It is specifically designed for helicopter cyclic applications, offering a good balance of speed and torque for precise control.

Are the gears metal or plastic?

The Spektrum H3055 features durable metal gears.

What does 'ultra-speed' mean in terms of performance?

Ultra-speed refers to the servo's rapid response time, allowing for quick and precise movements, which is crucial for agile flight control.

Is this servo suitable for 3D flying?

Yes, its speed and precise control make it suitable for 3D maneuvers, provided it is used in an appropriately sized helicopter.

How do I ensure proper installation?

Ensure the servo is centered, connections are secure, linkages are free of binding, and endpoints are calibrated through your transmitter.

What is the warranty period for this servo?

Please refer to the manufacturer's documentation or Spektrum's official website for current warranty information.

Can I use this servo for rudder control on a helicopter?

While it can be used, it's primarily optimized for cyclic control. For rudder control, a servo with different torque/speed characteristics might be more suitable depending on the helicopter size and tail design.

Troubleshooting

Servo not responding

Check the servo connection to the receiver. Ensure the receiver is powered and functioning. Verify that the servo is correctly plugged into the correct channel (e.g., Aileron, Elevator, Rudder).

Slow or jerky servo movement

Verify that the servo is receiving adequate power. Check for any binding in the control linkage. Ensure the servo is properly centered and calibrated. Clean any debris that might be obstructing movement.

Servo drifts or holds position poorly

Ensure the servo is not overheating. Check for excessive load on the servo. Recalibrate the servo endpoints. If the issue persists, the servo may be damaged and require replacement.

Stripped gears

This usually occurs due to excessive force or impact. Inspect the control linkage for binding. If gears are stripped, the servo will need to be replaced.

Pros and Cons

Pros

  • Durable metal gears ensure longevity.
  • Ultra-speed response for agile control.
  • Precise digital performance enhances flight stability.
  • Compact size suitable for various helicopter builds.
  • Ideal torque for cyclic applications.

Cons

  • May have insufficient torque for larger or heavier aircraft.
  • Metal gears can be more susceptible to damage from extreme impacts compared to plastic.
  • Requires proper setup and calibration for optimal performance.
  • Primarily designed for helicopter cyclic; may not be optimal for other applications.

Setup, Compatibility & Care

Setup: Ensure the servo is correctly centered before installation. Connect the servo to your receiver, aligning the connector pins properly. Use the appropriate servo horns and linkages for your helicopter model. Calibrate the servo endpoints via your transmitter to match your control surface travel.

Compatibility: The Spektrum H3055 is designed for sub-micro servo applications, commonly found in 450-class and similar-sized RC helicopters. It is compatible with most standard RC receivers that provide the necessary PWM signal.

Care: Keep the servo clean and free from dust and debris. Avoid exposing the servo to excessive moisture. Periodically check servo linkages for wear or damage. Do not overtighten servo mounting screws, as this can stress the servo case and gears.

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