Servo Amewi 28968 modèle radiocommandé

The Amewi 28968 Radio-Controlled Model servo is a compact, metal-geared actuator intended for use in radio-controlled models. Constructed with aluminium housing and metal internal parts, finished in black, it provides precise position control and dependable operation in a range of outdoor conditions. The servo is suitable for steering, throttle, control surfaces and other actuation tasks where a robust mechanical drive and repeatable movement are required.

Advantages

The aluminium casing improves heat dissipation and mechanical rigidity, while metal gears increase resistance to wear and load compared with plastic gear alternatives. The black finish is resistant to surface wear and helps conceal minor marks from installation. The servo is designed for consistent centering and predictable travel, resulting in smoother, more accurate control inputs for radio-controlled cars, boats, helicopters and planes.

Suitable for

• Steering servos in RC cars and buggies
• Throttle and brake control in boats and cars
• Control surfaces in fixed-wing aircraft and gliders
• Collective pitch and tail control in helicopters
• Any application requiring metal-geared durability and precise positioning

Key specifications

• Aluminium housing for improved rigidity and heat dissipation
• Metal internal gears for increased durability under load
• Black exterior finish for a professional appearance
• Compact form factor suitable for tight installation spaces
• Designed for reliable, repeatable position control in RC applications

How to use

Install the servo using compatible mounting points and screws appropriate for your model; ensure the mounting surface is flat and secure to prevent flexing under load. Connect the servo to a compatible receiver channel and verify the control throw and centering with your transmitter trims and endpoint adjustments. Use appropriate servo horns and linkages, and ensure linkages are free of binding throughout the full range of movement. If the servo will be exposed to water or heavy dust, fit protective covers or position it in a sheltered location within the model.

Recommendations

Operate the servo within your model’s recommended voltage range and avoid prolonged stall conditions under full load. Periodically check mounting screws and linkage connections for tightness and inspect gears for signs of wear. For applications with high shock or continuous heavy load, consider adding mechanical dampening or using a servo saver to extend service life.