AMEWI 28999 Standard Analog Servo with Plastic Gears for RC Models

For RC enthusiasts seeking a dependable, no-nonsense servo that won’t break the bank, the AMEWI 28999 delivers exactly what’s needed for everyday driving and bashing. Unlike high-voltage digital servos that demand specialized receivers and programming, this analog unit runs happily on a standard 4.8–6 V receiver supply, making it a drop-in replacement for most 1/10 scale cars, trucks, and general-purpose models. Its plastic gear train keeps weight down to just 50 grams while providing smooth, predictable movement for steering and throttle functions.

Highlights

• Standard-size analog servo compatible with JR/Futaba connectors
• Plastic gears offer quiet operation and low current draw
• Stall torque up to 3.5 kg·cm at 6 V for responsive control
• Compact 40 × 20 × 38 mm footprint fits most servo mounts
• Operates from 4.8 V to 6 V DC, ideal for NiMH and 2S LiPo receiver packs

In daily use

Installation is straightforward: plug the servo into any standard receiver channel, secure it with the included mounting screws, and you’re ready to run. The analog control loop provides a natural, linear feel that many drivers prefer for scale and trail trucks, where precise low-speed modulation matters more than raw speed. With a transit time of 0.16 sec/60° at 4.8 V and 0.14 sec/60° at 6 V, steering response is crisp without being twitchy, and the 3 kg·cm torque at 4.8 V is sufficient for most 1/10 on-road and light off-road applications.

Full specifications

• Servo type: Standard analog
• Gear material: Plastic
• Operating voltage: 4.8–6 V DC
• Stall torque: 3 kg·cm (4.8 V) / 3.5 kg·cm (6 V)
• Operating speed: 0.16 sec/60° (4.8 V) / 0.14 sec/60° (6 V)
• Dimensions (L × W × H): 40 × 20 × 38 mm
• Weight: 50 g
• Connector: JR/Futaba compatible
• Application: RC cars, trucks, general purpose

Final note

The AMEWI 28999 is a workhorse servo that focuses on reliability and compatibility. When you need a spare or an upgrade from a worn-out stock unit, this servo gets the job done without unnecessary complexity.