Successor model of the Servos S 3108 and S 3110. With 17 Ncm, this is a very powerful and ultra-fast 11 mm nano servo for slow, park, and shock flyers. It features a reinforced, extra-long 28 mm servo arm for large control surface movements during 3D flying.

Futaba servos have been popular for years due to their high quality and many innovative solutions. The servo line includes servos for nearly every application in model building. Many servos are designed without internal wiring. Futaba servo gears are known for their unmatched precision. Some servos utilize bell-shaped armature motors for powerful, fast, and robust performance. Digital servos with microprocessor technology offer higher holding power, shorter response times, and a fourfold higher pulse rate compared to conventional servos.

BLS/Brushless motor technology: no brush wear, 30% shorter response time, more resistant to vibrations and shocks, higher efficiency, and higher resolution while maintaining the same power consumption. S-BUS technology offers the following advantages: fewer cables, reduced weight, simpler cable management, and easy parallel connection of servos. S.BUS servos can also be operated on a standard PWM receiver output. HV servos can be directly powered by 2S lithium batteries within a voltage range of 6 to 7.4 volts. The higher voltage results in lower current consumption for the same servo power.

FPS3114.