High torque (8.0kg @ 4.8v & 10.0kg @ 6.0v) combined with high speed (0.09s @ 4.8v & 0.07s @ 6.0v) digital servo with anodised alloy heatsink casing, coreless motor, dual ball bearing output shaft and metal output shaft gear. Perfect for use on cyclic controls and eCCPM systems in all helis from 30-50 size.
 

High torque (9.6KG @ 4.8v & 12kg @ 6.0v) combined with high speed (0.10s @ 4.8v & 0.08s @ 6.0v) digital servo with anodised alloy heatsink casing, coreless motor, dual ball bearing output shaft and metal output shaft gear. Perfect for use on cyclic controls and eCCPM systems in all helis from 30-90 size.
 

Super high speed, high torque standard size digital coreless drive servo for tail rotor applications on Nitro and Electric machines from 30 to 90 size
 

Super high speed mini digital coreless drive servo for tail rotor applications on small electric machines such as TT Mini Titan & Trex 450 etc

Super high speed brushless drive servo for tail rotor applications.

Super high torque brushless drive servo - ideal for collective pitch application

High torque, high spped brushless drive servo - ideal for cyclic and eCCPM applications.

• Futaba brushless servos offer greatly improved response time over other servos.
• Significantly increased life span. Futaba brushless servo motors will last more than five times longer than servos that include brushed motors!
• Lower operating temperatures. As there aren’t any brushes on the motor armature, no sparks are produced when the servo motor is in operation.
• Thanks to the motor design, the outer coils act as a heatsink dissipating any heat that does occur. As an added benefit, Futaba is able to increase the torque and speed of these servos without increasing case dimensions.
• Vibration & Shock. Unlike servos that used brushed motors, the brushless servos from Futaba are less susceptible to the effects of vibration and/or shock.
• Additionally, the inertia of standard motors also facilitates the effects of vibration on the servo’s performance. By eliminating this inertia in a brushless servo, Futaba has reduced this possibility.
• Power consumption. Brushless servos consume approximately the same amount of power as their digital counterparts.
• Centering. Centering is the same as it is with the digital servos. The dead band is also equal to the digitals.
• Increased resolution for smoother operation.
• New gear treatment and materials for added endurance and longevity.
• Samarium Cobalt magnets for better performance and increased holding power.
• Dual ball bearings.