- -2.91 €
GO-12S69MG digital servo (0.10s/60°, 26kg.cm)
KAV20.12S69MG
Kavan
Very strong and fast programmable digital standard servo 69g with coreless motor, steel gears and wide range of supply voltage 4.8-8.4V, 2xBB, ideal for road RC cars 1:8/1:10 etc. Thrust 19.0kg.cm , speed 0.160s/60° at 4.8V, thrust 22.0kg.cm
Express delivery
Large selection of carriers
Satisfaction guarantee
Strong and fast programmable digital standard servo with coreless motor, steel gears with output shaft mounted on two ball bearings for use in RC models of all types; ideal for road RC cars 1:8/1:10, etc. For perfect cooling even under high load, the servo is housed in a plastic box with an aluminum radiator in the middle.
With the help of the USB programmer/interface for GO servos and the operating PC program, you can program a whole range of servo parameters.
Programmable functions
- Deflection size: Used to set the maximum size of servo deflections. The default setting is approx. 120° at the normal range of control pulse widths (900~2100 µs); approx. 180° at the maximum allowed range of control pulse width (500~2500 µs).
- Servo neutral: Used to set the neutral (center) position of the servo.
- Damping: Sets the characteristic of the behavior of the servo when stopping its movement.
- Output power: Sets the output power of the servo. The higher the value, the faster the servo and has more thrust - of course, the current draw will be proportionally higher. Range: 39.2~100%
- Sensitivity: Sets the sensitivity (width of the dead band) of the servo. The higher the value, the narrower the dead band - the servo will only move if the change in the width of the control signal is greater than the dead band width. A set sensitivity value that is too high may cause the servo to oscillate in some applications. Range: Ultra High (Extra high – dead band approx. 1 µs) – High (High – approx. 2 µs) – Medium (Medium – approx. 3 µs) – Low (Low – approx. 4 µs)
- Soft start: Enables/disables the soft start function. This function prevents the servo from suddenly moving into the operating position after switching on its power and thus limits the risk of damage to its gears.
- Reverse direction of deflections: Reverses the direction of servo deflections.
- FUTABA SR Mode: Only for servo use with FUTABA RC kit channels working in SR mode. Do not turn this option on if you are using a different setup of the FUTABA RC Kit or any other brand RC Kit.
- SANWA SSR Mode: Only for servo use with SANWA RC kit channels operating in SSR mode. Do not turn this option on if you are using a different setting of a SANWA RC kit or any other brand RC kit.
- Fail-safe emergency deviations: In the event of a complete loss of the control signal from the receiver or if the servo cannot detect the signal correctly (e.g. due to interference), the servo can go into one of three fail-safe modes:
- (a) Free: Fail-safe is disabled.
- (b) Position hold: the servo maintains the position corresponding to the last correctly received signal.
- (c) Transition to neutral: The servo returns to the neutral (pulse width 1500 µs) position.
- Overload protection: Enables or disables the servo overload protection in three levels - once the overload lasts for a preset time (in seconds), the output power of the servo is limited to the corresponding preset value (in % of max power).
- Reset: Restores the factory default settings of the connected servo.
Extended supply voltage 4.8-7.4 V (nominal).
5.92mm output shaft with 25-tooth helix.
| Servo size | Standard |
| Servo type | Digital |
| Programmable | Yes |
| Thrust at 4.8 V [kg•cm] | 19 |
| Thrust at 6.0 V [kg•cm] | 22 |
| Thrust at 7.4 V [kg•cm] | 24 |
| Thrust at 8.4 V [kg•cm] | 26 |
| Speed at 4.8 V [s/60°] | 0.16 |
| Speed at 6.0 V [s/60°] | 0.14 |
| Speed at 7.4 V [s/60°] | 0.11 |
| Speed at 8.4 V [s/60°] | 0.1 |
| Servo transmissions | Metal |
| Ball bearings | 2× |
| High voltage | Yes |
| Power supply [V] | 4.8 - 8.4 |
| Length [mm] | 40 |
| Width [mm] | 20 |
| Height [mm] | 37.2 |
| Weight [g] | 69 |
| Intended for | Airplanes, Helicopters, Road cars |
| Water resistance | No |
- Programovatelný
- Ano
- Kuličková ložiska
- 2×
- Délka [mm]
- 40
- Hmotnost [g]
- 69
- Šířka [mm]
- 20
- Výška [mm]
- 37.2
- Velikost serva
- Standard
- Typ serva
- Digitální
- Rychlost při 4,8 V [s/60st.]
- 0.16
- Rychlost při 6,0 V [s/60st.]
- 0.14
- Převody serva
- Kovové
- Highvoltage
- Ano
- Napájení [V]
- 4.8 - 8.4
- Určeno pro
- Letadla,Vrtulníky,Silniční auta
- Tah při 6,0 V [kg•cm]
- 22
- Tah při 7,4 V [kg•cm]
- 24
- Rychlost při 7,4 V [s/60st.]
- 0.11
- Odolnost vůči vodě
- Ne
- Tah při 4,8 V [kg•cm]
- 19
- Tah při 8,4 V [kg•cm]
- 26
- Rychlost při 8,4 V [s/60st.]
- 0.1
11 Items
New
8596450068322
Easy, fast and precise adjustment of the rod length. Made of stainless steel.
Easy, fast and accurate adjustment of the rod length. Made of stainless steel.
Easy, fast and accurate length adjustment! Adjustable drawbar in the same way as the connectors for RC car specials. Made of stainless steel.
Easy, fast and accurate length adjustment! Adjustable drawbar in the same way as the connectors for RC car specials. Made of stainless steel.
Easy, fast and accurate length adjustment! Adjustable drawbar in the same way as the connectors for RC car specials. Made of stainless steel.
Easy, fast and accurate length adjustment! Adjustable drawbar in the same way as the connectors for RC car specials. Made of stainless steel.
USB programmer/interface for programming KAVAN GO digital servos of the GO-10xx/11xx/12xx series with the help of a convenient PC utility for Windows XP, Vista, 7, 8, 10 (32/64bit) operating systems.
ARF kit of a semi-model of an aerobatic special with a span of 2,610 mm, intended for propulsion by a combustion gasoline engine with a content of 100-120 cc. Very light structural construction of balsa and plywood laminated with carbon fabric,...
ARF kit of a semi-model of an aerobatic special with a span of 2,610 mm, intended for propulsion by an internal combustion gasoline engine with a content of 100-120 cc. Very light construction, Oracover film coating, many carbon parts.
ARF kit 3D acrobatic special with a span of 2,641 mm, designed to be driven by a gasoline engine with a capacity of 120cc or an electric motor. Very light construction, many carbon parts.
ARF kit 3D acrobatic special with a span of 2,642 mm, designed to be driven by a gasoline engine with a capacity of 120cc or an electric motor. Very light construction, many carbon parts.
ARF kit of a 3D aerobatic special with a span of 2,642 mm, designed to be powered by a 120cc gasoline engine or an electric motor. Very light structural construction, many carbon parts.
ARF kit of a 3D aerobatic special with a span of 2,641 mm, designed to be powered by a 120cc gasoline engine or an electric motor. Very light structural construction, many carbon parts.
ARF kit for 3D acrobatic special with a span of 2 679 mm, designed to drive a 120 cc gasoline engine or an electric motor. Very light construction, many carbon parts.
ARF kit of a 3D acrobatic special with a span of 2,670 mm, intended for propulsion by a 120cc gasoline engine or an electric motor. Very light structural construction, many carbon parts.
ARF 3D acrobatic special kit with a span of 2,794 mm, designed to drive a 120cc petrol engine or an electric motor. Very light construction, many carbon parts.
ARF kit of a 3D aerobatic special with a span of 2,794 mm, designed to be powered by a 120cc gasoline engine or an electric motor. Very light structural construction, many carbon parts.
ARF kit 3D acrobatic special with a span of 2,896 mm, designed to be powered by a gasoline engine with a capacity of 150-180ccm. Very light construction, many carbon parts.
Currently unavailable from the manufacturer, possible innovation and production in 2025. ARF kit of a 3D aerobatic special with a span of 3,353 mm, designed for propulsion by a 180cc gasoline engine or an electric motor. Very light structural...
ARF kit 3D acrobatic special with a span of 1,778 mm, designed to be driven by an internal combustion or electric motor. Very light construction, many carbon parts.
ARF kit of a 3D acrobatic special with a span of 1,778 mm, intended for propulsion by an electric motor or an internal combustion engine. Very light structural construction, many carbon parts.
ARF kit semi-scale aerobatic special with a wingspan of 1,850 mm, designed for propulsion by a 30-40 cc internal combustion gasoline engine or an electric motor. Very light construction made of balsa and plywood laminated with carbon fabric, covered...
ARF kit 3D acrobatic special with a span of 1,879 mm, designed to be driven by an electric motor. Very light construction, many carbon parts.
ARF 3D aerobatic special kit with a wingspan of 1,880 mm, designed for propulsion with a 35-40cc gasoline engine or a 3000W brushless electric motor with an 8-12S LiPo. Very lightweight construction made of Kevlar® and carbon reinforced parts, many...
ARF 3D aerobatic special kit with a wingspan of 1,880 mm, designed for propulsion with a 35-40cc gasoline engine or a 3000W brushless electric motor with an 8-12S LiPo. Very lightweight construction made of Kevlar® and carbon reinforced parts, many...
ARF 3D aerobatic special kit with a wingspan of 1,880 mm, designed for propulsion with a 35-40cc gasoline engine or a 3000W brushless electric motor with an 8-12S LiPo. Very lightweight construction made of Kevlar® and carbon reinforced parts, many...
ARF 3D aerobatic special kit with a wingspan of 1,880 mm, designed for propulsion with a 35-40cc gasoline engine or a 3000W brushless electric motor with an 8-12S LiPo. Very lightweight construction made of Kevlar® and carbon reinforced parts, many...
ARF kit 3D acrobatic special with a span of 1,905 mm, designed to be driven by an electric motor. Very light construction, many carbon parts.
ARF kit of 3D acrobatic special with a span of 1,981 mm, designed for electric or internal combustion engine drive. Very light construction, many carbon parts.
ARF kit of a 3D acrobatic special with a span of 1,980 mm, intended for drive by an AC electric motor of 3-4 kW. Very light structural construction, many carbon parts.
ARF kit of a 3D acrobatic special with a span of 1,980 mm, intended for drive by an AC electric motor of 3-4 kW. Very light structural construction, many carbon parts.
ARF kit 3D acrobatic special with a span of 2,159 mm, designed to be powered by a gasoline engine with a capacity of 50-60ccm or electric motor. Very light construction, many carbon parts.
ARF kit 3D acrobatic special with a span of 2,159 mm, designed to be powered by a gasoline engine with a capacity of 50-60ccm or electric motor. Very light construction, many carbon parts.
ARF kit 3D acrobatic special with a span of 2,159 mm, designed to be powered by a gasoline engine with a capacity of 50-60ccm or electric motor. Very light construction, many carbon parts.
ARF kit 3D acrobatic special with a span of 2,165 mm, designed to be driven by an electric motor. Very light construction, many carbon parts.
ARF kit of a 3D acrobatic special with a span of 2210 mm, intended for propulsion by a gasoline engine with a content of 50-60 cc or an electric motor. Very light structural construction, many carbon parts.
ARF kit of a 3D acrobatic special with a span of 2210 mm, intended for propulsion by a gasoline engine with a content of 50-60 cc or an electric motor. Very light structural construction, many carbon parts.
ARF kit of a 3D acrobatic special with a span of 2160 mm, intended for propulsion by a gasoline engine with a content of 50-61 cc or an electric motor with a 12S Lipo power supply. Very light structural construction, many carbon parts.
Constructive aerobatic biplane from the company Pilot RC with a wingspan of 2.2 meters and powered by a 100-120cc gasoline engine. Very light plywood construction, Oracover iron-on film coating, many carbon parts.
ARF semi-scale model of an acrobatic special with a span of 2,240 mm, designed to be driven by a combustion gasoline engine with a capacity of 60-76 cc or an electric motor. Very light construction, Oracover foil cover, many carbon parts.
ARF kit of a 3D aerobatic special with a span of 2,238 mm, designed to be powered by a 50-60cc gasoline engine or an electric motor. Very light structural construction, many carbon parts.
ARF kit of a 3D aerobatic special with a span of 2,238 mm, designed to be powered by a 50-60cc gasoline engine or an electric motor. Very light structural construction, many carbon parts.
ARF kit of a semi-maquette of an aerobatic special with a span of 2,290 mm, intended for propulsion by an internal combustion gasoline engine with a content of 50-76 cc or an electric motor. Very light carbon coated plywood construction, Oracover film...
ARF kit of a semi-scale aerobatic special with a wingspan of 2,290 mm, designed for propulsion by a 50-76 cc internal combustion gasoline engine or an electric motor. Very lightweight construction made of carbon-coated plywood, Oracover foil coating,...
ARF kit of a semi-model of an aerobatic special with a span of 2,290 mm, intended for propulsion by an internal combustion gasoline engine with a content of 50-76 cc or an electric motor. Very light carbon coated plywood construction, Oracover film...
ARF kit 3D acrobatic special with a span of 2,312 mm, designed to be powered by a gasoline engine with a capacity of 60-70ccm or electric motor. Very light construction, many carbon parts.
ARF kit 3D acrobatic special with a span of 2,312 mm, designed to be powered by a gasoline engine with a capacity of 60-70ccm or electric motor. Very light construction, many carbon parts.
ARF kit of a 3D aerobatic special with a span of 2,312 mm, designed to be powered by a 60-70cc gasoline engine or an electric motor. Very light structural construction, many carbon parts.
ARF kit 3D acrobatic special with a span of 2,336 mm, designed to be powered by a gasoline engine with a capacity of 60-70ccm or electric motor. Very light construction, many carbon parts.
ARF kit 3D acrobatic special with a span of 2,413 mm, designed for electric motor drive. Very light construction, many carbon parts.
4WD Monster truck kit in 1:8 scale with clear bodywork. Without combustion engine and electronics.
Factory assembled model of a 1/8 4WD Short Course truck. Without electronic components.
Factory assembled model of a 1/8 4WD Short Course truck. Without electronic components.
Factory assembled model of a 1/8 4WD Short Course truck. Without electronic components.