10 Best Rc Servo Brand Reviews & Guide in 2022

Best Rc Servo Brand

Best Rc Servo Brand

RC servos are a critical component of any remote control vehicle. They’re responsible for controlling the movement of the vehicle’s wheels, which means they have to be able to withstand high torque loads, as well as support quick movements.

For RC beginners, choosing the right servo can be difficult because there are so many different options available on the market. In this article, we’ll take a look at what makes a good RC servo and help you choose one that will work best for your needs.

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What is an RC Servo?

An RC servo is a miniature electric motor that provides precise movement in response to signals from its controller. The first radio-control vehicles used manual controls to operate the steering and throttle functions of their vehicles.

As technology advanced and more sophisticated systems were developed, these manual controls were replaced by electronic systems that allowed for more precise control over all aspects of a vehicle’s performance, as well as improved safety features such as fail-safe stopping mechanisms.

1.ANNIMOS 20KG Digital Servo High Torque Full Metal Gear Waterproof


  • Brand : ANNIMOS
  • Color : Red
  • Special Feature : Waterproof
  • Material :Copper & Aluminum
  • Water Resistance Level : Waterproof

The Anninmo 20KG Digital Servo High Torque Full Metal Gear Waterproof is a upgraded version of the original Anninmo 20KG Digital Servo, which has better linearity and accuracy with precision potentiometers, stable, low noise and water-proof. It is designed to work with 1/10 scale or smaller vehicles, trucks, buggies and truggies. With high quality, strong copper & aluminum gears, CNC aluminum middle Shell and high torque up to 21.5 kg/cm (298.5 oz/in) @ 6.8V, this servo is perfect for your RC car’s steering wheel or suspension linkages.

This servo is capable of rotating 270 degrees at 6V and 360 degrees when power off for more precise movement control. The potentiometer adjustment is hidden under the servo horn so that you can’t see it from the outside after installing it on your R/C car or boat in order to keep the appearance clean and neat.

2.FEETECH 35KG Servo Motor 7.4V High Voltage Waterproof


  • Size : 180°-35KG
  • Material : Aluminum
  • Brand : FEETECH
  • Item Weight : 67 Grams
  • Item Dimensions LxWxH : 2.17 x 0.79 x 1.69 inches

The high-speed servo is a high-torque servo, the rotation angle is 180 degrees (at 500→2500μsec), when the power is stopped, it can rotate 360 degrees. Dead width ≤ 4 μsec. Durable and reliable.

The 7.4V high voltage water proof servo motor is composed of a sturdy PA aluminum middle shell, a strong steel metal gear, and a hard iron shaft, provide higher stability and provide longer service life.

The servo motor system is controlled by pulse, compatible with 1/8 and 1/10 scale RC robots, trucks, off-road vehicles, robotic arms, and any application that uses a standard servo system.

The steering gear has IP54 waterproof performance and ball bearings.The output torque exceeds the overload torque, lasts 8S, or the temperature over 70 ℃, the steering gear will automatically stop the output torque. The overload torque can be modified.

3.Deegoo-FPV 4PCS Servo Motor MG995 Control Angle180 Metal Gear Servo 20KG Digital High Speed


  • Gear Type: All Metal Gears
  • Connector Wire :11.81 inch (300mm),
  • signal wire/PWM Yellow
  • Dimension:40.7*19.7*42.9mm(1.60*0.78*1.69inch)
  • Servo Weight: 55g
  • Positioning speed at 4.8V without load0.17s / 60 degrees; 6.0V without load 0.13s / 60 degrees
  • Dead Band Width: 4us

This servo offers a full range of 180° with metal gears. Application:RC robot, airplane control, robot arm and boats. Fit for all kind of R/C toys and Arduino experiments.

This high-speed standard servo motor can rotate 180 degrees (90 in each direction). Torque at 6V 12kg/cm, 7.2V 13kg/cm. Positioning speed at 4.8V without load 0.17s / 60 degrees;6.0V without load 0.13s / 60 degrees.

It’s a good choice for the DIY projects that need to rotate 180 degree with high torque and good positioning speed . Connector wire length 300mm. Stable and shock proof double coreless motor, metal gear, ball bearing design,Through external adapter.

Good performance digital standard servo, which can be a common use for robots, mechanical arms, climbing cars and remote control toys.

4.Reefs RC 444HD High Torque High Speed HV Waterproof


  • Product Dimensions :1 x 1 x 1 inches
  • Item Weight : 1 pounds
  • ASIN : B081K8JHWF
  • Manufacturer recommended age : 14 years and up

Reefs RC 444HD Waterproof Digital Servos are a great choice for your 1/8th scale or larger RC cars, trucks, and buggies. Their high torque, high speed design makes them ideal for all types of racing vehicles. These servos are made of metal and have waterproof connectors. The 444HD has steel gears and ball bearings that make it durable and reliable.

The Reefs RC 444HD is one of the highest quality HV digital servos on the market today. It has a coreless motor that delivers smooth operation at high speeds with minimal noise. The digital circuitry in this servo allows it to operate at high voltage without overheating or losing precision. The digital pot offers precise control over position and speed. This servo comes with an aluminum case that protects against impact damage as well as moisture from rain or snow so you can use it for off-road racing in wet conditions!

This servo features an adjustable travel limit switch which allows you to set the maximum travel distance when you want your steering to stop turning after hitting an obstacle so that your vehicle won’t flip over during a race! It also has a built-in BEC (battery eliminator circuit) which provides power to your receiver from the servo’s 5v.

5.Aideepen 6-Pack MG996R Servo


  • Package Dimensions : 6.77 x 4.88 x 2.01 inches
  • Item Weight : 19.8 pounds
  • ASIN : B09LS7RB5J
  • Brand : Aideepen

MG996R servo motor is the updated version of MG90S micro servo motor. The performance of this product is better than MG90S series. It has a metal gear, more accurate and durable.

MG996R servo motor is a high-performance digital standard servo, compliant with most standard receiver connector, for Futaba, Hitec, Sanwa, GWS etc. Which can be a common use for robots, mechanical arms, climbing cars and remote control toys.

MG996R servo motor is with high precision 0.2° step angle and high speed positioning accuracy (0.14sec/60° 4.8V no load). It can be used on F1 cars or other high speed models that need fast response time and high precision positioning control.

6.BETU 35kg Waterpoof Servo, Full Aluminum Case


  • Control System: PWM(Pulse width modification)
  • Pulse width range : 500~2500µsec
  • Neutral position : 1500µsec
  • Running degree : 180° (when 500~2500 μ sec)
  • Dead band width : 1 µsec
  • Operating frequency : 50-330Hz
  • Rotating direction : Counterclockwise (when 500~2500 µsec)

The BETU 35kg Waterpoof Servo is a high quality servo designed for 1/8, 1/10, 1/12 Truck, RC Car / Robot / Boat. This servo is made of high quality aluminum material and has waterproof performance IP67. It can be used in wet environment without causing any damage to your model.

The BETU 35kg Waterpoof Servo uses all metal gears and a full aluminum case to ensure long life and durability. The servo is equipped with strong torque up to 35 kg/[email protected], high precision, linearity, quick response time and low noise. The servo has a controllable angle range from 0 to 270 degrees which makes it ideal for many applications such as RC car steering wheel, robot arm and other projects that require precise control of movement.

The BETU 35kg Waterpoof Servo utilizes a unique design that allows the user to adjust the center pin position of the servo horn so that it will fit on most standard size servo horns without modification needed. The 25T adjustable metal servo arm allows you to easily change the length if necessary while keeping the same center pin position between different length arms.

7.AGFRC 55KG Digital-Steering-Servo High-Torque Programmable


  • Brand : AGFRC
  • Item Name : A86BHM
  • Control System : PWM, 1520uS/333Hz
  • Dead Band : 2 uSec
  • Mechanical Angle : 220°
  • Operating Travel : 180°±10 °(when 500 to 2500 uSec)
  • Operating Voltage : 4.8V ~ 8.4V

This upgrade high torque servo is programmable by the AGF-SPV2/V3 servo programmer (not Include) to change the torque, speed, angle, etc.

Stable, low noise, dust-proof, advanced linearity and accuracy. The maximum torque of this steering servo is up to 55kg/cm (764oz-in) 8.4V and speed up to 0.110sec/60° 8.4V. Size: 402041.5mm(1.570.791.63in)

Standard 55KG high torque servo equipped with patent reinforced steel gear with PINS, three ball bearing, full Aluminium housing with groove surface for fast heat dissipation, accuracy with precision potentiometer.

steering digital servo motor uses high-precision production technology to reduce production deviation and improve product tightness, ideal for 1/8 1/10 Buggy /Monster Trucks/RC car/boat/plane/helicopter/robot.

8.JX Servo CLS6322HV 21kg High Torque Metal Shell Metal


  • Model: CLS6322HV
  • Remote control maximum angle: 120°
  • Remote control board maximum angle: 180°
  • Dead zone: 1μs
  • Working frequency: 1520μs / 330hz
  • Motor: Hollow cup
  • Size: 40.5X20.2X40mm
  • Weight: 63g

The CLS6322HV is a high torque servo with a metal gear case and metal ball bearings. It has high precision, fast response and long life. The body has been reinforced to withstand more stress and it comes with a large heat sink for heat dissipation. It also comes with an extra thick output shaft that makes the servo stronger and less likely to break when you are using it in your RC car or airplane.

The servo can be used in your 1/8 scale nitro or electric buggy, 1/10 scale electric touring car and on other vehicles that use standard size servos. For example, you can use these servos as steering servos on our Monster Truck Buggy Kit or on our 1/10 Scale Electric Touring Car Kit. You can also use them as throttle or brake servos on our ATV Quad Kit or on any other electric ATV kit that requires standard size servos like the HPI Savage AXE 4×4 RTR Racing Truck Kit.

You can choose different types of servo for your application. The type of servo you choose will depend on what kind of vehicle you are looking to build and the type of power source. RC Servo are used in cars, trucks, boats and airplanes. They are also used in robotics applications. There are two main types of RC servo: standard and high voltage (HV).

9.ANNIMOS Pack of 2 Digital Servo 25KG Full Metal Gear High Torque Waterproof


  • Package Dimensions : 6.02 x 4.02 x 1.65 inches
  • Item Weight : 7.4 ounces
  • Item model number : WSTOY013
  • Manufacturer recommended age : 12 years and up

ANNIMOS brand is a leading manufacture in China,we are confident to offer products that we can be proud of.Our company has several years of experiences on the field of RC technology, especially in the field of RC servo motor.

We have our own R&D department and production base, which is founded by our experienced team. All our products are produced strictly following ISO9001 quality standard. We also have our own factory in Shenzhen city. Our products are sold to many countries all over the world, such as USA, Germany, France and Russia etc., and we have gained good reputation from our customers with high quality, competitive price and good service!

ANNIMOS series digital servo is designed with high torque and speed performance driven by a powerful coreless motor. It features low power consumption design that provides long runtime for your vehicle and high resolution for precise control. They are compatible with most radio systems on the market today such as Futaba.

10.MakerHawk 25KG Digital Servo High Torque


  • Product Dimensions : 1.57 x 1.57 x 0.79 inches
  • Item Weight : 5.9 ounces
  • ASIN : B099X3JWY4
  • Item model number : LE

Our new model, it’s the best option for your diy project: compatible with 1/8 and 1/10 scale crawler, truck, buggy, robotic arm, and any application where standard servos are used.

The servo comes with a metal servo horn, so you can easily mount this servo on your project with screws or double-sided tape. The power cable is longer up to 15.75inches (40cm), and also send with a 25T adjustable metal servo arm.

Best for your diy project:compatible with 1/8 and 1/10 scale crawler,truck,buggy,robotic arm,and any application where standard servos are used.

Equipped with high precision potentiometers and high-resolution digital chip, ensure stable performance, fast response, strong anti-interference ability,low noise, fast heat dissipation.

Dimensions: 1.57 x 0.78 x 1.59in (40 x 20 x 40.5 mm); Weight:2.64oz (75g)We Have a Strong After-sales Service Team: As long as you have any questions about the product, we will resolve your issue immediately if received your.

Things to consider before buying a best rc servo brand

RC servos are the tiny motors that control your RC car, plane or helicopter. You know those little steering wheels and joysticks that you move around to make your vehicle go left, right forward and backwards? Those are all controlled by a single or multiple RC servos. There are lots of different types of servos out there but we’ll cover some common questions about choosing the best ones for your project:

What is the best type of servo?

Before we get into the nitty-gritty of what kind of servo to buy, it’s important to know that different types of RC cars require different types of servos. When shopping for the best rc servo brand, you need to consider the size and type of vehicle you’re driving as well as how much power and torque are needed from your servo.

Servos come in all shapes and sizes—some large enough for a truck bed; others tiny enough for a remote control car. The size will affect how much torque is needed to move parts at high speeds or slow speeds, so take note if you’re looking for something powerful or lightweight.

The type of servo may also be an important consideration depending on how long it takes before your car moves again after being turned off: some draw more current than others due to their internal mechanisms which means they don’t turn off immediately when switched off with an electric switch—instead they keep moving until they’ve stopped moving completely (or until battery runs out).

What is a good quality servo?

There are a few things to keep in mind when choosing a good quality servo:

  • The manufacturer. The brand, the reputation and the history of a company is important because it can tell you about how well-made their products are.
  • Performance. If you’re looking for something that’s going to perform well, check out reviews from other people who have bought it before, as well as any information about what kind of performance ratings they got from testing or use.
  • Durability. A good quality servo should last at least long enough until you’ve been able to grow tired of playing with your new toy—or maybe even longer! Many people choose high-quality electronic parts because they want them to last for years without breaking down on them anytime soon after buying them; this way there won’t be any unexpected expenses later on down the road after all those fun times together have come and gone away again too soon (you know what I mean).
  • Cost effectiveness: Most rc enthusiasts don’t just want their hobbies being enjoyable experiences—they also want them being affordable ones too! That means looking into which brands offer good quality products that won’t break your bank account every month just so something inside might work properly again someday down deep inside somewhere where no one else cares anyway…

How much current does a servo draw?

  • Servo type. Brushless and coreless servos draw more power than brushed ones. In general, the more powerful the servo, the more current it needs to function at its maximum capacity.
  • Speed range. A larger speed range requires more current to achieve its fastest speed and maintain that level of torque over time. If you want a fast-response, high-torque servo in a large size, you’ll need to consider how much current it will draw when running at full strength.
  • Voltage drop across gears and drivetrain components (gear mesh). The faster your vehicle moves or turns around corners—and therefore the higher its rotational speed becomes—the greater amount of resistance caused by friction between moving parts will increase heat generation within those components (especially bearings). This leads us back into our previous point about increased current requirements as speeds rise because higher speeds also mean increased voltage drops across these components due to their greater rates of rotation per second (RPMs).

How do you control multiple servos?

You can control multiple servos using a variety of methods. You can use a servo controller or splitter, or you can use an extension, driver, or another method. Here are some options:

  • Servo controllers allow you to connect your remote control and up to 6 receivers at the same time. They’re great if your model requires many servos to operate accurately and smoothly.
  • Servos splitters act as an intermediary between one receiver and two or more servos. This means that each motor is controlled independently by its own signal from your controller; when connected properly, they will each respond in perfect synchronization with each other as well as with any other signals sent from the main receiver/transmitter.*Servo extensions lengthen the length of wires connecting your receiver (or transmitter) with individual RC servo motors.*Servouside drivers convert voltage signals into power for controlling electric motors such as those used on vehicles.*

How do I know if my servo is bad?

If a servo is not moving at all, you may have a bad motor. To test this, use your multimeter to measure the voltage of each motor. If one isn’t working, you’ll be able to tell by checking the resistance between its two motor wires. If they’re connected and there’s no voltage/resistance reading on either wire, then it’s likely that your brand new rc servo has some issues with it!

If your rc servo is moving in the wrong direction or at an angle that doesn’t make sense for whatever project you’re working on (e.g., the barcode reader is rotating 180 degrees even though it should only rotate 90), then again check for loose wires or connections leading into and out of your controller board or receiver box (as well as any other hardwired components). You might also want to check other things like whether anything else was damaged during shipping (did someone drop something heavy on top?) or if there are any dents in nearby areas where wires could have been pinched between pieces?

If nothing seems broken but instead just slow enough so as not affect functionality too much yet noticeably slow nonetheless: try replacing all 4 rotors with newer ones while keeping their original position relative each other intact–this should allow faster movement without risking damage from overloading them too much (if done correctly).

How do you test a servo?

Servo testing is an important part of any build, but it can be difficult to know where to start. Here are some tips on how to test a servo before you use it:

  • Power and range. The most basic way to test a servo is by checking its power and range. You’ll want your servos’ strength as high as possible, but they should also have good range so they don’t lose control when moving fast or changing directions quickly. If you’re using multiple servos in one project (like a robot), make sure their ranges are compatible with each other so that both sides of your robot move at the same speed at all times (which can save lots of headaches later).
  • Input voltage level adjustment (VLA). Servos may come with VLAs installed for different input voltages like 7-9v or 4.8-6v; if yours doesn’t have one already then you can easily add one yourself! Just make sure it’s rated for the exact voltage rating required by your particular model before trying this out though otherwise damage could occur from overloading current levels during operation.”

What size servos should I use for my RC plane?

The size of the servo should be proportional to the weight of your plane. The larger the plane, the larger you want to go with a servo; for example, if you’re building a small park flyer or micro-quadcopter and want to use smaller equipment, then perhaps consider a 7g or 8g servo on each wing.

If you’re building a heavy airplane (think gliders) that can handle more weight in flight control surfaces, then consider using something like an 18g or 20g unit. In some cases it may be necessary to use multiple servos on one control surface due to weight/size limitations—but this is not ideal because having multiple cables connected together can cause interference between signals which could lead to poor responsiveness in flight and less precision during maneuvers!

Are more expensive servos better?

Generally speaking, more expensive servos are better. This is because higher-quality components are used in their construction and they have fewer moving parts to break down over time.

The best rc servo brands use durable materials and components that can withstand the rigorous demands of RC hobbyists. They also have a greater number of ball bearings and gears, which help to ensure smooth operation without fail. In addition to this, more expensive models tend to be more efficient at converting electric power into mechanical torque (power), which contributes to their increased efficiency levels compared with other types of performance parameters such as speed or acceleration time (speed).

Additionally, some higher-end models may offer additional features such as self-calibration technology for improved precision when operating at high speeds under heavy loads such as when driving over bumps or running across uneven surfaces like rocks etc.

Can you use two servos together?

Wiring two servos together is a fairly straightforward process, but it can be difficult to get the wiring right. You need to make sure that both of your connections have the same polarity and voltage. If you’re unsure what these terms mean, check out this article on RC servo wiring basics for more information.

  • Controlling two servos with one receiver (single-channel)

When you’re using multiple servos on a single aircraft or robot and are running them from one receiver, you’ll need to set up your transmitter so that each control channel corresponds with its respective servo (for example: Ch1 = Left Servo; Ch2 = Right Servo). This means programming each channel as either an elevator pitch trim wheel or throttle stick depending on where they’re located in relation to each other inside the cockpit area of your plane/robot’s body structure.”


In conclusion, there are many factors to consider before purchasing a best rc servo brand. We discussed the importance of selecting one that’s durable, fast and accurate in this article. If you follow our advice, you will be able to make an informed decision about what model will work for your needs and budget. Best of luck!

Hopefully, you have a better understanding of what makes a good servo. The best way to make sure the servos you buy are reliable is through research and testing. If you are unsure about which size servo to use on your RC plane, then it may be worth talking with someone at your local hobby store who will be able to provide advice based on their experience in this area.

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