Top-rated products in the RC receivers category
Here's a ranking of the top rated products in this category. To give you a quick overview, we've also added some key information about the products.
1. Futaba R2008SB Receiver S-FHSS
Compact 8-channel S-FHSS receiver, compatible with all FHSS and S-FHSS systems from the Futaba range. To achieve even shorter response times, the pulse output for digital servos can be shortened to 6.3 ms (instead of 16 ms for analog servos). Besides the 8 PWM servo outputs, the receiver also has an S.BUS connection for up to 8 S.BUS servos or devices.
NOTE: When using 7.4 V LiPo batteries as receiver batteries, the connected servos must also be designed for this voltage. The receiver has no internal voltage converter for the servo voltage!
2. Futaba R334SBS T-FHSS SR Car Receiver
The Futaba R334SBS is a compact and lightweight T-FHSS SR 2.4 GHz receiver with integrated telemetry function and diversity antenna. The transmission mode T-FHSS SR is currently the fastest transmission technology on the market...!
The new T-FHSS SR (Super Response) system is faster than all previous transmission types on the market. At 2.45 ms, the response speed in the model has become noticeably faster (T-FHSS = 4.15 ms).
S.BUS2 sensors can be connected via the S.BUS2 connector and up to 32 telemetry data sets can be transmitted. The telemetry transmitter integrated in the receiver transmits the telemetry data present at the S.BUS2 connection to the transmitter, which indicates, announces or acoustically outputs the data on the display.
The receiver is particularly suitable for use in RC cars and boats.
NOTE: When using 7.4 V LiPo batteries as receiver batteries, the connected servos must also be designed for this voltage. The receiver has no internal voltage converter for the servo voltage!
To take advantage of the speed of the Futaba SR system, many FUTABA SV servos can be switched to SR mode via T7PX transmitter. Currently the following servos are SR compatible:
BLS371SV, BLS471SV, BLS571SV, BLS671SV, BLS671SVi, S9372SV & S9373SV.
3. Futaba R304SB Telemetry T-FHSS
4-channel T-FHSS receiver, with 4 connections for normal servos and controllers. With additional S.BUS2 output for connecting S.BUS2 devices such as servos and telemetry sensors.
The receiver's internal telemetry transmitter transmits the data to the transmitter, where it is shown on the display.
High protection against interference and electrosmog thanks to 2.4 GHz FHSS technology.
Only suitable for T-FHSS systems (e.g. T4PLS/ T4PX/T4PXR)
For RC-Cars & Boats
Technical data:
channel: 4
transmission: T-FHSS bidirectional
Current consumption: 40mA or less
Input voltage: 4.8 V - 7.4V
Weight: 6.6g
Dimensions:35.1x23.2x8.5mm
Antenna: 170mm
NOTE: When using 7.4 V LiPo batteries as receiver batteries, the connected servos must also be designed for this voltage. The receiver has no internal voltage converter for the servo voltage.
4. Futaba R3008sb
The Futaba R3008SB is a compact and lightweight T-FHSS 2.4 GHz receiver with an integrated telemetry function. Its ultra-slim design makes it ideal for models with narrow fuselages.
Up to 10 programmable S.BUS servos or peripheral devices such as gyros, flybarless systems, or speed controllers can be connected to the S.BUS output. Thanks to digital addressing, each servo only responds to information that includes the correct servo address. No more cable clutter: one line to the wing, and for larger models, one cable per wing and one cable to the tail. It couldn't be simpler. This cable-saving and therefore weight-saving method can also be achieved with existing analog or digital standard servos. Only a PWM adapter is needed to convert the signal from S.BUS to PWM.
The R3008SB features antenna diversity and constantly checks the signal quality of both antenna inputs. This allows for quick and seamless switching to the better input signal.
Through the S.BUS2 connection, S.BUS2 sensors can be connected, allowing for the transmission of up to 32 telemetry data sets. The integrated telemetry transmitter in the receiver sends the telemetry data from the S.BUS2 connection to the transmitter, which displays, announces, or outputs the information audibly.
When connecting the receiver, the receiver battery voltage and antenna signal strength are automatically transmitted. An additional adapter cable can be used to measure and transmit another external voltage (e.g., the drive battery up to 70 V).
When using 7.4 V LiPo batteries as the receiver battery, the connected servos must also be rated for this voltage. The receiver does not have an internal voltage converter for the servo voltage.
5. Absima Channel receiver
The Absima R6FS 6-channel receiver is a highly advanced RC receiver specifically designed for use in modeling applications. Operating at a frequency of 2.4 GHz and featuring a plug system compatible with JR and Futaba, this receiver provides a reliable connection and control for various models, including cars and boats. The receiver is equipped with an SVC system that enables both steering stabilization and acceleration management, significantly enhancing the handling and control of the models. The R6FS is made from durable plastic, making it easy to clean. With an operating voltage range of 4.8V to 8.4V, it is versatile and offers a fail-safe function that works in conjunction with the remote control to ensure safety during operation.
- SVC system for improved stabilization and acceleration management
- Compatible with A.F.H.D.S.2A 2.4 GHz systems
- Fail-safe function for increased safety
- Easy to clean due to the plastic material
- Plug system for easy installation and replacement.
6. Futaba R304SB-E Telemetry receiver T-FHSS
4-channel T-FHSS receiver with 4 connections for standard servos and controllers. Includes an additional S.BUS2 output for connecting S.BUS2 devices such as servos and telemetry sensors. The internal telemetry transmitter sends data to the transmitter, where it is displayed on the screen. High protection against interference and electromagnetic pollution thanks to 2.4 GHz FHSS technology. Suitable only for T-FHSS systems.
Technical specifications:
Channel: 4
Transmission: T-FHSS bidirectional
Current consumption: 40 mA or less
Input voltage: 4.8 V – 7.4 V
Weight: 6.6 g
Dimensions: 35.1 x 23.2 x 8.5 mm
Antenna: integrated in the housing
Note: When using 7.4 V LiPo batteries as the receiver battery, the connected servos must also be rated for this voltage. The receiver does not have an internal voltage converter for the servo voltage.
7. Spektrum AR620 sports receiver
Compact, affordable DSMX telemetry receiver with full range. The insensitive, antenna-less design makes installation easier. Integrated flight log and receiver voltage monitoring via telemetry. Rounded, lightweight housing. A large bind button eliminates the need for a bind plug. A lightweight suitable for park flyers with full-range performance. Ideal for most 6-channel models, including indoor sport models.
The Spektrum AR620 flight receiver is a 6-channel full-range sport receiver with DSMX compatibility and fits into almost any model due to its slim design.
The integrated antenna of the AR620 facilitates the installation of the receiver in the model while simultaneously increasing reliability. The Spektrum AR620 is not just a rounded electronic component that connects to your servos, but it also offers a new installation experience combined with full range for use in your electric or gas models.
Additionally, the AR620 features integrated telemetry that continuously transmits flight log data and receiver battery voltage. Simply activate the auto-configuration in your telemetry menu on your Spektrum remote control. You don’t need to do anything else to enjoy your flight with peace of mind, knowing about your flight data and power supply.
No more bind plugs! Instead, use the large bind button to initiate the binding process.
In summary, you get a basic Spektrum receiver that guarantees you the highest level of safety and fun.
8. Futaba R202gf
The Futaba R202GF is a compact and lightweight RC receiver designed for use in various remote-controlled applications. With an advanced S-FHSS transmission system, this receiver offers a reliable connection and stable performance. It features two channels and operates in the 2.4 GHz frequency band, making it ideal for models that require precise control. The input voltage of the R202GF ranges from 4.8 to 7.4 V, allowing for flexible integration into different systems. With its compact dimensions of 23 x 35 x 9 mm and a weight of only 9 g, the receiver is particularly well-suited for applications where space is limited and weight is a concern. The Futaba R202GF is therefore an excellent choice for model builders who value quality and performance.
- 2-channel 2.4 GHz S-FHSS receiver
- Compact and lightweight design
- Reliable connection and stable performance.
9. Absima R3FS Receiver
The R3FS receiver from Absima is a highly advanced 3-channel RC receiver designed for use in vehicles. Operating at a frequency of 2.4 GHz and utilizing AFHDS modulation, this receiver provides a reliable and stable connection. It is lightweight, weighing only 6 grams, making it ideal for various modeling applications. The receiver features a JR/Futaba plug system, which facilitates integration into existing systems. Additionally, the R3FS includes a built-in failsafe function that ensures extra safety in the event of a signal loss. The operating voltage ranges from 4.8 to 6.6 volts, allowing for flexible use in different models. The R3FS receiver is therefore an excellent choice for those who value quality and reliability in RC modeling.
- 3-channel receiver with AFHDS modulation
- Integrated failsafe function for added safety
- Lightweight design at only 6 g
- Compatible with JR/Futaba plug system.
10. Carson 14 channel receiver model sports
The Carson Reflex Stick Multi Pro 2.4 GHz 14-channel receiver is the perfect addition to your model when it comes to controlling additional functions like lights, speakers, and much more. Its compact size makes it an ideal companion for your car or boat model. The universal plug system is compatible with Futaba and Graupner/JR. When used with the Carson Reflex Stick MultiPro remote control, the system is compatible with Tamiya MFC and DMD units.
