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Spektrum AR6610T 6ch Receiver with Telemetry
Futaba R7301SB 1-Channel (PWM) Air Receiver FASSTest
Futaba R3204SB 4-Channel Receiver (T-FHSS/S.Bus)
Spektrum 36 inch Remote Receiver Extension Lead [SPM9014]**
Spektrum AR10100T Air Receiver with Telemetry
Spektrum AR14410T 14 Channel PowerSafe Telemetry Receiver [SPMAR14410T]
Spektrum AR631+ 6 Channel AS3X+ and SAFE Receiver [SPM-1031]
Spektrum AR20410T 20 Channel PowerSafe Telemetry Receiver [SPMAR20410T]
Futaba R7314SB 14-Channel (PWM) Air Receiver (26-Channel S.BUS) FASSTest [FUTR7314SB]
Spektrum AR630+ 6 Channel AS3X+ and SAFE Receiver
Spektrum AR8360T+ 8ch Air Receiver with AS3X+, SAFE Technology and Telemetry [SPM-1033]
Spektrum AR8020T 8ch Air Receiver with Telemetry
Spektrum AR637T+ 6ch Air Receiver with AS3X+, SAFE Technology and Telemetry [SPM-1032]
Futaba R3006SB 6-Channel Receiver (T-FHSS/S.Bus)
Futaba R7306SB 6-Channel (PWM) Air Receiver (26-Channel S.BUS) FASSTest
Futaba R2106GF 2.4GHz FHSS 6-Channel Micro Receiver
Spektrum AR10360T+ 10 Channel AS3X+ and SAFE Telemetry Receiver [SPM1034]
Futaba R7308SB 8-Channel (PWM) Air Receiver (26-Channel S.BUS) FASSTest [FUTR7308SB]
Futaba R3008SB 10-Channel Receiver (T-FHSS/S.Bus)
RC aircraft receivers are essential components of the radio control system, receiving signals from the transmitter and translating them into control commands for the servos and other onboard electronics of the aircraft. Receivers come in various types and configurations to suit different applications and preferences. Here are some key considerations when choosing an RC aircraft receiver:
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Number of Channels: The number of channels on a receiver determines the number of control functions it can handle. Basic receivers may have fewer channels, suitable for simple aircraft with fewer control surfaces, while advanced receivers offer more channels for controlling additional features like flaps, retractable landing gear, lights, and other accessories.
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Compatibility: Ensure that the receiver you choose is compatible with your specific transmitter system and aircraft. Most receivers operate on the same frequency band (2.4GHz), but compatibility may vary depending on the brand and protocol used by the transmitter and receiver.
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Size and Weight: Consider the size and weight of the receiver, especially for smaller or lightweight aircraft where space and weight are critical factors. Some receivers are compact and lightweight, ideal for park flyers and micro aircraft, while others may be larger and heavier, suitable for larger models and applications where robustness is required.
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Range and Reliability: Look for receivers with reliable signal reception and a good range, especially for long-range flying or applications where signal interference may be a concern. Features like diversity antennas, fail-safe functionality, and telemetry capabilities can enhance the reliability and performance of the receiver.
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Features: Consider additional features offered by the receiver, such as failsafe functionality, telemetry capabilities for real-time monitoring of aircraft parameters, and compatibility with flight stabilization systems or gyroscopes for enhanced stability and control.
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Price: Compare prices and features across different receiver models to find the best balance of performance and value for your budget.
By considering these factors, you can choose the right RC aircraft receiver to suit your flying needs and preferences, ensuring reliable control and performance for your aircraft.