Futaba R153F 3-Channel FM 40MHz Receiver without Crystal - Compact Micro Unit  [R153F]

Futaba R153F 3-Channel FM 40MHz w/o Crystal
Price:
CAD$89.85
Brand:
Futaba
Model:
R153F
Condition:
Brand New
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Futaba R153F Micro Receiver Overview

The Futaba R153F 3-Channel FM Micro Receiver offers a compact, lightweight option for radio control applications where space and weight matter. It is well suited to 1/18 scale vehicles and larger, providing reliable signal reception in small packages.

Small Format, Practical Fit

Built with tight installs in mind, the R153F measures just 1.5 inches long and weighs 0.50 ounces, making it easy to tuck into narrow chassis or slim hulls. Its low mass helps keep the center of gravity stable while freeing up room for other components.

Crystal Options for Frequency Flexibility

The receiver requires a Futaba FM receiver crystal and can be configured for the common 27MHz or 75MHz bands. Choosing the right crystal lets you match local band usage and avoid interference on the track or water.

Practical Benefits for RC Handling

Because the R153F is light and compact, it reduces added weight and preserves handling balance, which can benefit steering response and overall feel during driving or boating sessions.

Specifications

  • Length: 1.5" (37.7mm)
  • Width: 1.0" (25.6mm)
  • Height: 0.6" (14.3mm)
  • Weight: 0.50oz (14.1g)

Suitable for both seasoned builders and weekend hobbyists, the Futaba R153F 3-Channel FM Micro Receiver is a straightforward choice when you need a small, dependable receiver for compact RC projects.

The R153F works well in 1/18 scale models and larger where space is limited, including many small cars, light trucks and compact electric boats.
Use Futaba FM receiver crystals in the required band. Typical choices are 27MHz and 75MHz, depending on local frequency rules and track use.
Secure the receiver with double sided foam tape or a small mounting bracket, keep antenna routing clear of power wires, and position it to avoid interference from motors or ESCs.
Yes, the reduced weight can improve responsiveness by lowering added mass and helping maintain the model's intended balance and steering feel.

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