The OddityRC ELRS PRO Receiver listing offers 2.4GHz and 915MHz selections for pilots fitting a separate control receiver. Its useful features include a TCXO, SH1.0 connection and solder pads, with CRSF communication to the flight controller. The first choice is the radio system and frequency band you actually use, followed by the physical installation.
In this guide: specifications · A receiver band must match the transmitter · The connector is convenient; the pinout still matters · Install for inspection and service · FAQ
OddityRC ELRS PRO Receiver at a glance
| Item | Listed detail |
|---|---|
| Frequency selections | ELRS 2.4G / ELRS 915MHz |
| Supply | 5V |
| FC interface | CRSF |
| Dimensions | 22 × 12 × 5mm |
| Listed weight | 2.4G: 2.5g including antenna; 915MHz: 3.2g with T antenna |
| Connection | SH1.0 connector and solder pads |
| Options | Band and 40mm / 60mm selections |
A receiver band must match the transmitter
Choose the 2.4GHz selection for a compatible 2.4GHz ExpressLRS transmitter system, or evaluate the 915MHz selection with the appropriate matching system and regional configuration. A transmitter described merely as “ELRS” is not enough information to choose between the two bands.
Check the installed transmitter module, receiver firmware compatibility and regional requirements together. The product page lists an FCC915 configuration for the 915MHz receiver. Do not infer a supported regional configuration from an antenna description or assume that a different band will bind after changing only a software setting.
The connector is convenient; the pinout still matters
SH1.0 makes a connector-based installation possible where the wiring is correct. Confirm the FC and receiver pin order before treating a cable as plug-and-play. For UART-based ELRS, the official wiring guide describes the crossed TX/RX connection and appropriate power and ground.
The official FC setup guide specifies serial receiver configuration using CRSF. Select the UART corresponding to the actual wiring, not the port used in a screenshot from another controller. Confirm receiver inputs and the configured response to lost control before flight.
Install for inspection and service
Reserve room for the board, connector and antenna route. Keep wires supported and make sure the installation cannot press a button or pull a connector loose. An accessible receiver is easier to inspect after a repair than one buried under the rest of the electronics.
For OddityRC aircraft, PNP means a receiver is not included and the customer installs one. The receiver choice is separate from the video system: O4 Pro being present in a product does not identify which external control receiver your radio requires. Use the aircraft’s exact wiring and setup information.
Before you choose
- Identify the transmitter module and matching frequency band.
- Check 5V supply, cable pinout and the chosen UART.
- Verify inputs, control settings and link-loss behaviour.
Frequently asked questions
Will a 2.4GHz ELRS radio bind to the 915MHz receiver?
They are different RF-band selections. Choose matching transmitter and receiver hardware and compatible configuration.
Does an SH1.0 plug confirm cable compatibility?
No. Check the pin order and supply on both connected devices.
Does PNP mean the aircraft has no video transmitter?
For the OddityRC aircraft guidance used here, PNP means no receiver. Check the separate product listing for whether its video system is included.
Explore the configuration
View OddityRC ELRS PRO Receiver options and current specifications. Select the exact variant, then check the remaining parts of your build against its requirements.
Sources and related reading
Product details checked on 30 October 2026: OddityRC product listing. Read the related product guide, or browse Last update for the full article archive.
