The all new OrangeRX Open LRS Rx is an open source receiver that can be programmed to use your choice of protocol and any channel in the 400~460MHz range. It can even be programmed to utilize extra features such as telemetry and more!
The OrangeRX Open LRS Rx is a very versatile receiver perfect for your custom projects.
It utilizes a 100mW RFM22B RF unit and Atmega328 processor with Arduino Bootloader allowing you to upload pre-written codes or write your own to suit your RF system needs. Also, because it uses the same RF chip as our OrangeRx Open LRS Tx Module, it means that you can program this unit to function as a receiver or a transmitter. This opens up a world of new possibilities for your custom R/C projects!
The default code utilizes 3 channel frequency hopping. If you would like to use a different protocol, you can write your own hopping codes or simply download one of the many pre-written Open LRS code sets already available.
• 3.3v FTDI support for Arduino
• Serial Port for firmware upload and telemetry application
• 3.3v I2C port for all modern sensors such as WiiMotionPlus, WiiNunchuk, MEMs gyros, barometers, accelerometers and more
• 9 channel servo output
• 3.3v MIC5205 based voltage regulator with reverse polarity protection and 1S lipo support
• PWM output as RSSI output. (You can modify the code for PWM based RSSI signal)
• Red and Blue LED indicators
• RFM22B transceiver module including Si4432 chip with configurable 0-100mW output, frequency hopping capability and hundreds of features
• 16Mhz Atmega328 processor with Arduino Pro Mini compatible bootloader
Voltage input: 3.7~15VDC
Weight: 10.5g (w/out antenna)
OrangeRx Open LRS Rx
*Note: The setup and use of Open LRS requires computer programming skills and basic Arduino experience. This is not a "plug and play" system. See the attached document under the "Files" tab for resources on programming info, firmware downloads and more.
*Note: This is not an original Arduino brand product.
- Blade Count:
It works, has 8 channels and RSSI. Can be converted into a radio beacon by simple re-flashing. Cost nothing.
Some samples can have poor radio-module, be prepared to buy several and choose best for long range.Great receiver for experienced users. Light weight, good sensitivity! 100pcnt programmable. The maximum range received at the receiver is about 6 kilometers away. One minus - very difficult to master, this receiver is not suitable for people who like to "plug and play".Cheap and really long range also you can modify it via openlrsng firmware fo more options.
nice Receiver, easy to setup, many FunktionsThe problem i faced with the openLRS receiver is that gives you the error 29 on the DJI Naza v2 M. The Aileron and Elevator don't have enough travel to reach the extreme ends of the RC calibration of Naza assistant, thus giving me error 29.
This error means you can't fly. Make sure to buy an FTDI adapter to upgrade the firmware. I haven't updated the firmware so I can't tell you if it fixed the error 29.
My RIMLEC UHF receiver, however, hooked up to the NAZA straight away without this error.Goes great with the OPen LRS orange TXWorks perfectly once flashed with the latest version of openlrs.Bought two of these and they have worked well so far. Takes a while to set up using Arduino, but a great value.Very Powerful receiver capable of being upgraded with better software and doing advanced features like diversity. Also very good range with proper antennasI bought 10plus of those RX. A lot of them didn't work at all (3 or 4). In most case, the Atmega328 chip is faulty (i mean deadly faulty). For those who work, i flash them with openLRSng, and i'm pretty disapointed. I lost 3 planes not so far away (1-2km), even with my dragon link's antenna. Sometime, it works fine, sometime, i lose connexion at 100m... Interferences maybe ?
I give up on openLRS for frSkyplusbooster.
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