Deegoo-FPV GPS Compass Module+ NEO-M8N+ GPS BDS Module Precision APM Drone Control, GPS Receiver FPV Flight Control Pixhawk Navigation Module for APM PIX PX4, Compatible with APM Port I2C MWC
Deegoo-FPV GPS Compass Module+ NEO-M8N+ GPS BDS Module Precision APM Drone Control, GPS Receiver FPV Flight Control Pixhawk Navigation Module for APM PIX PX4, Compatible with APM Port I2C MWC
- Wide range of use: for APm flight control, PIX flight control, PX4 flight control; the outlet terminal is directly compatible with the APm serial port and I2C port; plug and play other flight controllers are also available, such as mWC flight controller
- main chip: U-B-LOX m8030 KT; built-in TCXO, which maintain good consistency in the temperature of -40 deg; c - +85 deg; c; tracking channels: 72 Three in one Function: Support GPS BDS dual-mode positioning, plus compass chip! Let you realize the desire of one module can be used in many ways!
- Positioning; auto-positioning: 2.5m [in average]; auxiliary positioning: 2m [average], with SBAS assistance; drift: <0.02m / s; timing accuracy: 60ns; reference coordinate system: WGS-84; maximum altitude: 50000 meters [Please pay attention to atmospheric; temperature during high-altitude flight, and please open the flight mode]; maximum speed: 500m / s; acceleration: <4g
- Three in one Function: Support GPS BDS dual-mode positioning, plus compass chip! Let you realize the desire of one module can be used in many ways!
Brand : Deegoo-FPV
Category : Electronics,GPS, Finders & Accessories,GPS System Accessories,Antennas
Rating : 4.4
Price : US $24.99
Review Count : 27
Deegoo-FPV GPS Compass Module+ NEO-M8N+ GPS BDS Module Precision APM Drone Control, GPS Receiver FPV Flight Control Pixhawk Navigation Module for APM PIX PX4, Compatible with APM Port I2C MWC
- Was expecting the Neo M8N but instead got NEO -M10Seems very good.Default baud rate is 38400 and not typical 9600.Getting 26 satellites inside my house while receiver is on my desk.
- Using an FTDI TTL USB converter to connect to Windows 10 and Raspberri Pi 3B+. Wired it up and it just works. Used the U-Blox U-Center software on Windows. Surprised I was catching 10 satellites and 3D lock on my desk! Using U-Center, I was able to make some tweaks I needed.Using this for an APRS radio project. Works great with gpsd on Linux.
- Works great for my needs. Running at 5hz output it gives me the accurate speed output I was looking for, even without the best view of the sky.
- This is a great gps. You get what you pay for doesn\'t apply here. You get far more. Thanks
- Nice compact gps unit for our RC truck. We are using it for a speedometer.
- Easy to connect to my MFD antenna tracker, relaiable and fast satellite lock.
- Worked as described
- I have an identical looking unit I bought in 2021 from another vendor here.I love this thing for making clocks, the receiver is very sensitive and works inside in places my $10 NEO-6M units don’t. The sentences I care about are GNRMC which are identical to GPRMC ones. My unit is 38k baud which I read with an arduino nano hardware serial rx line which leaves tx available for debug prints through the usb connection.I have two issues with it - 1) the ublox software to configure it and to get access to the i2c functions is too big to fit in a nano because it contains a buttload of functions most of which I don’t care about, and 2) the messages arrive out of sync with my other gps’s which are NEO-6M and with one atomic clock that uses wwv.I display the time in whole seconds even though with 5x update rate it reports in 200ms resolution which means I receive 5 gnrmc messages for each 1 second tick - the first msg with a new whole-second value gets displayed (so msec field is .00). The seconds lead or lag the other clocks by up to and possibly a little over 1 second. The other clocks are solidly in agreement with each other and the atomic clock which also sits in that group. This is hardly a matter of concern for a desk clock so I give it 5 stars. This skewing is very slow, it will be exactly in sync with the other clocks but after a while I notice it leading or lagging, later it’s back in sync. I have never determined a timeframe for keeping, losing or reacquiring sync, it could be minutes but it’s not hours nor is it seconds.
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