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Darmowa standardowa wysyłka dla zamówień powyżej $9.9
Polityka zwrotów
Zwroty będą akceptowane w ciągu 40 dni od daty otrzymania towaru. Produkty spersonalizowane nie podlegają zwrotowi ani wymianie. Produkty zakupione za pomocą karty podarunkowej są tylko wymienne; zwroty nie są możliwe.
Darmowy prezent
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Polityka wysyłki
Postaramy się dostarczyć Ci produkty po otrzymaniu Twoich zamówień i upewnimy się, że dotrą bezpiecznie. Szczegóły dostawy zostaną podane w mailu potwierdzającym.W większości przypadków zamówienia są przetwarzane w ciągu 2 dni. W szczególnych okolicznościach może to być opóźnione w następujący sposób: Kiedy składasz zamówienie w sobotę, niedzielę lub święta, zostanie ono opóźnione o 2 dni.Zwykle trwa to 5-7 dni roboczych (od poniedziałku do piątku) bez wpływu opóźnień lotów lub innych czynników środowiskowych.Ponieważ nasza usługa wysyłkowa jest globalna, czas dostawy zależy od Twojej lokalizacji, więc może to zająć kilka dni, i prosimy o cierpliwość, jeśli jesteś w odległych regionach lub krajach.
1. Polityka zwrotów i wymian
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2. Polityka zwrotów
Otrzymasz pełny zwrot lub 100% kredytu sklepowego po otrzymaniu i sprawdzeniu zwróconej paczki. Zwrot zostanie przetworzony i zaksięgowany automatycznie na Twojej oryginalnej metodzie płatności.Pamiętaj, że koszty wysyłki oraz wszelkie cła lub opłaty nie podlegają zwrotowi. Dodatkowe koszty wysyłki nie podlegają zwrotowi po wysłaniu paczki. Jesteś odpowiedzialny za zapłatę tych opłat i nie możemy ich anulować ani zwrócić, nawet jeśli zamówienie zostanie do nas zwrócone.Po otrzymaniu i potwierdzeniu Twojego zwróconego produktu wyślemy Ci e-mail z powiadomieniem, że otrzymaliśmy Twój zwrócony produkt. Poinformujemy Cię również o zatwierdzeniu lub odrzuceniu Twojego zwrotu.Jeśli masz problemy z procesem zwrotu, skontaktuj się z nami. service@roymall.com lub Whatsapp: +8619359849471
Beitian BN-880 Flight Control GPS Module Dual Module Compass With Cable
Description: Model:BN-880 Power Supply:DC Voltage 2.8V~6.0V,Typical:3.3V or 5.0V Consumption:Capture 50mA@5V Receiving Format:GPS,GLONASS,Galileo,BeiDou,QZSS and SBAS Receiving Channel:72 Searching Channel Receiving Sensitivity:Trace -167dBm Capture-148dBm Positioning Time:Cold Start:avg26s Warm Start:avg25s Hot Start:avg3s Level Positioning Precison:2m At Open Wind Output Frequency:1Hz-10Hz,Default 1Hz Speed Precison:0.1 m/s (Without Aid) Acceleration Precison:0.1 m/s (Without Aid) Dynamic Characteristics:Max Height:18000m Max Speed:5153m/s Max Acceleration:4G UART Interface:UART Port:TXDA and RXDA Support Rate:4800bps to 115200bps,Default 38400dps Working Temperature:-40℃-+85℃ Storage Temperature:-40℃-+85℃ Size:28mm x 28mm x 10mm Weight:10g The Moduleu2019s Pins:SDA,GND,TX,RX,VCC,SCL
Features: GPS Module,Dual Module Compass With electronic compass IC HMC5883L 1.25mm spacing between the 6pins patch seat
Note:Can not use for flight control with ,but it is suitable for Open source flight controller.
The GPS is amazing! I can get satellites in the basement of my 100 year old 3 story home sometimes! Outside, satellites lock quickly and remain rock-solid. Typically 12-14 satellites.
The compass orientation took some fussing. When you mount the antenna up (which you should be doing, the compass is flipped. Therefore, be sure to set the compass orientation to FLIP. Further, the orientation is sideways! So, you need to set the compass orientation in your flight controller configurator to "CW 270 Flip" if the wires are towards the back of your craft. If you mount it so the wires are to the front, you need to set the compass orientation to "CW 90 Flip". After this and compass calibration, everything is perfect. I hope this saves some time for someone out there.
The GPS is amazing! I can get satellites in the basement of my 100 year old 3 story home sometimes! Outside, satellites lock quickly and remain rock-solid. Typically 12-14 satellites.
The compass orientation took some fussing. When you mount the antenna up (which you should be doing, the compass is flipped. Therefore, be sure to set the compass orientation to FLIP. Further, the orientation is sideways! So, you need to set the compass orientation in your flight controller configurator to "CW 270 Flip" if the wires are towards the back of your craft. If you mount it so the wires are to the front, you need to set the compass orientation to "CW 90 Flip". After this and compass calibration, everything is perfect. I hope this saves some time for someone out there.
The GPS is amazing! I can get satellites in the basement of my 100 year old 3 story home sometimes! Outside, satellites lock quickly and remain rock-solid. Typically 12-14 satellites.
The compass orientation took some fussing. When you mount the antenna up (which you should be doing, the compass is flipped. Therefore, be sure to set the compass orientation to FLIP. Further, the orientation is sideways! So, you need to set the compass orientation in your flight controller configurator to "CW 270 Flip" if the wires are towards the back of your craft. If you mount it so the wires are to the front, you need to set the compass orientation to "CW 90 Flip". After this and compass calibration, everything is perfect. I hope this saves some time for someone out there.
Tips:For questions about your order, place of delivery, product discount, taxation, delivery time, warranty, shipping, payment, exchange rate, and other questions unrelated to the product, please contact customer service.
What is the name of the white connector that this GPS uses? I would like to design a PCB to interface with it, so I need to know this information. Many thanks
What is the name of the white connector that this GPS uses? I would like to design a PCB to interface with it, so I need to know this information. Many thanks
These are straight forward GPS module designed to be used alongside a flight controller, as such I do not believe they have any restrictions and are simply measuring GPS coordinates. I'm pretty sure the altitude is also triangulated, but that's as far as it goes it simply p as sses that information to the FC.
These are straight forward GPS module designed to be used alongside a flight controller, as such I do not believe they have any restrictions and are simply measuring GPS coordinates. I'm pretty sure the altitude is also triangulated, but that's as far as it goes it simply p as sses that information to the FC.
Answered by BG502556513 on 13/11/2021Helpful (0)
0
Q:
Can this GPS be programmed using the FT232RL USB serial converter in combination with the u-center software?
Can this GPS be programmed using the FT232RL USB serial converter in combination with the u-center software?
You can connect to this GPS by FTDI and u-center software and make changes in configuration - I did this and its working. However I believe I did not succeed to made changes permanent - when power cycle the GPS the settings was as original. Maybe I did something wrong when storing the new config (it needs to use proper command in the u-center).
You can connect to this GPS by FTDI and u-center software and make changes in configuration - I did this and its working. However I believe I did not succeed to made changes permanent - when power cycle the GPS the settings was as original. Maybe I did something wrong when storing the new config (it needs to use proper command in the u-center).
Answered by Robertha on 10/04/2020Helpful (0)
0
Q:
how to configure to 10hz instead of the default 1hz ?
how to configure to 10hz instead of the default 1hz ?
Goals
Enabling UBLOX7 protocol to obtain 10Hz update rate.
Results
UBLOX7 is configured only "randomically", most of the time the unit is configured using the standard UBLOX configuration with POSLLH instead of PVT sentence.
Used Hardware:
I'm testing a BN-880 GPS+GLONASS+GALILEO (3.01) on an OMNIBUS F3 board.
First setup
UART @115200bps UBLOX7 chosen in the configurator.
Plug the battery, BN-880 start blinking at 1Hz, after seconds the buzzer kicks in. GPS ERROR (red icon) and timeouts (4) are reported in the GPS tab.
INAV then reconfigures it and then the unit starts to blink faster at 5Hz and no PVT sentence enabled.
At this point to simulate a warm startup, I enter CLI and let the FC reboot. Again 90% of the time PVT sentence is not configured and UBLOX at 5Hz is set.
Second setup
UART @57600bps UBLOX7 chosen in the configurator.
With this setup the buzzer no more kicks in and 40% of the times UBLOX7 with PVT sentence is enabled on boot again with the same delay.
At this point to simulate a warm startup, I enter CLI and let the FC reboot. Again 90% of the time PVT sentence is not configured and UBLOX at 5Hz is set.
Tests done
I've edited to code and tried to stretch the timeouts in the unit initialization and I've to say that the rate of success has increased but nevertheless this increase init time of the unit and if it happens during flight can pose a serious threat to GPS modes.
Possibile "solutions"
I've seen that the code d
Goals
Enabling UBLOX7 protocol to obtain 10Hz update rate.
Results
UBLOX7 is configured only "randomically", most of the time the unit is configured using the standard UBLOX configuration with POSLLH instead of PVT sentence.
Used Hardware:
I'm testing a BN-880 GPS+GLONASS+GALILEO (3.01) on an OMNIBUS F3 board.
First setup
UART @115200bps UBLOX7 chosen in the configurator.
Plug the battery, BN-880 start blinking at 1Hz, after seconds the buzzer kicks in. GPS ERROR (red icon) and timeouts (4) are reported in the GPS tab.
INAV then reconfigures it and then the unit starts to blink faster at 5Hz and no PVT sentence enabled.
At this point to simulate a warm startup, I enter CLI and let the FC reboot. Again 90% of the time PVT sentence is not configured and UBLOX at 5Hz is set.
Second setup
UART @57600bps UBLOX7 chosen in the configurator.
With this setup the buzzer no more kicks in and 40% of the times UBLOX7 with PVT sentence is enabled on boot again with the same delay.
At this point to simulate a warm startup, I enter CLI and let the FC reboot. Again 90% of the time PVT sentence is not configured and UBLOX at 5Hz is set.
Tests done
I've edited to code and tried to stretch the timeouts in the unit initialization and I've to say that the rate of success has increased but nevertheless this increase init time of the unit and if it happens during flight can pose a serious threat to GPS modes.
Possibile "solutions"
I've seen that the code d
Answered by Aggelos2000 on 20/11/2021Helpful (0)
0
Q:
Why can't it be ordered from Russia? the address is written, but from China everything is normal
почему не получается заказать из России ? адрес наверный пишет, но с Китая все норм идёт
Idon’t know, I have to tinker, experiment. This is not a product plug and play, read and try on the forums in different ways. But after setup it works well.
Idon’t know, I have to tinker, experiment. This is not a product plug and play, read and try on the forums in different ways. But after setup it works well.
the pin pitch of this cable is WIDER than the flight controller cables, so you will have to splice them together because this will NOT plug directly into ANY flight controller UART port.If you can't solder or make tiny cables, it's NOT FOR YOU!
the pin pitch of this cable is WIDER than the flight controller cables, so you will have to splice them together because this will NOT plug directly into ANY flight controller UART port.If you can't solder or make tiny cables, it's NOT FOR YOU!
you certainly can use BN-880 on your quad, however it is quite large size which is more suitable to airplanes than quads. I recommend you buy the smaller BN-220 instead
you certainly can use BN-880 on your quad, however it is quite large size which is more suitable to airplanes than quads. I recommend you buy the smaller BN-220 instead
I do not have Flycolor X-Tower to confirm the compatibility of this GPS module. However, in general, when you want to connect a GPS module to a flight controller, your FC needs to have an open (free) UART- which consist of 5vdc, Ground, TX and RX terminals. Made your connection (usually by soldering) the GPS connection wires to FC with TX of GPS to RX of FC and RX of GPS to TX of FC. Set up your Ports in Betaflight with the corresponding GPS module; enable GPS in Betaflight with Ublox protocol...
I do not have Flycolor X-Tower to confirm the compatibility of this GPS module. However, in general, when you want to connect a GPS module to a flight controller, your FC needs to have an open (free) UART- which consist of 5vdc, Ground, TX and RX terminals. Made your connection (usually by soldering) the GPS connection wires to FC with TX of GPS to RX of FC and RX of GPS to TX of FC. Set up your Ports in Betaflight with the corresponding GPS module; enable GPS in Betaflight with Ublox protocol...