Cuav C-RTK 9P – high precision UBX ZED-F9P multi-star multi-frequency GPS low power locator drone mobile terminal base station Complete set

Description

Cuav C-RTK 9PSPECIFICATIONS

Wheelbase: Bottom Plate

Upgrade Parts/Accessories: Adapter

Tool Supplies: Assembled class

Technical parameters: Value 9

Size: As description

Remote Control Peripherals/Devices: Receivers

Recommend Age: 12+y

RC Parts & Accs: Connectors/Wiring

Quantity: 1 pcs

Origin: Mainland China

Model Number: C-RTK 9P

Material: Composite Material

Four-wheel Drive Attributes: Motors

For Vehicle Type: Airplanes

CUAV C-RTK 9P High Precision UBX ZED-F9P Multi-Frequency/Low Power Positioning GPS Module Compatible with PX4/Ardupilot Platform

C_RTK centimeter positioning system
The CUAV C-RTK 9P GPS Receiver is an RTK GPS module designed by CUAV for the professional market. It uses Ublox’s F9P module. supports multi-satellite multi-frequency. and uses advanced RTK algorithms. It can build an RTK system with two identical C-RTK 9P modules. Using it. the PX4 can achieve centimeter-accurate position in seconds. which is much more accurate than the average GPS. and faster and more convenient than the previous generation M8P module.Key Features
Receiver type
RTK Receiver: Ublox F9P
GNSS
GPS / QZSS.Beidou.Galileo. GLONASS
GNSS Bands
GPS L1C/A L2C. GLONASS L1OF L2OF. GALILEO E1B/C E5b. BDS B1I B2I. QZSS L1C/A L2C
Nav. update rate
RTK Up to 20HZ
Position accuracy
RTK 0.01 m + 1 ppm CEP
Convergence time
RTK < 10 sec
Acquisition
Cold starts 24 s
Aided starts 2 s
Reacquisition 2 s
Sensitivity
Tracking & Nav 167 dBm
Cold starts 148 dBm
Hot starts 157 dBm
Reacquisition 160 dBm
Anti-jamming
Active CW detection and removal Onboard band pass ter
Anti-spoofng
Advanced anti-spoofng algorithms
Interfaces
2 UART
1 USB
1 I2C
1 Antenna interface(MMCX)
Protocols
NMEA
UBX binary
RTCM version 3.x
Supply voltage
40 C to +85 C
Size
31.5*48*12MM
weight:21g
More information: http://doc.cuav.net/gps/c-rtk/en/c-rtk-9p.html
Hardware connection
User guide(for PX4)
User guide(for Ardupilot)