Newton-2 Dual antenna High performance GNSS+INS receiver


• Multi-constellation multi-frequency GNSS support (including S-band)
• GNSS+INS capabilities for Position, Velocity, Time (PVT) and Attitude
• Cost-effective IMU or High Accuracy High Stability IMU
• RTK positioning
• PPP positioning
• Heading determination
• RTCM 3.3 corrections (MSM, Legacy messages, RTCM SSR)
• NMEA 4.11, NMEA 2.3, NTL Binary output format data
• IMU data output
• High update rate
• Wireless interfaces capabilities
• Compact and robust design
• Technical support and help with equipment setup

The Newton-2 products represent the high precision multi-constellation multi-frequency GNSS Receivers that feature PPP and Dual RTK Engines. It means customers will always get access to highly accurate positioning and Heading determination for both static and dynamic.
The Newton-2 products can be supplemented with high performance AHRS. This is ideal solution for systems requiring continuous positioning even in GNSS-denied environments.
The high precision GNSS aided Inertial Navigation System (INS) provides accurate and reliable Position, Velocity, Time (PVT) and Attitude (roll, pitch, yaw) under the most demanding conditions. The use of PPP and Dual RTK Engines makes the position and orientation estimation more accurate for such receiver.
The Newton-2 supports a variety of MEMS IMUs (from Cost-effective IMU to High Accuracy High Stability IMU) allowing customers to choose the IMU required for their application.
The GNSS measurements and IMU data are available for user’s secondary processing for your own development (on request).
For integration into existing equipment, OEM version is available (without enclosed).
The different types of wireless (GSM/LTE, Wi-Fi, NB IoT, LoRA, UHF, Bluetooth) and wired (Ethernet, RS422) interfaces are available as option. They allow to accept signals from various Differential Correction Services.
The Newton-2 can be featured with a high accuracy additional sensor (FOG, odometer, speedometer, etc.). When combined with GNSS+INS integrated system it can allow to continue working autonomously through extended GNSS outages.
The GUI allows full control and management of the GNSS+INS receiver.



GNSS antenna inputs 2
Supported GNSS constellations 1 GPS L1 (C/A), L2 (CM), L5
GLONASS L1 (C/A), L2 (C/A)
Galileo E1, E5b, E5a
BeiDou B1, B2
NavIC L5, S-band,
GNSS Accuracy 2
Standalone mode, H/V 1,1 m / 1,8 m
SBAS mode, H/V 0,6 m / 0,9 m
PPP mode, H/V 0,05 m / 0,1 m
RTK mode, H/V 0,005 m + 0,5 ppm/ 0,008 m + 1,0 ppm
Orientation accuracy 3
Roll  <1°
Pitch 0,15° 4 , <1°
Heading 0,06° 4 , <1°
Data update rate
Standalone mode 20 Hz (1, 2, 5, 10)
PPP mode 20 Hz (1, 2, 5, 10)
RTK mode 20 Hz (1, 2, 5, 10)
GNSS+INS mode Up to 200 Hz
GNSS measurements 20 Hz (1, 2, 5, 10)
Data IMU Up to 1000 Hz
Orientation angles accuracy
Cold start < 60 s
Re-acquisition <2 s
Timing accuracy +/- 20 ns
Interfaces 2 х RS422, 1 x Ethernet 5, 1 x CAN 5
Wireless interfaces 6 GSM/LTE, Wi-Fi + Bluetooth, NB-IoT, LoRa, UHF
Operating voltage 9 … 36 V DC
Operating temperature –40 … +80 °C
Environmental protection IP67
Dimensions 7 115 x 81 x 51 mm
141 x 81 x 51 mm
100 х 86 х 92 mm
Weight 7 0,45 kg
0,5 kg
0,9 kg
0,95 kg
1 Simultaneous using of all GNSS in the navigation solution.
2 Depends on atmospheric conditions, satellite visibility and geometry, multipath conditions, GNSS antenna. Static mode.
3 If satellites are available and depending on the MEMS type
4 Typical value in RTK mode
5 Hardware ready
6 There is only one wireless interface available from the list below:

  • GSM/LTE: 800/850/900/1800/1900/2600 MHz
  • WiFi + Bluetooth: 2400 MHz
  • NB IoT: LTE
  • LoRA: 433/868 MHz
  • UHF radio: 430-470/864-870 MHz

7 It depends on hardware options (MEMS type, wireless interface, etc.)

All specifications are at the ambient temperature of 25 °C


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