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Ideal for aerospace and ISR (intelligence, surveillance and reconnaissance) applications, the RT3000 v4 DO-160 offers centimetre-level position accuracy, leading sensor fusion capabilities, and the widest DO-160 coverage of any MEMS GNSS/INS on the market.
Like the RT3000 v4, the RT3000 v4 DO-160 uses our most advanced MEMS-based IMU technology and survey-grade GNSS receivers to provide FOG-like navigation performance. On top of that, the RT3000 v4 DO-160 is certified against 18 of the 23 tests in the DO-160 standard, making it ideal for aerospace applications and other hazardous environments like mines.
Why choose the RT3000 v4 DO-160?
Widest DO-160 coverage on the market
The RT3000 v4 DO-160 has passed 18 of the 23 tests in the DO-160 standard, making it most durable MEMS GNSS/INS available on the market today.
IP67 rated housing
For additional protection against water and dust, the housing of the RT3000 v4 DO-160 is IP67 rated, increasing its suitability for harsh environments.
Sensor fusion as standard
The OxTS GAD Interface included with the RT3000 v4 DO-160 enables you to feed data from sensors including radar and camera odometry into your GNSS/INS for additional accuracy.
ITAR-free
No need to deal with costly and cumbersome export controls. Ship your RT3000 v4 DO-160 globally without the need for export licenses.
Low–dynamics warm up
The RT3000v4 DO-160 will get to specification within three minutes of low-dynamics movement so you don’t need lots of time and space for high-dynamics manoeuvres before each data collection.
Our highest performing INS yet!
Combining two survey-grade GNSS receivers with OxTS’ latest IMU10 inertial technology, the RT3000 v4 DO-160 delivers uninterrupted position, orientation, and dynamics in all environments.
Download the datasheet
If you’re interested in using the RT3000 v4 D0-160 in your project, our datasheet has all the information you need to decide if it’s right for you.
See the full specification for the RT3000 v4 DO-160, and the key features of interest to those in the aerospace and ISR communities. Whether you need high accuracy in GNSS-denied environments, a solid platform for sensor fusion, or a GNSS/INS that can operate in an aerospace setting, the RT3000 v4 can help.
Which tests has the RT3000 v4 DO-160 passed?
| Environmental tests | Category |
|---|---|
| Ground Survival Low Temperature Test, Short-Time Operating Low Temperature Test and Operating Low Temperature Test | Sections 4.5.1 & 4.5.2 Category A4 |
| Ground Survival High Temperature Test, Short-Time Operating High Temperature Test and Operating High Temperature Test | Sections 4.5.3 & 4.5.4 Category A4 |
| Loss of Cooling | Section 4.5.5 Category Z |
| Altitude | Section 4.6.1 Category F2 |
| Temperature Variation | Section 5 Category C |
| Humidity | Section 6 Category B |
| Waterproofness | Section 10 Category R |
| Sand and Dust | Section 12 Category S |
| Fungus Resistance | Section 13 Category F |
| Salt Fog | Section 14 Category S |
| Vibration | Section 8 Category R5 curve E/E1 |
| Operational Shock | Section 7 Category B |
| Crash Safety Shock | Section 7 Category B |
| EMC tests | Category |
|---|---|
| Magnetic Effect | Section 15 Category Z |
| Power Interruption | Section 16.6 Category A |
| Voltage Spike | Section 17 Category B |
| Audio Frequency Conducted Susceptibility | Section 18 Category R |
| Induced Signal Susceptibility | Section 19 Category ZC |
| Radio Frequency Susceptibility | Section 20 Category R |
| Emissions of Radio Frequency Energy | Section 21 Category B |
| Lightning Induced Transient Susceptibility | Section 22 Category A1 J1 L1 |
| (ESD) Electrostatic Discharge | Section 25 Category A |
Watch the RT3000 v4 DO-160 introduction webinar
Watch the webinar, originally broadcast on April 16th, 2024, to find out what makes the RT3000 v4 DO-160 so important – from the raft of DO-160 tests it’s passed, to the features that make it ideal for projects involving multiple sensors and GNSS-denied areas.
