Our focus was to provide a solution that offers ease of use and eliminate the customer’s need to outsource components and programming. The integration of our MSCL, ROS, and several Open-Source API’s, allows for the application of available and compatible software.

Inertial Navigation Solution in Delivery Robots & Drones
Inertial Navigation Solution in Delivery Robots & Drones

Q&A with | Parker LORD Microstrain Sensing

Let’s talk about the new navigation system from MicroStrain, the 3DMGQ7-GNSS/INS with RTK.

Our new all-in-one navigation system with onboard RTK and built-in dual antenna GNSS receivers is a complete out-of-the-box solution at a very competitive price. This advanced inertial navigation system includes:

A. The 3DMGQ7-GNSS/INS which can achieve centimeter-level position accuracy when paired with our 3DMRTK. It has dual multiband GNSS receivers, low noise and low drift MEMS inertial sensors, and a robust adaptive Kalman filter.


 

B. The 3DMRTK provides easy to use real time Kinematic (RTK) correction data to be utilized by the 3DMGQ7-GNSS/INS. It provides the simplicity of a cellular connection to our SensorCloud RTK base station network, replacing traditional radio-based stations. With RTK corrections the 3DMGQ7 can achieve centimeter-level positional accuracy. By removing the need for base station infrastructure, the 3DMRTK minimizes the user’s required time to market.

C. SensorCloud RTK provides seamless cloud-based network RTK corrections without the need for customer-supplied base stations and includes a cellular data plan with network RTK coverage. 

D. Access to MicroStrain software:

  • SensorConnect PC Software for sensor configuration and data collection.
  • MSCL The MicroStrain Communication Library simplifies writing code to interact with our sensors.
  • ROS License-free drivers for the Robot Operating System.

 

What are the key upgrades over other inertial navigation solutions?

Position
RTK corrected to 2 cm
Single point, horizontal @ 1.25 m
Single point, vertical @ 2 m

Attitude
Roll, Pitch @ .05°
Heading @ .25°

Dynamic
Velocity @ 0.05 m/s

Low Profile
76 mm x 68.6 mm x 13.3 mm and lightweight at 78 grams

What applications do you see utilizing this inertial navigation solution?

  • Autonomous vehicle (AV) operation
  • Wheeled and legged robotics
  • Simultaneous localization and mapping (SLAM)
  • Beyond visual line of sight (BVLOS) navigation

 

Can you share with us an example of this sensor being utilized currently?

This video shows the GQ7 and RTK modem being used on an AM General High Mobility Multipurpose Wheeled Vehicle, a Clearpath Robotics Unmanned Ground Vehicle (UGV), and an aerial drone.

 

What was your team's focus when designing this new inertial navigation system?

To provide a solution that offers ease of use and eliminate the customer’s need to outsource components and programming. The integration of our MSCL (MicroStrain Communication Library), ROS, and several Open-Source API’s, allows for the application of available and compatible software. Cost was also important as we understand the positive impact of an affordable solution. We also focused on ways to reduce the user’s costly programing time, and with the inclusion of our software and API’s believe that this is the best navigation product available.

 

How were you able to keep your product priced significantly lower than the competition?

While we are in business to produce and sell products, we also believe in establishing long-term and quality customer relationships. Our highly experienced team of scientists and engineers, and our relationships with vendors to get early access to the next generation of sensors and components before they are released, as well as our state of the art supply chain allows for significantly reduced prices. Customer satisfaction and customer success is very valuable to us. Parker LORD MicroStrain has been in the sensor business for over 20 years. With experienced engineers, developers and manufacturers, we are able to provide a solid, reliable solution. Combining current technology advancement, our core competency in calibration and miniaturization and our close relationship with MEMS vendors, allows for pricing that our customers find very affordable.

 

Is there anything else Parker LORD has in the works that you would like to mention?  New products?  Upcoming events?

Our Parker LORD merger provides collaboration leading to cutting edge products in the future. Our 7th generation solutions are in development as we once again push the limits of technology, offering a sophisticated and reliable sensing solution. Look for another Parker LORD Webinar in the near future to showcase and demonstrate the success of our sensors in various applications as well as addressing potential areas of applications that would benefit from this solution. MicroStrain’s products have always been reliable, affordable, and interchangeable. 

 

 

The content & opinions in this article are the author’s and do not necessarily represent the views of RoboticsTomorrow
Parker LORD – MicroStrain Sensing Products

Parker LORD – MicroStrain Sensing Products

Parker LORD - MicroStrain Inertial Sensing Products manufactures the smallest and lightest industrial-grade inertial sensors available that are used in advanced manufacturing, off-highway vehicles, commercial and military manned and unmanned vehicles, and civil structures. Products come temperature compensated using a proprietary calibration process and include inclinometers, vertical reference units, IMUs, AHRS and INS/GPS for navigation, stabilization, mobile mapping, terrain compensation and more. Contact LORD for additional custom designed solutions.

Other Articles

Better Data equals Better Navigation
To achieve navigation accuracy, sensors use algorithms that look at a series of measurements (as opposed to a single measurement) and generate output numbers that compensate for measurement errors. These algorithms are known as sensor fusion algorithms or Kalman filtering.
3DMGQ7-GNSS/INS Dynamic Performance Test Report
GNSS and INS performance accuracy is generally tested in an ideal static environment, and often not representative of end use performance. Dynamic environments introduce error sources such as multipath, obscured sky view, vibration, inconsistent RTK data streams and more.
The Drive for Reliable Data: Using Real-World Inputs to Test MicroStrain Inertial Sensors
Inertial measurement units (IMUs) are essential tools for manufacturers of off-road heavy-duty vehicles and machinery. They provide critical information that is used to control, monitor and manage the equipment, but also to ensure operator safety during use.
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