Active safety and precision navigation for fleets Improved safety for industry GPS-independent localization in complex environments Precision vehicle state for distressed road conditions

Psionic Doppler Lidar performance attributes meet or exceed performance requirements for safety and reliability across a wide variety of consumer and industrial applications.

Psionic Consumer / Industrial Applications

The characteristics of Psionic Doppler Lidar that make it well-suited for many applications in the Space and Defense industries—very fast, accurate over long distances, eye safe, non-contact—also make it well-suited to a variety of consumer and industrial applications.

Automotive Reference Sensor

The prevailing view of lidar for automotive and autonomous vehicle customers today is producing a point cloud (I.e., lidar as imager) as a data fusion input for the AV challenge of both localization and perception.

Psionic’s proprietary Reference Sensor is an entirely new product that can provide both precision localization as well as vehicle pose—a critical input for active safety systems. Today’s vehicles rely primarily on GPS signals for localization, but AVs require much greater precision. The Reference Sensor, using SurePath technology originally developed for military applications, provides precision navigation capabilities regardless of GPS signal.

For active safety systems, understand the vehicle’s directional state or pose is a critical input necessary for active safety systems such as collision over-steer, under-steer, anti-lock brakes and other safety systems. The Reference Sensor is available in a reduced form factor and testing with automotive partners.  Please reach out for additional information.

Gravimetry for Oil and Gas Exploration

We live in a power hungry world and fossil fuels will continue to play a role alongside renewables. Prospecting for energy is a technical and continually innovating field. Traditionally seismic and other data has played a primary role in helping geologists understand what is below the surface, but gravitational and magnetic data can lead additional insights.

The challenge with gravimetry has been the actual instrumentation/technology powerful and sensitive enough to detect these minute changes in the planet’s localized gravity field. Only Psionic technology is powerful enough, and this new and novel application has been used in tests on multiple continents augmenting existing systems for potentially better results.

Turbine Overspeed Monitoring

Large industrial systems and their component technologies are expensive, complex and subject to extreme requirements not the least is considerable power and duty cycle requirements. They require precise diagnostics for safe, reliable performance.

A non-contact optical system using Psionic Doppler Lidar technology measures the rotational rate of the turbine (axle, compressor blades, or turbine blades). The system directly measures the rotational velocity of the target surface from a static (non-moving) surface to a high-speed surface. Measurements can be taken 1,000 times per second to reduce potential damage from turbines moving at excessive speeds.

Using Psionic technology turbines can be measured continually and never need to be taken out of operation for measurement.

Psionic Doppler Lidar
Range Effective Range: > 10,000 ft Extended range available for specific applications.
Accuracy Range measurement: < 1 ft Velocity measurement: < 1 in/sec @ 12,000 ft
Size and weight 4th Gen Chassis: 9″ L x 7″ W x 7″ H; < 15 lbs. 5th Gen Chassis (reduced SWaP): 5″ L x 5″ W x 5″ H; < 7 lbs. Telescopes: 1/2″–2″ available depending on application.
Eyesafe Class 1 Laser Operations
Measurement Rate 1Hz–1kHz
Resources

Psionic High-Speed Non-Contact Measurement for Turbine Overspeed Protection

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Psionic Reference Sensor

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Psionic Consumer / Industrial
Conferences and Trade Shows

We attend several trade shows throughout the year, including SAE ADAS and Autonomous Vehicles in Detroit.

Contact us to arrange a meeting at an upcoming event >