9m Range Sensors by Inxpect

S201A-MLR drone with symmetrical FOV and key flight specs.

The S201A-MLR sensor operates in the millimeter wave V band (60 GHz) and it can detect complex scenes by analyzing the returned signals reflected by both static and moving objects in the operative range. In addition to the dynamically selectable horizontal field of view and up to four alarm areas, S201A-MLR also supports higher speeds (4 m/s) and longer ranges (9 meters) than the base S201A model. The S201A-MLR is therefore ideal in sectors like earth moving, railway, mining and agriculture.
The sensors perform the following primary functions:
• Motion and scenario analysis.
• Communication to the control unit of processed
motion data and diagnostic information.
• The RCS of the target can be selected for human
safety or collision with other object. The custom
target detection is a safety function that allows
detecting the access of one or more objects
with specific RCS values.

Diagram showing camera lens angles and planes of view.

Multi-area, dynamic-field 3d safety radar with extended range of 9m, ideal in sectors like earth moving, railway, mining and agriculture.

Diagram of four independent detection fields with adjustable angles and distances.
Diagram explaining the operation and benefits of a quadrature phase-shift keying (QPSK) system.
Technical details of an advanced millimeter wave radar sensor module.
Technical drawing of a device with dimensions in millimeters and inches.
S201A-WL advanced radar sensor with 20° field of view and 4m/s speed detection.

The S201A-WL sensor, in addition to the advanced field of view (symmetrical, asymmetrical or corridor FOV), also supports higher speeds (4m/s) and longer ranges (9 meters) than the base S201A-W model. The S201A-WL is therefore ideal in sectors like earth moving, railway, mining and agriculture.
The sensors perform the following primary functions:
• Motion and scenario analysis.
• Communication to the control unit of processed
motion data and diagnostic information.
• The RCS of the target can be selected for human safety
or collision with other object. The custom target detection
is a safety function that allows detecting the access of
one or more objects with specific RCS values.

Diagram illustrating asymmetrical field of view with angles and distances.

Advanced field of view (asymmetrical or corridor-shaped FOV) with extended range of 9m for greater modularity for all industrial applications.

Diagram showing corridor field of view and lane widths for different distance ranges.
Diagram illustrating asymmetrical and corridor field of view angles.
Diagram illustrating the operation and light path of an optical device with lenses and apertures.
Technical specifications of a millimeter wave V-band component with power resistance and temperature range.
Technical drawing of a device with detailed dimensions in centimeters and inches.
Blue stadium seats with S203A-WL model label and specifications.

The S203A-WL sensor, in addition to the advanced field of view equipped with a vertical angular coverage of 12°, also supports higher speeds (4m/s) and longer ranges (9 meters) than the base S203A-W model. The S203A-WL is therefore ideal in sectors like earth moving, railway, mining and agriculture.
The sensors perform the following primary functions:
• Motion and scenario analysis.
• Communication to the control unit of processed
motion data and diagnostic information.
• The RCS of the target can be selected for human safety
or collision with other object. The custom target detection
is a safety function that allows detecting the access of
one or more objects with specific RCS values.

Diagram illustrating asymmetric field of view angles for different distance ranges.

Advanced FOV equipped with a vertical angular coverage of 12° and an extended range of 9m, ideal for industrial environments with narrow and limited spaces.

Diagram showing corridor field of view (FOV) with left and right zones at different distances and angles.
Diagrams illustrating asymmetrical and corridor field of view (FOV) angles.
Diagram explaining digital signal processing concepts with graphs and symbols.
Technical specifications for a millimeter-wave device operating at 60 GHz.
Technical drawing of a small device with detailed dimensions.