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From observation to action

NOEPRA designs flight platforms, interchangeable tools and task software together, exploring how robots can observe an object, approach it and retain a record that can be reviewed.

See clearly. Decide what comes next

Orion front and camera window

An observation should inform the next step. The object’s position, the area of interest and what remains uncertain help determine how to approach, when to make contact and what to review.

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Change the tool. Review the conditions

SuperVision concept, showing the tool connection

Observation and contact need different working ends. The shared-interface design considers how tools connect to the platform, alongside their mass, power needs and action conditions.

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Materials and decisions, in one task

NOEPRA OS on a field laptop beside Orion

In NOEPRA OS, an image can carry an area of interest, human comments and a review record. Looking back at a task keeps the source material connected to the judgement.

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Beginning with two tools

Super Vision and Adaptive Grasping are our current priority tools.

Super Vision · Overall design concept

Super Vision

A combined visible-light, distance and thermal-sensing concept for observing objects and assessing an approach.

Adaptive Grasping · Overall design concept

Adaptive Grasping

Research into compliant grasping and controlled release of lightweight, irregular objects.

Different tasks. Distinct platforms

Load and balance in the air, sampling positions on water, preparation and maintenance in the field: each asks something different of a platform. These differences shape our engineering directions.

Build across disciplines

Some of us start with structures and manufacturing; others with electronics, control and software. Each tool change and prototype revision brings these conditions into the same engineering discussion.

Design versions, prototype development and process records give the next revision a clear basis.