Abstract
The article provides an overview of the prospects for the use of nanomaterials for solving modern tasks in robotics. A practical analysis of materials at the stage of designing structural elements as part of the development of a low-noise underwater unmanned aerial vehicle with artificial intelligence for reconnaissance and destruction of surface and underwater objects is demonstrated. The prospects of using nanotechnology to improve the characteristics of quantum converters are shown. An increase in sensitivity and an expansion of the spectral range of optical sensors have been established. The possibility of using such sensors in practical designs of robotics is shown
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