The global proliferation of low-cost UAVs has introduced significant security and privacy risks, particularly in urban and conflict environments. Traditional counter-UAV solutions such as kinetic interception or RF jamming are often costly, legally constrained, or unsuitable for populated areas.
While modern high-energy laser systems neutralize drones through structural destruction, they require kilowatt-class power levels and complex hardware. This thesis proposes an alternative concept: suppressing UAV optical sensors using lower-power, high-precision lasers.
The approach shifts complexity from laser power generation to tracking and control accuracy. A visually tracked UAV trajectory feeds a two-axis gimbal-mounted laser system, where alignment precision determines the achieved Time on Target (TOT). Through dynamic modelling, control design, and simulation, the feasibility of this concept is evaluated across realistic operational scenarios.
Produced within the Thesis Introduction Module (1st Semester, 2025/26).
Download Introductory Document (PDF)Final abstract will be published upon completion of the full thesis.
The complete MSc thesis will be made available here after submission.
Download Full Thesis (PDF)