From Lift to Flight: Aerodynamic optimization of Drones

Overview

As drones become increasingly critical across industries such as aerospace, defense, logistics, agriculture, and infrastructure inspection, achieving the right balance between performance, stability, and efficiency is essential. Aerodynamic behaviour directly influences lift, drag, endurance, manoeuvrability, aeroacoustics, and overall flight performance, making simulation a key enabler in modern UAV design. Join this webinar to discover how aerodynamic simulation using Ansys helps engineers virtually evaluate and optimize UAV designs before physical prototyping. Through practical engineering insights, learn how simulation accelerates design iterations, reduces development costs, and enables the creation of high-performance, reliable, and mission-ready drones.

Who Should Attend

• R&D Head
• CTO
• Directors
• Domain Experts

Focused Industries

Key Highlights

• Understand the aerodynamic principles that influence UAV performance and flight stability.
• Learn how topology optimization and material optimization (MOC) contribute to lightweight, high-performance drone designs.
• Discover how simulation accelerates design validation while reducing prototyping time and development costs.