About this document
Composite UAV Design Challenges and Benefits by dosabik is a document available to read on EtoBox.
This document summarizes the design and materials used in a composite unmanned aerial vehicle (UAV) called KALPANA-1. It uses a combination of carbon fiber, Kevlar 49, and glass fiber composites for its airframe, including the wings, horizontal stabilizer, and rudder. The carbon fiber frame provides strength while protecting electronics from external damage. Kevlar 49 reinforces the bottom of the fuselage to withstand hard landings and impacts. The UAV is designed for aerial surveillance with a payload capa
- Author
- dosabik
- Language
- EN