On-Demand Webinar
Mission-critical connectivity can make or break an unmanned vehicle program. Yet antenna integration is often treated as an afterthought, resulting in performance issues, costly redesigns, and deployment delays. Whether operating in the air, on land, or at sea, connectivity decisions made early in the design process can have a direct impact on mission success.
Watch the on-demand webinar featuring Taoglas experts
– Kevin Blakeley, Head of Aerospace, Defense & Space
– Nicholas Baird, Senior Mechanical Engineering Manager
– Carlos Montoya-Mejia, Senior RF Engineering Manager
for a practical discussion on antenna integration and connectivity design for UAVs, UGVs, and USVs. Through real-world examples and engineering insights, they explore how to navigate the RF, mechanical, and environmental challenges that affect unmanned platforms.
You’ll gain actionable guidance on antenna selection, RF integration best practices, BVLOS connectivity considerations, compliance requirements, and the testing and prototyping approaches that can help de-risk mission-critical programs and accelerate time to deployment.
- An antenna selection framework for harsh air, land, and sea environments
- Integration best practices to avoid costly redesigns
- Mechanical integration considerations
- Criteria for evaluating connectivity options for BVLOS (Beyond Visual Line of Sight) operations
UAV, UGV, and USV program managers, systems engineers, RF engineers, and product development leads in aerospace, defense, and maritime.
- Speaker: Kevin Blakeley, Head of Aerospace, Defense and Space, Taoglas
- Speaker: Nicholas Baird, Senior Mechanical Engineering Manager, Taoglas
- Speaker: Carlos Montoya-Mejia, Senior RF Engineering Manager and Team Lead, Taoglas
- Host: Emma Walsh, Senior Marketing Manager, Taoglas