Episode Summary

In this episode of Hangar X Studios, host John Ramstead sits down with Pramod B. Raheja, aerospace engineer, entrepreneur, and CEO of Airgility, to explore the rapidly evolving world of autonomous drones and aerial robotics.

From flying drones through doorways in GPS-denied environments to redefining what autonomy really means on the battlefield and in public safety, this conversation dives deep into the intersection of AI, robotics, defense, and logistics. Pramod shares how Airgility pivoted from cargo drones to cutting-edge autonomy, why edge computing is the real differentiator, and how future drone operators will manage systems—not fly them.

If you’re interested in autonomy, AI at the edge, drone warfare, first responder tech, BVLOS, or the future of logistics, this episode delivers a rare, ground-truth perspective from someone building it today.

• Why autonomy—not hardware—is the real “killer app” in drones
  
  

• How Airgility achieved Level 4 autonomy in GPS-denied environments
  
  

• Flying drones through doors without human pilots
  
  

• Sensor fusion: LiDAR vs vision and why hybrid systems win
  
  

• Edge AI and real-time decision-making in life-or-death scenarios
  
  

  
  

[00:00:00] – A breakthrough moment: flying a drone autonomously through a doorway
[00:02:57] – What Airgility is and how it differs from traditional drone companies
[00:04:25] – Pivot from cargo drones to autonomy-driven public safety missions
[00:06:18] – Drones as first responders in dirty, dark, and dangerous environments
[00:08:29] – Designing drones small enough to fit through doors
[00:10:30] – Why GPS fails indoors and how drones must sense the environment
[00:11:03] – Thrust vectoring vs helicopter-style designs
[00:12:07] – Turning the drone into its own gimbal to reduce complexity
[00:13:03] – Reducing crew size with autonomy and AI
[00:14:49] – Level 4 autonomy and the importance of sensor fusion
[00:16:10] – LiDAR vs vision: lessons from self-driving cars
[00:17:42] – The challenge of turning massive sensor data into usable insight
[00:19:20] – Why Airgility focuses on real-time edge computing
[00:21:03] – AI object recognition and on-board decision-making
[00:22:14] – Ethical questions around autonomous action
[00:23:55] – The hardest engineering problem: collision avoidance
[00:26:13] – Maintaining comms in interference-heavy environments
[00:27:48] – Modular, attritable “Lego-style” drones and payloads
[00:29:05] – Navy logistics insight: 96% of CASREP parts under 5 lbs
[00:30:08] – Tactical resupply drones lifting up to 100 lbs
[00:31:42] – Partnerships, collaboration, and growth opportunities
[00:33:16] – What autonomy makes obsolete: the traditional drone pilot

Pramod B. Raheja is an aerospace engineer, entrepreneur, and the CEO of Airgility, a company focused on autonomous aerial robotics for defense, public safety, and logistics missions.

With over 30 years of experience in aerospace and robotics, Pramod holds advanced training from MIT’s Founder’s Institute and is an alumnus of the University of Maryland. He has led Airgility through multiple pivots—from cargo drones to highly autonomous platforms capable of operating in GPS-denied, complex environments.

Pramod’s work sits at the leading edge of AI, autonomy, LiDAR-based navigation, and edge computing, helping redefine how drones operate in both military and civilian applications.

About Airgility

Airgility is an innovative aerospace technology company focused on building advanced autonomous aerial robotic systems that can operate in environments where traditional GPS-based drones cannot. Their unmanned aerial systems (UAS) combine AI, machine learning, and onboard autonomy to navigate confined and GPS-denied spaces — allowing missions such as search & rescue, public safety operations, defensive reconnaissance, and delivery of critical supplies to be executed with high levels of autonomy and minimal human input. 

The company’s platforms leverage sensor fusion, advanced autonomy algorithms, and robust VTOL designs to tackle missions that are too complex or risky for manually piloted drones — enabling real-time perception, obstacle avoidance, and intelligent decision-making at the edge. 

Founded in 2017 and based in College Park, Maryland, Airgility’s work spans defense, security, emergency response, and commercial applications. 

“Our emphasis is on how do you turn that drone into a robot.”

“The secret sauce is really in the algorithms.”

“Later doesn’t work when people’s lives are on the line.”

“Engineering is a series of trade-offs.”

“The future operator is not a pilot—they’re a manager of systems.”

“There is no one-size-fits-all drone.”

“The faster you iterate, the faster you get to something usable.”