Key takeaway
The Indo-Pacific is now too vast, contested and fast-moving for episodic patrols to provide meaningful maritime awareness. In this conversation, Colin Gunn lays out a practical alternative: a Coast Guard led network of long-endurance Group 3 aircraft feeding insight – not raw data – into sovereign federated clouds. Each partner keeps its keys. Each shares only what matters. Colin Gunn explains how the Raider 330 was designed from the inside out, starting with a mission bay shaped for logistics, ISR and kinetic payloads before the fuselage was ever drawn. The result: 28-hour endurance, 1,600+ nautical miles and Group 4-like effects at Group 2 prices.
In Part 2 of the episode, Todd Crowley and Colin Gunn unpack how a 28-hour Group 3 platform, the Raider 330, plugs into a wider Indo-Pacific security fabric. They walk through how persistent ISR, sovereign cloud and federated data sharing can lift maritime domain awareness from ad hoc flights to an always-on picture.
The discussion starts with the hard logistics: low-footprint basing, heavy-fuel operations, local manufacturing in South East Queensland and the reality of distributed production lines across the Quad. From there, they move into payloads and data: EO/IR, SAR/MTI, ViDAR and hyperspectral sensors and how edge AI turns terabytes of raw feed into kilobytes of decisions for commanders.
For defence planners and Coast Guard leaders, the core question is tempo. Traditional ISR is episodic: launch, collect, process, act. Colin shows how persistent Group 3 drones, coupled with sovereign cloud and zero-trust data fabrics, give Indo-Pacific agencies continuous coverage, shared anomaly detection and the ability to cue patrols or satellites in seconds. It is a practical path to maritime domain awareness that respects national sovereignty while still supporting a Quad Coast Guard-led picture.
The same architecture carries straight into disaster response and commercial risk. The episode lays out how these Group 3 drones can see through smoke and cloud over bushfires, map cyclone damage, restore basic connectivity and move critical stores when helicopters are grounded. The same feeds and fused analytics can also support shipping risk scoring, fisheries compliance and the protection of energy infrastructure across the region.
If you are responsible for protecting sea lanes, lifting disaster response or planning the next wave of persistent ISR, this conversation gives you a clear model: one architecture, many missions, shared costs.
Find deeper briefs inside Vaxa Bureau.
🔗 Related Content:
