Project
Project
Project
Payload Integration and Real World validation
We conduct flight test and evaluation of advanced payloads, sensors, and systems on our testbed aircraft—validating performance in real-world conditions.
Details
Overview
The Payload Integration and Real World Validation program delivers hands-on expertise in integrating and testing advanced sensors and systems on our testbed aircraft. Using the modified PA-31-350 Chieftain, we bridge design concepts with airborne performance, validating payloads in real-world conditions to accelerate development for defence and adjacent industries.
Goals
Demonstrate practical payload integration on manned testbeds
Validate systems through rigorous flight testing and evaluation
Enable rapid transition from concept to operational capability
Support adjacent applications in agriculture (crop monitoring) and environmental monitoring
Participants
Open to partners, clients, and collaborators interested in aerospace integration—from defence organisations to agtech companies, UAS developers, and environmental agencies seeking reliable, flight-proven solutions.
Features
Airborne payload mounting and integration on PA-31-350 Chieftain
Real-time flight test data collection and performance analysis
Custom sensor validation (e.g., multi-spectral, passive radar)
Pathways to UAS design for commercial and adjacent sectors
Impact
This capability empowers clients to move from theoretical designs to proven, real-world performance. By leveraging our testbed platform, we reduce risk, accelerate innovation, and enable sustainable applications in precision agriculture, environmental surveillance, and beyond—driving cash flow from services to fund future UAS sensor advancements.
Overview
The Payload Integration and Real World Validation program delivers hands-on expertise in integrating and testing advanced sensors and systems on our testbed aircraft. Using the modified PA-31-350 Chieftain, we bridge design concepts with airborne performance, validating payloads in real-world conditions to accelerate development for defence and adjacent industries.
Goals
Demonstrate practical payload integration on manned testbeds
Validate systems through rigorous flight testing and evaluation
Enable rapid transition from concept to operational capability
Support adjacent applications in agriculture (crop monitoring) and environmental monitoring
Participants
Open to partners, clients, and collaborators interested in aerospace integration—from defence organisations to agtech companies, UAS developers, and environmental agencies seeking reliable, flight-proven solutions.
Features
Airborne payload mounting and integration on PA-31-350 Chieftain
Real-time flight test data collection and performance analysis
Custom sensor validation (e.g., multi-spectral, passive radar)
Pathways to UAS design for commercial and adjacent sectors
Impact
This capability empowers clients to move from theoretical designs to proven, real-world performance. By leveraging our testbed platform, we reduce risk, accelerate innovation, and enable sustainable applications in precision agriculture, environmental surveillance, and beyond—driving cash flow from services to fund future UAS sensor advancements.
Gallery
