All iN One
Platform
One configurable platform brings
flight performance, onboard computing
///advanced sensing, and connected
communications together
BUILT FOR
REAL WORLD
MISSION
One platform for inspection, situational awareness and data gathering in demanding urban environments.
A multirotor architecture designed for diverse urban missions, with approximately 25 kg MTOW and 5 kg payload capacity.
Qualcomm RB5-based computing for perception workloads and onboard AI processing.
High-zoom visual imaging, thermal sensing, and optional LiDAR for compatible spatial-sensing applications.
C2 datalink, LTE/4G/5G connectivity, Network Remote ID, and encrypted media and flight logs.
FLEXIBLE
EO/IR
SENSING
A flexible sensing suite combining high-zoom visual imaging, thermal observation, and optional LiDAR integration for compatible spatial-awareness and inspection workflows.
- SENSOR MODE
- EO · IR · LiDAR*
- APPLICATION
- INSPECTION
- OUTPUT
- IMAGE · THERMAL · SPATIAL DATA
- EO
- VISUAL IMAGING
- IR
- THERMAL SENSING
- LiDAR
- OPTIONAL
VERSATILE
FLIGHT
PLATFORM
A modular multirotor platform engineered for demanding urban missions, supporting configurable payloads, stable flight control, and adaptable mission-specific equipment.
- AIRFRAME
- MULTIROTOR
- PAYLOAD CLASS
- 5 KG
- CONFIGURATION
- MODULAR
- FLIGHT CONTROL
- STABILIZED
CONNECTED
OPERATIONS
A connected operations architecture integrating command-and-control datalink, cellular connectivity, remote identification, and encrypted mission records to support coordinated and traceable operations.
- LINK
- C2 + LTE
- NETWORK
- 4G · 5G
- REMOTE ID
- NETWORK-BASED
- RECORDS
- ENCRYPTED
- ENDURANCE
- ~40 MIN
- RANGE
- ~30 KM
ONBOARD AI
COMPUTING
An onboard computing architecture designed to support perception workloads, intelligent sensing, and edge AI processing—enabling mission systems to analyze data closer to the point of capture.
- COMPUTE
- EDGE PROCESSING
- WORKLOAD
- PERCEPTION
- INFERENCE
- ONBOARD
- DATA PATH
- SENSOR → COMPUTE → OUTPUT