A mission-ready loitering munition designed for rapid launch, high-speed ingress, and precision engagement in contested environments.
Samson is engineered for fast operational deployment without relying on traditional launch infrastructure. Utilizing a vertically launched rocket-assisted takeoff approach, the system can be rapidly deployed directly from forward operating positions without requiring a runway or prepared airfield. This enables operators to quickly position strike capabilities closer to the battlefield while reducing logistical complexity and deployment timelines.
56" Long, 55" Wingspan
28.5 lbs
Samson is designed around a low-cost, rapidly deployable air vehicle architecture optimized for high-speed flight and operational flexibility.
Rapid vertical deployment without runway requirements
High-speed ingress to operational areas
Loiter capability for target discovery and identification
Cost-effective and scalable platform architecture
Samson balances operational effectiveness with manufacturability and deployment simplicity. The platform is designed to reduce logistical burden while maintaining the speed, range, and flexibility required for modern strike operations. Its streamlined architecture minimizes unnecessary complexity, enabling efficient production and rapid fielding at scale.
At the core of Samson is GreenSight's UltraBlue robotic control suite — a fully integrated avionics system designed for reliability and flexibility across mission profiles.
Combines flight control, onboard compute, and power management in a single architecture.
Integrated battery management, motor control, and power distribution tailored to platform requirements.
Supports multiple embedded computing modules including NVIDIA Jetson platforms (Nano, TX2, Xavier NX, Orin NX).
Designed to support a range of mission-specific payload configurations.
Samson is not just an airframe — it is a fully integrated strike solution. From avionics and propulsion to deployment and payload integration, every component is designed to function as part of a cohesive system. This integrated approach reduces setup complexity, improves reliability, and enables rapid fielding.
Reduced logistics burden through compact transport and deployment
Faster field readiness with simplified setup and reliable activation
Lower cost per mission enabling scalable deployment strategies
Extended operational reach without increasing system complex
Flexible mission adaptation across evolving operational needs
Weather Sensing UAS swarm
Real Object Detection with 3D positioning and awareness in space
Real-time detection and visualization
Attritiable Strike Platform
Long Range One Way Strike Platform
Compact, Deployable Strike Platform
Attritiable Strike Platform
US NDAA compliant flight controller
custom-designed UAS camera payload
modular hybrid electric propulsion system
next-generation generator
Description
Description
