




Engineered for Endurance in Austere Environments
Designed for reliable, multi-mission flexibility and operational scalability across defense, public safety, and industrial missions.
Category
SPARTAN
Aircraft Class
Group 2 UAS
Primary Mission Role
Medium-lift cargo transport, logistics, agricultural mapping operations
Payload Capacity
Up to 15.3-lb payload capacity, 30-lb MTOW
Payload Access
Universal click-ring payload interaction enables easy swapping or integrating custom payloads
Autonomy / Control
Remote operation with advanced autonomy integration
Environment
All-weather, ruggedized airframe
Deployment Model
Team-based field deployment
Sustainment
Sleek, cylindrical design, fewer moving parts; modular components and scalable manufacturing
Scalability
Bridge between small UAS and large unmanned logistics platforms

Built for Missions That Demand More. As mission requirements grow in complexity, operators and integrators need platforms that can carry a wider range of payloads, remain airborne longer, and operate reliably in challenging environments.
Engineered to scale alongside mission demands, SPARTAN sets a new standard in performance, reliability, and versatility for defense, public safety, industrial, and agricultural missions that require aircraft-grade capabilities in a compact, portable system.
Delivering increased lift, endurance, and payload flexibility while maintaining the ruggedness and modularity required for real-world operations, SPARTAN is purpose-designed to extend mission reach.

Built for Missions That Demand More. As mission requirements grow in complexity, operators and integrators need platforms that can carry a wider range of payloads, remain airborne longer, and operate reliably in challenging environments.
Engineered to scale alongside mission demands, SPARTAN sets a new standard in performance, reliability, and versatility for defense, public safety, industrial, and agricultural missions that require aircraft-grade capabilities in a compact, portable system.
Delivering increased lift, endurance, and payload flexibility while maintaining the ruggedness and modularity required for real-world operations, SPARTAN is purpose-designed to extend mission reach.

A streamlined airframe and superior physics allow a top speed of 65+ mph, 70+ minutes of flight endurance, 1,800 sq. miles of coverage, and payloads up to 15.3 lbs.

A streamlined airframe and superior physics allow a top speed of 65+ mph, 70+ minutes of flight endurance, 1,800 sq. miles of coverage, and payloads up to 15.3 lbs.

Rugged IP56 airframe designed to reliably operate in heavy rain, snow, dust, sand, and winds over 40mph. Built for real-world operations and real world conditions.
Click-ring payload interaction enable rapid reconfiguration for different missions without reconfiguring the aircraft, reducing downtime and increasing operational flexibility.

Rugged IP56 airframe designed to reliably operate in heavy rain, snow, dust, sand, and winds over 40mph. Built for real-world operations and real world conditions.
Click-ring payload interaction enable rapid reconfiguration for different missions without reconfiguring the aircraft, reducing downtime and increasing operational flexibility.

Designed to integrate advanced autonomy solutions to support extended missions and reduced operator workload.
Built to operate in adverse weather and austere environments where reliability is non-negotiable, SPARTAN’s sleek core delivers robust strength, custom electronic speed controls for long-term reliability, and a heatsink to withstand extreme temperatures.

Designed to integrate advanced autonomy solutions to support extended missions and reduced operator workload.
Built to operate in adverse weather and austere environments where reliability is non-negotiable, SPARTAN’s sleek core delivers robust strength, custom electronic speed controls for long-term reliability, and a heatsink to withstand extreme temperatures.


Robinson Unmanned coaxial UAS are engineered for optimal payload flexibility. As the world’s only enterprise-grade coaxial UAS, the modular open architecture design makes it easy to integrate and deploy the custom software, sensors, or specialized equipment necessary to meet mission requirements today and tomorrow—no compromises needed.



