Specification
Max Takeoff Weight
Propulsion
Payload Type
Deployment Time
Flight Control
Operator Certification
Operating Environment
Crew Required
DroneRescue System
55-550 lbs Configurations available
High-Voltage Electric Brushless Motors
User defineable
Under 3 minutes from transport to airborne
Fault-tolerant, redundant system
FAA Part 107 / Waiver 44807/COA
Smoke, high heat, turbulence, low visibility
Minimum 2 personnel
High-Voltage Power Architecture
DroneRescue employs up to 120 V high-voltage power-distribution system designed to support extreme thrust demands with improved efficiency and reduced resistive losses. The platform integrates high-current busbars, thermal management, EMI mitigation, and fault-resilient routing.
Autonomous Heavy-Lift Control System
New load-stability algorithms actively suppress oscillations and maintain flight control authority under suspended or high-inertia loads. The control laws redistribute thrust in real time during motor-out conditions.
Structural & Thermal Engineering
Finite-element and multi-physics models are used to characterize stress, vibration, and heat propagation during heavy-lift operations.
Modular Payload Interface
A standardized mounting and electrical interface enabling rapid swap between firefighting pods, industrial tools, sensing payloads, and logistics containers.