FLYWORKS | US
Next Generation Hybrid UAS
MISSION
Increased
Performance
Maximum
Efficiency
Forward Thinking
A hybrid UAV with a mechanically linked gas engine to the rotors offers superior performance over an electric-only UAV. This design harnesses the reliability and power of a gas engine, providing extended flight durations, greater payload capabilities, and enhanced operational flexibility. The mechanical linkage ensures efficient power delivery, optimizing overall performance for diverse mission needs.
Gas engines provide higher power-to-weight ratios, enabling greater payload capacities and enhanced performance in challenging environmental conditions. Additionally, refueling is quicker than recharging batteries, reducing downtime and increasing mission efficiency.
A hybrid engine combines the strengths of both gas and electric propulsion systems, introducing a versatile and innovative concept to unmanned aviation. This dual-system approach maximizes efficiency, extends operational range, and adapts to diverse mission requirements, setting new standards for performance, flexibility, and sustainability in UAV technology.
TECHNOLOGY
AN INNOVATIVE DRIVE MECHANISM
Design Features
FlyWorks has patented a unique method to power multirotor drones with a gasoline engine.
Combining gasoline's performance with the multirotor's safety and simplicity, our system primarily uses the engine for flight power, with a small electric system for maneuvering.
Result:
-
Long Endurance
-
Large Payloads
-
Modular Design
​
-
Direct Drive Propulsion System (DDPS)
-
Standard Payload / Endurance:
11 lbs / 3.0+ hours
-
Max Payload / Endurance:
18 lbs / 1.5 hours
-
Open System Architecture
-
Electric Flight Emergency Backup
VALUE PROPOSITION
UNRIVALED
FLEXIBILITY
Modular architecture combined with large payload, long endurance maximizes ability to adapt to customer needs.
REDUCED
COSTS
NEW
MARKETS
Extended flight duration means a high volume of work can be done faster: increasing efficiency, reduced costs..
Next Gen Hybrid Performance unlocks use cases previously considered uneconomical.
APPLICATIONS
EMISSIONS
DETECTION
DEFENSE
AGRICULTURE
INFRASTRUCTURE
INSPECTIONS
FIRST RESPONDERS
