Engineering the Future of UAV Propulsion
CedionTech designs and manufactures advanced boxer aircraft engines and propulsion systems for unmanned aerial vehicles, delivering exceptional efficiency, reliability, and mission-ready performance.
20–200 HP
Power Range
Mission-Ready
Reliability Standard
International
Engineering Standards
Advancing aerospace propulsion through engineering excellence.
CedionTech is dedicated to advancing aerospace propulsion technologies through precision engineering, continuous innovation, and mission-critical reliability. Our team of aerospace engineers develops next-generation boxer aircraft engines and propulsion systems designed to meet the most demanding requirements of modern unmanned aerial platforms.
Engineering Capabilities
Nine integrated technology domains powering next-generation UAV propulsion.
Aircraft Boxer Engines
Horizontally-opposed boxer engine architecture optimized for UAV platforms — superior balance, compact form factor, and exceptional power density.
UAV Propulsion Systems
Complete propulsion integration for fixed-wing, VTOL, and hybrid UAV platforms.
Engine Control Technologies
Advanced ECU systems with real-time monitoring and adaptive fuel management.
Precision Manufacturing
Aircraft-grade CNC machining and quality-controlled component production.
Lightweight Engineering
Advanced materials and structural optimization for maximum power-to-weight ratio.
Advanced Cooling Systems
Thermal management solutions engineered for sustained high-performance operation.
Fuel Efficiency Optimization
Combustion engineering and fuel system design for extended mission endurance.
Powertrain Integration
Seamless integration of engine, drivetrain, and propeller systems.
Research & Development
Continuous innovation through advanced simulation, testing, and validation.
Engine Portfolio
20 HP to 200 HP
Nine precision-engineered engine variants for every mission profile.
Compact Series
20 HP
CT-20
- High Power-to-Weight Ratio
- Exceptional Fuel Efficiency
- Mission Reliability
- Precision Engineering
- Aircraft-Grade Components
- Long Service Life
Compact Series
30 HP
CT-30
- High Power-to-Weight Ratio
- Exceptional Fuel Efficiency
- Mission Reliability
- Precision Engineering
- Aircraft-Grade Components
- Long Service Life
Standard Series
40 HP
CT-40
- High Power-to-Weight Ratio
- Exceptional Fuel Efficiency
- Mission Reliability
- Precision Engineering
- Aircraft-Grade Components
- Long Service Life
Standard Series
60 HP
CT-60
- High Power-to-Weight Ratio
- Exceptional Fuel Efficiency
- Mission Reliability
- Precision Engineering
- Aircraft-Grade Components
- Long Service Life
Performance Series
80 HP
CT-80
- High Power-to-Weight Ratio
- Exceptional Fuel Efficiency
- Mission Reliability
- Precision Engineering
- Aircraft-Grade Components
- Long Service Life
Performance Series
100 HP
CT-100
- High Power-to-Weight Ratio
- Exceptional Fuel Efficiency
- Mission Reliability
- Precision Engineering
- Aircraft-Grade Components
- Long Service Life
Heavy Series
120 HP
CT-120
- High Power-to-Weight Ratio
- Exceptional Fuel Efficiency
- Mission Reliability
- Precision Engineering
- Aircraft-Grade Components
- Long Service Life
Heavy Series
150 HP
CT-150
- High Power-to-Weight Ratio
- Exceptional Fuel Efficiency
- Mission Reliability
- Precision Engineering
- Aircraft-Grade Components
- Long Service Life
Flagship Series
200 HP
CT-200
- High Power-to-Weight Ratio
- Exceptional Fuel Efficiency
- Mission Reliability
- Precision Engineering
- Aircraft-Grade Components
- Long Service Life
The Standard for UAV Propulsion Excellence
Engineering Excellence
Every component designed to aerospace-grade tolerances with uncompromising precision.
Precision Manufacturing
State-of-the-art CNC machining and quality-controlled production processes.
Advanced Testing
Comprehensive engine testing protocols validating performance under all operating conditions.
High Reliability
Engineered for mission-critical operations where failure is not an option.
Long-Endurance Performance
Optimized fuel efficiency and thermal management for extended mission profiles.
International Standards
Designed and manufactured to meet international aerospace and defense requirements.
Continuous Innovation
Ongoing R&D investment driving next-generation propulsion breakthroughs.
Customer-Focused Development
Close collaboration with operators and integrators to meet specific mission needs.
Mission-Ready Solutions
Proven propulsion systems ready for immediate deployment in demanding environments.
From Concept to Mission-Ready
01
Concept
Mission requirements analysis and initial propulsion concept definition.
02
Research
Advanced materials research, thermodynamic analysis, and technology assessment.
03
Design
Precision CAD engineering with aerospace-grade design standards.
04
Simulation
CFD, FEA, and thermal simulation to validate performance before manufacturing.
05
Prototype
Rapid prototyping and iterative refinement of critical components.
06
Manufacturing
Precision CNC machining and aircraft-grade component production.
07
Testing
Comprehensive engine testing across full power and environmental ranges.
08
Validation
Independent performance validation and certification against specifications.
09
Continuous Improvement
Ongoing field data analysis and engineering refinement for next-generation development.
Powering Critical Missions
01
Defense
Military-grade propulsion for defense UAV programs.
02
Military UAVs
Tactical and strategic unmanned aerial vehicle platforms.
03
Fixed-Wing UAVs
Long-endurance fixed-wing unmanned aircraft systems.
04
VTOL Platforms
Vertical take-off and landing unmanned aerial vehicles.
05
Industrial Inspection
Infrastructure and industrial asset inspection platforms.
06
Border Surveillance
Persistent surveillance and border monitoring systems.
07
Scientific Research
Atmospheric research and scientific data collection platforms.
08
Government Agencies
Government and public sector unmanned aviation programs.
09
Emergency Response
Search, rescue, and emergency response aerial platforms.
10
Environmental Monitoring
Environmental data collection and ecological monitoring systems.
Built for Global Collaboration
CedionTech actively seeks strategic partnerships with organizations at the forefront of aerospace and defense innovation. We collaborate with defense companies, aircraft manufacturers, government organizations, research institutions, system integrators, UAV manufacturers, and international technology partners to advance the state of the art in unmanned aerial propulsion.
Ready to Power Your Next Mission?
Connect with our engineering team to discuss propulsion requirements, partnership opportunities, or technical specifications.