Research & Development
Advancing propulsion technology through innovation and collaboration
Current Projects
Advanced Hypergolic Propellants
ActiveDeveloping next-generation hypergolic propellant combinations with improved specific impulse and reduced toxicity. Focus on environmentally sustainable alternatives without compromising performance.
High-Temperature Nozzle Materials
ActiveResearching advanced ceramic matrix composites for engine nozzles capable of withstanding extreme temperatures. Goal is to increase chamber pressure and improve engine efficiency.
AI-Powered Engine Control
PrototypeDeveloping machine learning algorithms for real-time engine performance optimization and predictive maintenance. System learns from flight data to improve efficiency and reliability.
Electric Propulsion Integration
PlanningExploring hybrid propulsion systems combining chemical and electric propulsion for enhanced mission flexibility. Focus on seamless integration and autonomous switching.
Reusable Engine Development
ActiveDesigning engines for multiple flight cycles with minimal refurbishment. Incorporates advanced materials and simplified maintenance procedures for cost reduction.
Micro-Thruster Arrays
PrototypeDeveloping miniaturized thruster arrays for precise attitude control on small satellites. Each thruster provides 1-10 lbf with independent control capability.
R&D Investment & Funding
Wendernes Technology is committed to advancing propulsion technology through significant R&D investment and strategic partnerships.
Development Timeline
WE-100 Certification Complete
Successfully completed all certification testing for WE-100 engine. Achieved 287 seconds average specific impulse with 99.8% reliability rating.
✓ CompletedRCS-2 System Qualification
RCS-2 attitude control system qualified for space operations. Demonstrated ±0.05° attitude accuracy in thermal vacuum testing.
✓ CompletedAdvanced Propellant Testing
Begin testing of next-generation hypergolic propellant combinations targeting 310+ seconds specific impulse with reduced environmental impact.
In ProgressAI Control System Prototype
Complete prototype development of AI-powered engine control system. Begin integration testing with existing engines.
PlannedReusable Engine Flight Test
First flight test of reusable engine design. Target 50+ reuse cycles with minimal refurbishment between flights.
PlannedMicro-Thruster Array Deployment
Deploy micro-thruster arrays on commercial satellite constellation. Demonstrate autonomous attitude control capability.
PlannedHybrid Propulsion System Design
Complete design phase for hybrid chemical-electric propulsion system. Begin component development and testing.
PlannedResearch Partnerships
MIT Propulsion Lab
Collaborative research on advanced combustion dynamics and nozzle design. Joint publications and student internship programs.
Caltech Jet Propulsion Laboratory
Partnership on deep space propulsion systems and long-duration mission planning. Technology transfer agreements in place.
NASA Glenn Research Center
Joint development of high-temperature materials and advanced engine concepts. Access to unique testing facilities.
DARPA Advanced Programs
Funding and collaboration on next-generation propulsion concepts. Focus on rapid prototyping and innovative solutions.