Bipropellant Thrusters

Rocket Engines Designed for Demanding Rapid-Response Operations

Bipropellant Thrusters

ECAPS delivers bipropellant propulsion systems engineered for missions requiring higher thrust, rapid ignition, and performance tuning beyond monopropellant architectures.

Built on ECAPS’ ADN-based propulsion heritage, these systems combine advanced fuels, including LMP-103S, with selected oxidizers to achieve optimized performance across space, high-altitude, and demanding terrestrial environments.

Mission Capabilities

High-performance propulsion tailored for time-critical and high-demand mission requirements.

Higher thrust levels within compact propulsion systems

Short-to-intermediate and long burn durations

Rapid-response or time-critical maneuvers

Performance optimization through fuel–oxidizer pairing

Supported Operational Environments

Designed for reliable operation across atmospheric, high-altitude, and exo-atmospheric environments.

Critical Mobility Applications

Upper Stage Mobilization

Orbital Transfers & Pointing Mechanisms

Advanced Aircraft Mobility

Advanced Tug Operations

Thrust Capability Envelope

Indicative thrust classes and operational profiles illustrating the configurability of ECAPS bipropellant propulsion systems.

System Customizability & Performance Tuning

Thruster configuration and integration based on missions requirements

Mission-Driven Propellant & Oxidizer Tuning: Performance optimisation aligned to mission requirement

Configurable Thrust & Duty Cycles:
Adaptation to mission duration and response needs

Modular Thruster & Feed-System Architecture: System scalability and integration flexibility

Ignition & Thermal Management Optimisation: Reliable performance across operational environments

Adaptable Interfaces & Integration Support: Alignment with diverse spacecraft and platform architectures

Learn more about ECAPS’ bipropellant thrusters

ECAPS technologies power critical mobility in space and defense.