Mission-Ready Propulsion at SOF Week

Israeli Pavilion | Booth 1951

At this year’s SOF Week, Lowental Hybrid is presenting its Native Parallel Hybrid™ propulsion systems within the Israeli national pavilion, alongside leading defense technologies shaping modern special operations.

The focus is clear: propulsion built for real missions - not for demos, not for lab conditions, but for the operational edge where endurance, reliability, and flexibility directly impact outcomes.

Built for Special Forces Missions

Special operations environments leave little margin for compromise. UAV platforms are expected to operate longer, stay quieter, adapt faster, and remain dependable under changing conditions. This is where propulsion becomes a decisive factor.

Lowental Hybrid’s Native Parallel Hybrid™ architecture was developed specifically to address these operational demands - combining electric and combustion power on a single drivetrain to enable mission-driven performance rather than system limitations.

Our systems are also aligned with evolving U.S. Army requirements, including Long Range Reconnaissance (LRR), where extended endurance, operational flexibility, and mission persistence are critical. 

Our flagship LH hybrid propulsion systems are designed to integrate into Group 2–3 UAV platforms without forcing major airframe redesigns - allowing operators and OEMs to extend performance without rethinking the entire system architecture.

The exhibition also highlights the growing role of onboard power generation in drone operations. Lowental Hybrid’s aerial generators enable drones to generate power in-flight - supporting longer missions, reducing dependence on ground charging, and improving operational autonomy. 

What “Mission-Ready” Means in Practice

• 5× Extended Endurance

  Enables longer ISR coverage, deeper penetration, and reduced need for mission interruption or asset rotation.

• Low-signature Stealth Mode

  Silent electric operation supports covert phases of the mission, where acoustic signature matters.

• Operational Simplicity

  No complex pilot intervention required. Seamless transitions between power sources are managed automatically, reducing cognitive load in the field.

• Built-in Redundancy

  Dual power sources provide an additional layer of mission assurance, supporting continued operation in case of subsystem failure.

• All-weather Reliability 

  Designed for real deployment conditions - not optimized for narrow operating envelopes, but for consistency across environments.

Meet us at the Israeli Pavilion, Booth 1951.