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The ZPOD is designed for use in high-performance, compact propulsion systems such as small jet engines found in drones, missiles, and other attritable platforms. It is also used in rotary-wing aircraft as part of loss-of-lubrication backup systems and can be adapted for other aerospace and defense applications requiring compact, self-contained fluid delivery.
The size of the ZPOD is customizable based on the specific application and system requirements. In some cases, a ZPOD can be small enough to fit in the palm of your hand; in others, it may be significantly larger to accommodate higher fluid volumes or different integration needs. Zulu Pods works closely with customers to tailor the form factor to each use case.
The ZPOD combines a proprietary pressurization mechanism with a proprietary fluid metering system to deliver precise amounts of lubrication exactly when and where it’s needed. This ensures critical components like bearings and gears stay operational even during extreme scenarios. By optimizing flow and targeting delivery, the ZPOD maximizes efficiency and performance while minimizing the required oil volume.
The ZPOD is designed for long-term storage with minimal maintenance. When stored in its original packaging under proper conditions, it has a shelf-life of up to 15 years, making it well-suited for mission-critical and pre-deployment storage scenarios.
The ZPOD can be activated in a variety of ways, depending on the application. Activation can be triggered mechanically, thermally, or electronically—such as through a signal from an onboard health monitoring system—ensuring rapid response during loss-of-lubrication events or system startup.
Zulu Pods has validated the ZPOD through extensive laboratory testing, including thermal cycling, vibration testing, oil flow metering, and full system-level integration with jet engines and gearboxes. We’ve also developed a proprietary high-speed test rig—one of only a few with similar capabilities worldwide—to efficiently simulate real-world environmental conditions and dynamic operating profiles.
In addition to the ZPOD, Zulu Pods offers Smart Pod technologies such as:
Yes, Zulu Pods manufactures and assembles products in-house at its facility in Northampton, Massachusetts. This gives us full control over quality, design iterations, and rapid prototyping, while ensuring ITAR compliance and security for defense applications.
Zulu Pods also offers:
These capabilities support our mission of shaping the future of fluid delivery with innovation and integrity.
A Smart Pod is an advanced fluid delivery system that combines precise lubrication or anti-corrosion fluid delivery with embedded sensors and onboard electronics. These systems provide real-time health monitoring, usage tracking, and performance diagnostics—offering users greater insight, reliability, and control.
While the standard ZPOD is a passive, self-contained fluid delivery unit, Smart Pods feature active components such as sensors, microcontrollers, and communication interfaces. This allows Smart Pods to monitor system health, report data, and respond dynamically to changes in operating conditions—enhancing situational awareness and predictive maintenance.
Smart Pods can collect a variety of critical data, including temperature, pressure, fluid actuation events, and system vibration. This data is used for real-time monitoring, post-mission analysis, and integration with larger system health management architectures.
Smart Pods are designed to be modular and scalable. They can be integrated directly into propulsion systems, gearboxes, or long-term storage enclosures with minimal modification. Our engineering team works closely with OEMs and defense contractors to customize integration for each platform.
Smart Pods can be configured to support standard communication protocols used in aerospace and defense applications, including CAN, UART, and RS-422. They can also be customized to meet specific data logging or secure transmission requirements.
Yes, most Smart Pod products are ITAR-controlled due to their integration into defense platforms. Zulu Pods maintains a robust internal compliance program and works closely with customers to ensure all export and usage requirements are met.
Absolutely. While Smart Pods were originally developed for defense applications, the underlying technology is adaptable for commercial aviation, industrial machinery, and even energy sector systems where intelligent fluid delivery and health monitoring can improve reliability and reduce downtime.
The Loss-of-Lubrication Smart Pod (LLSP) is a backup lubrication system designed for critical rotating systems. Originally developed for military rotary-wing aircraft, it is also applicable to commercial helicopters, industrial turbines, and unmanned systems where unexpected loss of lubrication can lead to catastrophic failure. The LLSP ensures safe continued operation during a primary lubrication system failure.
The LLSP contains embedded sensors and/or interfaces with system-level diagnostics to detect loss-of-lubrication events. It automatically triggers precise fluid delivery based on real-time conditions, enabling responsive action in both defense and industrial applications.
LLSP units can monitor and log fluid pressure, activation events, temperature, and operational duration. This data can be streamed live or reviewed post-event, making it useful for mission debriefs, predictive maintenance, and regulatory compliance in both military and commercial settings.
Yes. The LLSP is modular and integration-friendly. It can be retrofitted into both military and civilian platforms—aircraft, ground vehicles, and industrial systems—without major design changes.
The LLSP supports standard aerospace and industrial protocols such as CAN, UART, and RS-422, and can be customized for system-specific requirements in either military or commercial fleets.
The Anti-Corrosion Smart Pod (ACSP) protects high-value equipment from corrosion during long-term storage, transport, or field deployment. While originally developed for military vehicles and weapons systems, it is equally effective in commercial applications such as power generation equipment, offshore infrastructure, and aviation spares storage.
Unlike conventional solutions that rely on manual application or desiccant-based packaging, the ACSP delivers corrosion-inhibiting fluid at controlled intervals, and actively monitors environmental conditions. It’s ideal for both defense logistics operations and industrial asset management.
ACSP units monitor temperature, humidity, and fluid actuation over time. This data can be used for environmental compliance, condition-based maintenance, and historical tracking—adding value across both military readiness programs and commercial equipment preservation.
Yes. The ACSP is built for harsh environments and can be deployed in coastal or offshore commercial sites, shipboard systems, or expeditionary military platforms. Its environmental sealing and intelligent fluid control make it ideal for corrosion-prone settings.
Absolutely. The ACSP is engineered for multi-year deployments with minimal maintenance. It’s ideal for military pre-positioned equipment and for commercial assets in storage, remote locations, or infrequent operation cycles.