Iron Rain™ is engineered to match interceptor type to mission profile. 

We deploy kinetic projectiles constructed from rubber, aluminum, steel, or tungsten. Each material is selected based on threat type and altitude, desired  impact energy, and infrastructure proximity. 

Rubber projectiles are ideal for dense urban and lower altitude environments. They are designed to disintegrate mid-air, minimizing ground collateral risk. Steel and aluminum options provide greater range and impact where needed. Tungsten interceptors are optimized for higher altitude engagements and hardened targets requiring increased stability and penetration. 

Every engagement is calculated to neutralize the threat while maintaining environmental control. 

Iron Rain™ is engineered for economic scalability. 

Many existing counter-drone systems cost millions of dollars per unit, and the cost per neutralization can range from tens of thousands to millions of dollars depending on the platform used. That model restricts widespread deployment. 

Iron Rain changes that structure. 

We expect the unit price to be under $200,000 dollars. The projected cost per kill averages approximately one dollar per round depending on interceptor configuration. 

Affordable air defense enables proportional response. It allows operators to defend against low-cost threats without deploying disproportionate capital assets. 

Scalable dominance requires sustainable economics. Iron Rain is built for that reality. 

Iron Rain™ uses kinetically energized projectiles rather than chemically munitions.

The projectiles are lightweight, easy to transport, and adaptable across mission types. They are not classified as Class 9 hazardous materials, which significantly reduces regulatory burdens and simplifies storage and transport. 

This design philosophy lowers logistical friction and increases operational readiness, potentially enabling projectile manufacturing at the edge. 

Operators gain capability without inheriting unnecessary complexity. 

AICUS is the intelligence core of Iron Rain. 

It ingests and synthesizes data from multiple sensor sources in real time. These may include radar, optical systems, infrared detection, RF detection, and other integrated feeds depending on configuration. 

AICUS does more than detect a threat. It calculates trajectory, predicts target movement, and continuously computes range, azimuth, and altitude angles for each target. Engagement parameters are refined dynamically as conditions evolve. 

This predictive capability allows operators to act on where the target will be, not merely where it was. 

The system is designed for contested environments. AICUS incorporates advanced flare rejection and electronic interference mitigation. It performs infrared and RF noise cancellation, maintaining target integrity even in environments saturated with decoys, flares, or electronic disruption. 

It converts complex sensor inputs into a clear engagement solution. 

Iron Rain™ is built for multi-domain integration. 

The system can be mounted on armored vehicles, naval vessels, aircraft, unmanned platforms, or static defensive emplacements. Its modular architecture allows configuration based on engagement radius, mission environment, and operational doctrine. 

The flywheel system and projectile can be scaled to support urban defense, convoy protection, maritime perimeter security, expeditionary operations, or high-altitude engagement profiles. 

The platform adapts to the mission. It is not confined to a single domain. 

No. While drones represent the most immediate and rapidly expanding threat vector, Iron Rain™ is not limited to drone neutralization. 

The system is designed as a scalable surface-to-air defense platform. Its kinetic and AI architecture can be applied to a broad range of aerial threats depending on configuration, engagement radius, and interceptor type. 

We are focusing first on drones because of the urgent operational demand. The underlying technology is built for broader airspace defense applications. 

Iron Rain™ is a platform, not a single-use device. 

Iron Rain™ is currently at Technology Readiness Level 5. 

We expect to reach Technology Readiness Level 7 in early summer 2026, positioning the system for participation in Department of Defense field trials that year. 

A fully commercialized and deployable production version is projected for early 2027. 

We are advancing aggressively through validation and field evaluation to ensure operational reliability at scale. 

Iron Rain™ is designed to change the cost curve of air defense. 

It brings together predictive AI, adaptable kinetic interceptors, simplified logistics, and scalable economics. It reduces dependence on fragile electronic countermeasures and restores physical certainty to surface-to-air engagement. 

This is not simply a counter-drone tool. 

It is a modern, modular air defense architecture built for evolving threats.