ZenaTech Unveils Gas-Powered ZenaDrone 2000 Interceptor With Multi-Drone AI Engagement
ZenaTech’s ZenaDrone subsidiary is developing the gas-powered ZenaDrone 2000 maritime-launch interceptor capable of autonomously detecting and intercepting multiple slow-moving aerial threats using AI-driven target protocols. The prototype enters testing before year-end and aims to undercut missile costs by engaging swarms at a fraction of traditional defense expenditures.
1. ZenaDrone 2000 Capabilities
The ZenaDrone 2000 is a gas-powered maritime interceptor designed for launch from naval vessels, offshore platforms or coastal sites. It uses AI-driven sensor fusion algorithms to autonomously detect, classify and engage multiple slow-moving aerial threats in coordinated swarm scenarios.
2. Cost Efficiency and Market Need
By engaging drones with drones, the ZenaDrone 2000 aims to intercept threats at a fraction of the hundreds of thousands to millions of dollars per missile engagement. The system targets defense budgets in Gulf waterways and allied programs facing cost asymmetry against $50,000-class adversary drones.
3. Development Timeline and Outlook
The design-phase prototype is scheduled to enter testing before year-end and will comply with NDAA supply chain requirements. ZenaTech plans to position the platform for U.S., NATO and Gulf Cooperation Council defense procurement pipelines pending successful trials.