As military forces worldwide adapt to the rapid expansion of uncrewed aerial vehicles, traditional missile interceptors are often far too expensive to deploy against low-cost drone swarms. Auriga Space has developed Hermes, a compact counter-drone launcher that uses electromagnetic acceleration to fire supersonic effectors at speeds exceeding Mach 1.
The Hermes system operates inside a 10-foot shipping container and uses magnetic levitation rather than chemical propellants to launch projectiles. Powered by onboard batteries with solar and diesel recharging capabilities, it offers defense forces a highly portable, rapid-firing, and economical solution for neutralizing hostile aerial threats.
Electromagnetic Launch Mechanism and Power Systems
Unlike conventional missile systems that rely on solid rocket fuel or gunpowder, Hermes employs electromagnetic acceleration to launch its payloads. The technology uses magnetic levitation to prevent the effector from making physical contact with the launcher assembly as it accelerates, operating on principles similar to electromagnetic aircraft launch systems used on naval carriers.
This electrical approach allows the system to support hundreds of launches on a single battery charge without needing dedicated propellant supplies for every shot. For field operations, internal battery banks can be sustained using integrated solar panels or supplemented with a standard diesel generator when maximum operational uptime is required.
Field Testing and Military Partnership
In August 2026, Auriga Space completed the initial field test of the Hermes system in the Mojave Desert. Transported to the site on a standard flatbed truck, the launcher executed over a dozen supersonic firings in ambient temperatures exceeding 100 degrees Fahrenheit, demonstrating structural durability and thermal tolerance.
According to Auriga Space Chief Executive Officer Winnie Lai, the trial evaluated a variety of projectile shapes and effector types. The development of Hermes aligns with a three-year research agreement established in July 2026 with the U.S. Army’s Combat Capabilities Development Command Armaments Center (DEVCOM-AC) to advance electromagnetic launch applications for defense needs.
Hermes Anti-Drone System Specifications
| Feature | Specification / Detail |
|---|---|
| Developer | Auriga Space (in partnership with U.S. Army DEVCOM-AC) |
| System Name | Hermes |
| Form Factor | 10-foot standard shipping container |
| Propulsion Tech | Electromagnetic acceleration (Magnetic Levitation) |
| Launch Velocity | Greater than Mach 1 (Supersonic) |
| Power Options | Internal battery bank, solar panels, diesel generator back-up |
| Primary Role | Cost-effective counter-drone and precision payload launch |
Operational Benefits and Expanded Applications
Housing counter-drone hardware within a standard shipping container provides strategic advantages in logistical mobility and stealth. Standard transport infrastructure, including flatbed trucks and cargo vessels, can easily reposition the unit to remote outposts or high-value installations without specialized equipment.
In addition to mitigating drone threats with lower-cost effectors, Auriga Space intends to adapt its electromagnetic acceleration platform for broader military and commercial objectives. The rapid-fire electrical system can be scaled to serve other precision orbital and tactical launch requirements.
Frequently Asked Questions
How does the Hermes system fire projectiles without chemical propellants?
Hermes utilizes electromagnetic acceleration based on magnetic levitation principles. Electricity drives the projectile forward along the launcher track without direct physical contact or explosive rocket fuel.
Why is housing an anti-drone system in a shipping container beneficial?
A shipping container design allows defense teams to transport the launcher using standard commercial vehicles and logistical infrastructure. It provides rapid deployment capabilities while keeping the system concealed from advance reconnaissance.
Who is collaborating with Auriga Space on this technology?
Auriga Space is working alongside the U.S. Army’s DEVCOM Armaments Center under a multi-year research agreement to develop and evaluate containerized electromagnetic counter-drone systems.