Defence Technology
Restoring Economic
Symmetry.
Cost-effective kinetic interception for the last layer of defence.
Engineered in Germany.
Learn More Explore CapabilitiesThe Challenge
The Asymmetric Threat
Modern air defence is economically broken. While hostile actors deploy agile FPV drones costing $500, defenders rely on interceptors costing $40,000 to $450,000 per shot.
This cost asymmetry makes sustained defence against swarms impossible. Conventional electronic countermeasures are failing against autonomous and fiber-optic guided threats.
The result is a tactical gap in the critical 100–1,200 meter perimeter.
Cost Ratio
1:100Threat vs. conventional defence cost
The Solution
DroneHammer:
Precision at Scale
A cost-effective, kinetic interceptor designed for the last layer of air defence.
Unjammable Guidance
Passive, digitally coded laser guidance ensures immunity to RF-jamming and electronic warfare countermeasures.
Low Collateral Lethality
Proprietary CO₂ warhead generates a lethal shrapnel cloud optimized for drone neutralization while minimizing risk to critical infrastructure.
High Kinetic Agility
Intercepts high-speed targets (up to 250 km/h) with a system speed of 600 km/h. Optimized for erratic maneuvering threats.
Economic Sustainability
At ~€2,500 per intercept, the DroneHammer restores the cost balance, enabling defence forces to engage mass threats without budget depletion.
Range
Speed
Time to Target
Cost per Intercept
Operational Concept
Seamless C2 Integration
Skylance fills the gap in the F2T2EA kill chain. Our systems are software-defined and designed for plug-and-play integration into existing NATO Command-and-Control architectures.
01
DETECT
External sensors or C2 system identifies incoming threat.
02
FIX
Laser designator marks target. Jam-resistant acquisition.
03
ENGAGE
DroneHammer launches. Autonomous terminal guidance.
04
NEUTRALIZE
Target eliminated. CO₂ warhead minimizes collateral.
Ensuring protection of troops and critical assets when electronic warfare fails.
Leadership
Defined by Veterans.
Built by Engineers.
We bridge the gap between operational reality and technological possibility. Skylance is led by former naval officers and PhD physicists with deep expertise in autonomous systems and AI.
Philipp Bohne
CEO
11 years German Navy. Operational experience in threat environments.
Dr. Tobias de Taillez
CTO
PhD Physicist. AI specialist with deep expertise in autonomous systems.
The Engineering Unit
Our core is a specialized deep-tech engineering team covering aerodynamics, guidance software, and mechanical integration. A multidisciplinary unit dedicated to rapid prototyping and certified serial production.
Validated interest from German Armed Forces
Development aligned with NATO standards