Technology
Portfolio
Air. Land. Sea. Space.
SVP develops a family of breakthrough defense and aerospace technologies, combining additive manufacturing, embedded sensing, and AI autonomy. Each system is modular, scalable, and dual-use, bridging the gap between advanced research and field-ready solutions.
SMARTCORE – INTELLIGENT NOZZLE
Actuator-free TVC
with embedded diagnostics.
SmartCore is an additive-manufactured propulsion nozzle with integrated FBG sensors and actuator-free thrust vector control.
Lightweight, reusable, and self-monitoring, it reduces cost and complexity while enabling predictive maintenance.
_ Structural Efficiency
_ Metal AM nozzle
with trabecular design
for lightweight, low-cost efficiency.
_ Always-On Diagnostics
_ Embedded FBG sensors
for predictive maintenance.
_ Actuator-Free Thrust Vectoring
_ Integrated control
without moving parts.
“Metal AM + trabecular design = lightweight efficiency.”
“Embedded sensors: proactive, not reactive.”
“Integrated TVC: precision without mechanical complexity.”
LUIGI – MICRO MISSILE INTERCEPTOR
Portable, affordable,
AI-guided counter-UxS.
LUIGI is a sub-500 g, < 300 mm micro-missile with AI-assisted targeting, optimized for close-range drone defense. With payloads ≥150 g and a unit cost under €500, LUIGI enables scalable and effective counter-UAS operations from air, land, or naval platforms.
_ Compact & Portable
Sub-kilogram interceptor deployable
from UAVs or UGVs.
_ High Performance
Payload ≥150 g, 500–2500 m
range in seconds.
_ Cost-Effective Defense
Under €500 per shot.
“≤ 500 g, ≤ 300 mm: fits in your backpack or UAV bay.”
“AI-assisted targeting for high-probability intercept.”
“Ultra-low cost per engagement: defense at scale.”
SANTIAGO – TACTICAL ROCKET DEMONSTRATOR
AI guidance and SmartCore
propulsion in a tactical platform.
SANTIAGO is a solid-fuel rocket demonstrator featuring SmartCore vectoring, additive-manufactured structures, and AI-driven guidance. Designed for rapid deployment and adaptive trajectories, it bridges the gap between low-cost innovation and operational defense readiness.
_ SmartCore Propulsion
Actuator-free thrust vectoring.
_ AI-Driven Guidance
Adaptive navigation
and obstacle avoidance.
_ Launch Versatility
Deployable from
autonomous land vehicles.
“From lab to field:
a true demonstrator platform.”
“AI + SmartCore =
precision under any conditions.”
“Deployable from autonomous land vehicles
for flexible tactical operations.”
MDACS-X — MARITIME SWARM SYSTEM
Affordable, modular swarms
for defense and civil maritime security.
MDACS-X is a hybrid maritime swarm system integrating USVs, UUVs, and UAVs. Designed for ISR, mine countermeasures, and resilient communications, it adapts to defense and civil missions such as coastal monitoring and search & rescue.
_ Swarm Autonomy
AI-driven fleets with mission-sharing.
_ Resilient Operations
Robust communication
in contested waters.
_ Dual-Use Flexibility
Defense & civil maritime security.
“Hybrid mothership orchestrating
autonomous naval swarms.”
“Low-cost, scalable architecture
for defense and civil missions.”
“Deployable for coastal security
and joint operations.”
TEAM SVP
Multidisciplinary Expertise
We are a multidisciplinary team, with expertise in aerospace engineering,
defence, artificial intelligence, and dual-use market dynamics.
Carlo Giovanni Ferro
Product Concept & Design
Structural Analysis
Paolo Maggiore
System Engineering
FMEA Analysis
Matteo Cafaro
System Engineering
Flight Mechanics
Gilbert Charruaz
Mechatronics Engineering
R & D
Alessandro Cellini
Structural Analysis
System Engineering
Cesare Tamburi
Product Concept & Design
Structural Analysis
Luca Carpenti
Propulsion Analysis
General Design
CLOSING SECTION – VIOSION STATEMENT
Shaping the Future
of Defense & Aerospace.
SVP’s modular approach enables rapid innovation, dual-use adaptability, and scalable deployment – from nozzle to swarm.