SKAR Aerospace

About SKAR Aerospace

Sovereign Capability
in Air Defense Engineering.

SKAR Aerospace is a vertically integrated aerospace company that develops complete flight systems. We own the full chain.

Our systems are purpose-built for high-consequence missions where reliability is non-negotiable. Every design is simulation-validated, every component is traceable, and every vehicle is integrated under one roof.

We exist to deliver assured aerospace capability — rapidly, domestically, and without compromise.

Vertical Integration

Every subsystem designed, built, and tested in-house. No critical dependency on third parties.

Mission Assurance

Simulation-first development with full traceability from requirements to flight hardware.

Rapid Delivery

Compressed development timelines through concurrent engineering and agile hardware iteration.

Operational Readiness

Systems designed for field deployment — ruggedized, autonomous, and ready for austere conditions.

The Problem

Drones Changed the Battlefield.
Defenses Didn't.

Cheap, mass-produced UAVs and loitering munitions are overwhelming legacy air defense built for a previous era. The threat now arrives in layers — FPV drones, fixed-wing UAVs, guided glide bombs, cruise missiles, and coordinated swarms — and no single effector counters all of them. Traditional air defense is too slow, too expensive per shot, and too narrow.

~$50,000

Cost of a weaponized drone

$3M+

Cost of a single top-tier legacy SAM engagement

60:1

Attacker cost advantage vs. legacy defense

Every major conflict since 2022 has proven the same lesson: whoever controls the airspace controls the battlespace — and right now, the attacker owns the economics.

Product Family

One System.
Every Layer.
One Mobile Platform.

Each layer is matched to the threats and ranges it defeats most efficiently. Overlapping coverage with no economic blind spot — cheap effectors for cheap threats, reserved firepower for the targets that demand it.

vSHORAD · Point Defense

SKAR-MVS Block I

Kills UAS, cruise missiles & glide bombs up to 6 km

Minimum Range	500 m
Maximum Range	6,000 m
Altitude	5,000 m
Max Speed	Supersonic
Guidance	INS + IIR + Active Radar Homing
Countermeasures	Resistant to Countermeasures
Operation Mode	Lock-On Before Launch / Radar Homing
Targets	UAVs, loitering munitions, cruise missiles, glide bombs

SHORAD · Area Defense

SKAR-MS Block I

Kills UAS, cruise missiles & glide bombs up to 15 km

Minimum Range	1000 m
Maximum Range	15,000 m
Altitude	8,000 m
Max Speed	Supersonic
Guidance	INS + IIR + Active Radar Homing
Countermeasures	Resistant to Countermeasures
Operation Mode	Radar Homing
Targets	UAVs, loitering munitions, cruise missiles, glide bombs

C-UAS · Interceptor Drone

SKAR-C-UAS

Kills Class I–II UAS at up to 5 km

Minimum Range	100 m
Maximum Range	5,000 m
Altitude	3,000 m
Max Speed	350+ km/h
Guidance	Optical AI + Terminal Homing
Countermeasures	Resistant to Countermeasures
Operation Mode	Autonomous Intercept / Re-attack
Targets	FPVs, Quads, fixed-wing UAS

DEW · High-Energy Laser

SKAR-HEL

Defeats FPVs / sUAS up to 1 km

Minimum Range	50 m
Maximum Range	1,000 m
Altitude	1,000 m
Max Speed	Speed of Light
Guidance	EO/IR Tracking + Fine Beam Steering
Countermeasures	Immune to RF Jamming
Operation Mode	Continuous Engagement / Deep Magazine
Targets	FPVs, Quads, Class I UAS

360-SD · Terminal Self-Defense

SKAR-360-SD

Last-line 360° protection up to 300 m

Minimum Range	5 m
Maximum Range	300 m
Altitude	300 m
Max Speed	Reaction <0.1 s
Guidance	Radar-Cued Omnidirectional
Countermeasures	Resistant to Countermeasures
Operation Mode	Autonomous Hard-Kill / 360° Coverage
Targets	FPVs, leakers, terminal-phase threats

SKAR builds the SAM layer and the C2 brain in-house. C-UAS, HEL, and SD are best-in-class partner effectors integrating into SKAR DOME's open architecture — full-spectrum capability at lower technical risk and faster time to deployment.

System Architecture

Full Engagement Chain.
All Subsystems.
Any Platform.

From initial detection through terminal phase — every subsystem is designed, built, and integrated in-house. Autonomous operation. Closed-loop performance.

Detect

0 s

Targets inbound. Radar conducts autonomous search and early warning.

Track

2 s

4D radar spots hostile objects. Targets are locked and classified. Multi-sensor fusion builds the threat picture, and every engagement is logged to train the C2 orchestrator.

Command

2.5 s

Fire solution computed automatically. Effector selected, launch parameters set — engagement authorized per ROE, operator-on-the-loop or fully autonomous.

Engage

2.75 s

The assigned effector engages — interceptor launch or beam-on — matched to the detected target class.

Guide

12 s

Onboard GNC with mid-course updates for interceptors; continuous track-and-dwell for directed energy.

Intercept

<25 s

Target neutralized by kinetic impact, HE warhead detonation, or directed-energy effects. BDA confirms the kill or triggers re-engagement — and feeds the learning loop.

Detect & Track

Surveillance & Sensor Fusion

Multi-band sensor suite with 360° coverage. Autonomous search, multi-object tracking, automatic classification and IFF. Low false-alarm rates in contested electromagnetic environments — every track logged to refine the threat library.

Command & Engage

Fire Control & Propulsion

Integrated C2 layer with real-time fire solutions and cost-aware effector assignment — missile, interceptor drone, laser, or self-defense ring matched to each threat class. Selectable autonomy per ROE, platform-agnostic across launchers and beam directors.

Guide & Kill

GNC & Terminal Effect

Agile flight control with mid-course updates and terminal homing for interceptors; continuous track-and-dwell for directed energy. Proximity or direct-hit kill mechanisms with automated BDA, re-engagement on leakers, and feedback into the self-learning orchestrator.

Distributed Architecture

One Radar.
Multiple Launchers.
Any Platform.

A single sensor node commands the entire engagement — decoupling detection from launch and enabling truly distributed air defense across land, sea, and fixed sites.

A centralized sensor and C2 unit connects to multiple independent effector modules. Each operates as a networked node — receiving targeting data, managing readiness, and executing engagements autonomously.

A single sensor-and-brain investment services an entire area defense; effectors can be added, relocated, or swapped without reconfiguring the layer above.

Radar / C2

Central sensor and command

Launchers

Independent effector modules

Platforms

Mobile, naval, stationary

1 Radar — N Launchers — Any Platform Mix

Platform Integration

Deployment Architecture.

System designed for integration across ground, naval, and fixed-site launch environments. Platform-agnostic by design.

01 — Ground-Based

Mobile / Semi-Mobile

High-Mobility Vehicle Integration

Designed for installation on mobile ground platforms. Supports operation while stationary or in motion, depending on platform class and mission profile.

Designed for

High-mobility military trucks
Light tactical vehicles
Mobile ground platforms

Stationary and on-the-move launch capability depending on configuration.

02 — Naval

Ship / Unmanned Surface Platform

Maritime Launch Integration

Optimized for maritime environments, extended detection range, and naval air defense scenarios. Compatible with manned and unmanned surface platforms.

Designed for

Naval vessels
Unmanned surface vehicles (USVs)
Sea drone platforms

Stabilized for sea state operations with shipboard fire control integration.

03 — Fixed / Universal

Containerized / Stationary

Relocatable Infrastructure Defense

Containerized format enables both stationary installation and rapid relocatable deployment. Optimized for continuous operation and critical asset protection.

Designed for

High-priority military infrastructure
Critical civil infrastructure protection
24/7 continuous operation
Rapid redeployment when required

Standard ISO container format for airlift, sealift, and road transport compatibility.

Development Process

Concept to Flight Readiness.

A disciplined, simulation-first process. We validate digitally, then build to print.

PHASE 01

Requirements & Architecture

Mission requirements capture, system architecture trade studies, interface definitions, and preliminary design review.

PHASE 02

Simulation & Analysis

High-fidelity CFD, structural FEA, trajectory modeling, internal ballistics, and thermal analysis. Every design validated before fabrication.

PHASE 03

Build & Integration

Composite layup, precision machining, electronics assembly, and full vehicle integration with hardware-in-the-loop verification.

PHASE 04

Test & Qualify

Static fire, vibration testing, systems validation, flight readiness review, and launch operations with live telemetry monitoring.

Engineering Stack

Tools & Methods.

Industrial-grade analysis tools, in-house simulation pipelines, and full-stack embedded development — backed by real credentials.

Computational Fluid Dynamics

RANS and transient external aerodynamics simulations, shock interaction modeling, and angle-of-attack characterization across subsonic through supersonic regimes.

Flight Dynamics & Trajectory

Full 6-DOF simulation with atmospheric models, motor thrust curves, aerodynamic databases, wind perturbation, and Monte Carlo dispersion for mission planning and range safety.

Structural & Thermal FEA

Composite structures, motor casings, and joints analyzed under combined mechanical, thermal, and vibroacoustic loading with full safety margin verification.

Guidance, Navigation & Control

Custom flight software with sensor fusion, state estimation, guidance algorithms, and encrypted telemetry protocols. Developed and verified in hardware-in-the-loop environments.

Peer-Reviewed Publications

Scopus-indexed research across propulsion, guidance algorithms, and composite structures.

<1 yr

Founding to Qualified Hardware

Full development cycle — from clean-sheet design through qualification testing.

8+ yr

Average Engineering Experience

International aerospace engineering team. Deep domain expertise in flight systems, propulsion, and embedded avionics.

European Manufacturing & Integration

EU-based production facilities. NATO-aligned procurement path with European supply chain traceability.

Compliance & Standards

MIL-STD-810 MIL-STD-461 MIL-DTL MIL-T / MIL-W / MIL-A MIL-HDBK DO-178C ECSS NATO STANAG AS9100

SKAR DOME
Multi-Layer Air Defense.
One Mobile Platform.

Sovereign Capability
in Air Defense Engineering.

Drones Changed the Battlefield.
Defenses Didn't.