01Tactical reconnaissance UAV
ALTARCH T1
Compact, rapidly deployable platform concept for ISR missions.
- Payload
- Modular
- Endurance
- Programme dependent
- Link
- Secure LOS
- Launch
- Field deployed
Advanced unmanned systems
ENGINEERED
FOR THE MISSION.
Advanced unmanned aerial systems engineered for demanding defence and security operations.
01UAS platform
02Modular payloads
03Autonomous operation
04GNSS-denied capability
01Company
ENGINEERING THE NEXT GENERATION OF UNMANNED SYSTEMS
We design and manufacture unmanned aerial systems for customers operating in some of the most demanding environments.
Our approach combines aerospace engineering, autonomous systems, advanced sensing and mission-focused design to develop reliable platforms ready for real-world operations.
About the company02Systems
MISSION-CONFIGURABLE PLATFORMS
A scalable portfolio of unmanned platforms developed around operational requirements, field deployment and open payload integration.
Demonstration product concepts — names and specifications are illustrative only.
01
02Medium tactical UAS
ALTARCH M4
Extended-endurance platform concept with modular payload integration.
- Payload
- EO/IR compatible
- Endurance
- Configuration dependent
- Link
- Multi-band
- Launch
- Runway
03Heavy-lift autonomous platform
ALTARCH X8
A modular aircraft concept for demanding payload and logistics applications.
- Payload
- Mission modular
- Endurance
- Payload dependent
- Link
- Secure data
- Launch
- VTOL concept
04Small autonomous reconnaissance system
ALTARCH S1
Designed for rapid deployment and distributed operational concepts.
- Payload
- Compact ISR
- Endurance
- Mission dependent
- Link
- Encrypted
- Launch
- Hand / rail
03Technology
BUILT AROUND THE MISSION
Integrated payload architecture / demonstration visual
Airframe engineering
Lightweight composite structures and aerodynamic optimisation.
Autonomous flight
Advanced flight-control and autonomous mission-management systems.
Mission payloads
Modular EO/IR, ISR and specialist payload integration.
Secure communications
Reliable communications architecture for demanding environments.
System integration
Sensors, avionics, payloads and mission systems unified into one platform.
04Manufacturing
FROM ENGINEERING TO PRODUCTION
Disciplined development, controlled integration and structured verification connect early engineering decisions to production-ready aircraft.
- Engineering
- Composite manufacturing
- Electronics integration
- Assembly & ground test
- Flight test
- Quality assurance
01Concept
02Design
03Prototype
04Test
05Qualification
06Production
07Deployment
06Mission capabilities
DESIGNED FOR OPERATIONAL FLEXIBILITY
Capability areas shown represent design objectives for this demonstration portfolio, not verified deployed capabilities.
ISR
Persistent intelligence, surveillance and reconnaissance.
Tactical reconnaissance
Rapid deployment and real-time situational awareness.
Autonomous operations
Reduced operator workload through intelligent mission systems.
Multi-payload
Flexible payload architecture for different mission requirements.
GNSS-denied navigation
Resilient navigation where positioning may be unavailable or degraded.
Swarm-ready architecture
Designed to support future distributed autonomous operations.
Flight test & validation
PROVEN IN FLIGHT
Every platform is developed through structured testing and validation, from individual subsystems to complete aircraft.
01Design
02Ground testing
03System integration
04Flight testing
05Mission validation
09Events
MEET OUR TEAM
01
Eurosatory
Paris, France
02Farnborough International Airshow
United Kingdom
03FEINDEF
Madrid, Spain
04DSEI
London, United Kingdom
Example events only — attendance is not confirmed.
10Contact
LET'S DISCUSS YOUR REQUIREMENTS.
Speak with our team about platform requirements, payload integration or autonomous mission systems.
Business enquiries[EMAIL ADDRESS]
Headquarters[CORPORATE ADDRESS]
[CITY, COUNTRY]
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