Signature-Managed Sensor Apertures
VELON-G metamaterial sensor windows enable low-observable UAV operations by managing electromagnetic signature at critical optical apertures while maintaining full sensor performance across electro-optical and infrared wavelengths.
Modern reconnaissance and operational UAVs integrate sophisticated EO/IR sensor suites requiring transparent apertures that compromise platform low-observable. VELON-G addresses this fundamental design challenge through volumetric metamaterial architecture that simultaneously provides radar signature management and optical transparency.
The $180M serviceable addressable market spans high-altitude long-endurance reconnaissance platforms, low-observabley UCAV programmes, and loyal wingman development across international standards and allied forces. VELON-G's ITAR-free UK origin enables direct integration with Turkish, Korean, and European UAV programmes.
Application Areas
Three primary sensor window applications for unmanned aerial systems
EO/IR Sensor Apertures
Electro-optical and infrared sensor windows for multi-spectral targeting pods, surveillance systems, and gimballed sensor turrets on reconnaissance and operational UAVs.
- Visible/NIR/MWIR transparency
- W-band signature reduction
- Environmental durability
- Conformal integration capability
SAR Antenna Windows
Synthetic aperture radar antenna radomes providing electromagnetic transparency at X-band operational frequencies while managing signature at threat radar bands.
- X-band transparency (8-12 GHz)
- W-band signature control
- Structural integration
- Aerodynamic optimization
Targeting System Windows
Laser designator and targeting pod apertures for operational UAVs conducting strike missions in contested airspace requiring signature management without sensor performance degradation.
- 1064 nm laser transparency
- Multi-spectral operation
- Reduced glint signature
- Operational environment durability
Target Platforms
VELON-G positioned for integration into next-generation UAV programmes
Bayraktar AKINCI
Prime: a major Turkish UAV producer (Turkey)
Type: High-altitude long-endurance UCAV
Twin-turboprop operational UAV with 24-hour endurance and SATCOM capability. VELON-G targets EO/IR turret integration and SAR antenna windows for signature-managed reconnaissance operations.
Export Programme | ITAR-Free Integration
TAI ANKA-3 Low-Observable UCAV
Prime: Turkish Aerospace Industries
Type: Flying wing low-observable operational UAV
Tailless flying wing UCAV requiring comprehensive signature management. VELON-G provides critical sensor aperture integration for EO/IR, SAR, and targeting systems without compromising low-observable design.
Low-Observable Programme | LOI Pathway
Protector RG Mk1
Prime: General Atomics-ASI / RAF
Type: MALE remotely piloted air system
UK RAF's Protector programme delivering enhanced ISR and strike capability. VELON-G targets sensor window integration for signature management in contested European operational environment.
UK Programme | MOD Pathway
Loyal Wingman Programmes
Programmes: Boeing MQ-28, a Tier-1 defence prime Mosquito, a next-generation allied fighter programme LW
Type: Autonomous collaborative operational aircraft
Next-generation autonomous operational UAVs operating alongside manned aerospaces. VELON-G enables sensor window integration for platforms requiring comprehensive signature management across electromagnetic spectrum.
6th Gen Ecosystem | Multiple Pathways
Technical Integration
VELON-G sensor window configurations for UAV platforms
Flat Window Configuration
Planar sensor windows for gimballed turrets and fixed sensor installations. Standard configuration provides -13.3 dB W-band attenuation with 92.5% optical transparency across 400-2500 nm wavelength range.
- EO/IR sensor turrets (MX-15, CATS, a major Turkish defence-electronics producer ASELFLIR)
- SAR antenna radomes
- Laser designator windows
- Multi-spectral targeting systems
Conformal Configuration
Curved sensor windows conforming to UAV airframe geometry for optimized aerodynamic performance and radar cross-section management. Custom geometry fabrication available for low-observable platforms.
- Low-Observable UCAV nose sensors (ANKA-3, Kizilelma)
- Flush-mounted reconnaissance systems
- Flying wing sensor integration
- Blended body apertures
Value Proposition
VELON-G eliminates the low-observable compromise inherent in UAV sensor windows.
Traditional optical apertures create significant radar signature contributions that undermine platform low-observable design. VELON-G's volumetric metamaterial architecture provides signature management at threat radar frequencies while maintaining full EO/IR sensor performance, enabling truly low-observabley reconnaissance and operational UAV operations in contested airspace.
Market Opportunity
$180M serviceable addressable market across UAV sensor window applications
| Application Segment | Platform Examples | Window Count per Platform | Market Estimate |
|---|---|---|---|
| HALE/MALE UAV EO/IR | ANKA, Protector, Predator B | 1-2 turrets | $65M |
| Low-Observable UCAV Sensors | ANKA-3, Kizilelma, Loyal Wingman | 2-4 apertures | $80M |
| SAR Antenna Windows | Global Hawk, Triton, surveillance UAVs | 1 radome | $20M |
| Targeting Systems | Operational UAVs with laser designation | 1-2 windows | $15M |
UAV Sensor Window Integration
Contact our protection programmes team to discuss VELON-G integration for your UAV platform sensor apertures.
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