What makes the DRACO MW SL different from conventional infrared sensors?

The DRACO MW SL uses LYNRED's proprietary Type II Superlattice (T2SL) technology instead of conventional Mercury Cadmium Telluride (HgCdTe) materials. T2SL offers better production uniformity, greater long-term stability, and improved manufacturing cost control, making it a next-generation alternative for high-performance infrared detection.

What platforms is the DRACO MW SL designed for?

The sensor is designed for a range of military platforms, including UAV electro-optical/infrared payloads, airborne EO systems on helicopters and fixed-wing aircraft, ground vehicle thermal imaging and targeting systems, and naval electro-optical tracking systems.

Why does the DRACO MW SL operate at 130 Kelvin?

Operating at 130 Kelvin reduces the power demands placed on the cooling system, helping the sensor meet SWaP (Size, Weight, and Power) requirements. This is critical for military platforms where minimizing weight and energy consumption is a strict operational priority.

LYNRED Launches DRACO MW SL Long-Range Mid-Wave…

LYNRED Launches DRACO MW SL Long-Range Mid-Wave Infrared Imaging Sensor

French infrared sensor specialist LYNRED has unveiled the DRACO MW SL, a new mid-wave infrared (MWIR) imaging sensor built on proprietary Type II Superlattice (T2SL) technology. Operating at 130 Kelvin, the sensor is engineered for long-range military imaging applications, delivering high image stability, sensitivity, and extended service life while meeting stringent SWaP (Size, Weight, and Power) requirements.

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Highlights

LYNRED has launched the DRACO MW SL, a long-range MWIR imaging sensor built on proprietary Type II Superlattice (T2SL) technology for military applications.

The DRACO MW SL operates at 130 Kelvin, reducing cooling system energy consumption while meeting military SWaP requirements.

T2SL technology provides advantages over traditional HgCdTe materials in production uniformity, long-term stability, and manufacturing cost control.

The sensor supports UAV EO/IR payloads, airborne systems, ground vehicle targeting, and naval EO tracking platforms.

The DRACO MW SL launch is expected to strengthen LYNRED's position in the global high-end infrared sensor market.

French infrared sensor manufacturer LYNRED has officially unveiled its latest product, the DRACO MW SL — a mid-wave infrared (MWIR) imaging sensor designed for long-range military applications. The launch marks a significant milestone in the company's development of high-performance infrared detection technology.

Core Technology: Type II Superlattice (T2SL)

The DRACO MW SL is built on LYNRED's proprietary Type II Superlattice (T2SL) infrared technology. Compared with conventional Mercury Cadmium Telluride (HgCdTe) materials, T2SL offers notable advantages in production uniformity, long-term stability, and manufacturing cost control, and is widely regarded as a key development direction for next-generation infrared detectors.

Key Specifications and Performance Highlights

Operating Temperature: 130 Kelvin, helping to reduce the power demands of the cooling system
High Image Stability: Ensures clear, consistent imagery in complex battlefield environments
High Sensitivity: Capable of detecting faint thermal signatures at extended ranges, suitable for long-distance target identification
Extended Service Life: Optimized for the long-term deployment requirements of military equipment
SWaP-Compliant: Meets modern military platforms' strict demands for reduced size, weight, and power consumption

Applications

The DRACO MW SL targets the military imaging systems market across a range of platforms:

UAV Electro-Optical/Infrared (EO/IR) Payloads: Providing target detection capability for long-endurance drones operating at night or in adverse weather conditions
Helicopter and Fixed-Wing Airborne EO Systems
Ground Vehicle Thermal Imaging and Targeting Systems
Naval Electro-Optical Tracking Systems

Industry Significance

As modern battlefields drive sustained demand for long-range, high-precision detection, competition in the MWIR sensor market is intensifying. LYNRED's introduction of the T2SL-based DRACO MW SL not only demonstrates the company's deep expertise in advanced infrared materials, but also provides drones and other military platforms with a more competitive sensor option.

LYNRED has long been a dedicated player in infrared technology R&D, with products deployed across military, aerospace, and industrial sectors. The launch of the DRACO MW SL is expected to further consolidate the company's position in the global high-end infrared sensor market.

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