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The call for initial Rough Order of Magnitude research proposals is now closed. Many thanks if you submitted a proposal. You will be informed in the next two months if your project has been down selected.

Electro Optic

The Domain is seeking early-stage technologies (TRL 1-4) for future EO sensors in guided weapons.

A major area is to develop new and existing sensors to detect, recognise identify and track a target to provide homing guidance information. These may be on-board the missile, i.e. a seeker, or on a separate targeting asset. Projects to develop EO sensor capability for other purposes such as accurate fuzing and navigation are also welcome.

The major functional objectives of the domain are to improve performance.

Aspects may include:

  • Improved target discrimination
  • Increased range of operation
  • Human factors for man in the loop systems
  • Off-board high value sensors

Examples of technologies which may have application:

  • Multimode (RF/EO or EO/EO) seekers and data fusion; 3D, polarimetric, or multi-/hyper- spectral imagin
  • Multispectral/Multimode optics;
  • Processing to improve image fidelity; Increased designation performance
  • To improve cost.

Aspects may include:

  • Use of off-board sensors to allow re-use, with low or no cost on-board sensors
  • Multi-role sensors for flexible application
  • Use of high volume COTS technology
  • Avoidance of non-UK/France export restrictions to allow amortisation of costs via export

Examples of technologies which may have application:

  • Strapdown, stabilised seekers
  • Computational imaging to remove optical elements
  • Illuminated visible band; Low cost designators
  • Systems architectures for off-board sensors; Human factors to reduce operator training
  • To improve size, weight and power.

Aspects may include:

  • Removing optical elements
  • De-cluttering shot-line for improved warhead efficiency
  • Re-moving gimbals

Examples of technologies which may have application:

  • Strapdown, stabilised seekers
  • Computational imaging to remove optical elements
  • Novel optics e.g. metamaterials or liquid crystals for compact optics
  • Smaller designators
  • Plastic electronics to enable conformal PCBs

Proposals addressing other aspects of the sensors or novel sensing applications are also welcome.

To find out more about the CW ITP programme and how it works. Click here

Electro Optic Lead

Chief Technologist - EO Systems

I have spent 14 years working within the Optical Engineering team at Leonardo with a broad experience in EO sensors ranging from both imaging and non-imaging EO seeker systems within the Seekers team to EO countermeasures at our UK centre of excellence in Edinburgh. More recently, I have been the Technical Lead for MCM ITP Domain 3 - EO Sensors for the past 5 Years.