5. Key personnel Managing Director / Microwave Engineer - Richard Holliday PhD., C.Eng., FIET, MIEEE. Director and Company Secretary - Jennifer Holliday BA., CPhys., MInstP. General Manager - Peter Moss OBE Chief Engineer (Electronics and Systems) - Kenneth Goodman B.Eng.(Hons),C.Eng, MIET Principal Scientist - Andrew Mackay Ph.D, BSc Senior Microwave Engineer - Simon Davies BSc, C Eng, MIET. Microwave Engineer - Paul Klasmann PhD, BSc, M.Eng (Hons), MIEEE. Microwave Engineer - Janette Morgan B.Eng (Hons), MIET. Microwave Engineer - Julian Robbins B.Eng. (Hons), I.Eng, MIET. Senior Metallurgist - Christopher Hinsley BSc., CEng., MIM. Technical Sales Manager - Marc Morris MA
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9. Customers UK MOD Qinetiq Home office NATO BAE Systems EADS Astrium Europe EADS, Germany Bosch, Germany Indra, Spain Aselsan, Turkey Tubitak, Turkey Thales, France North America NASA Boeing DRS (Canada) Lockheed Martin Naval Research Labs FR Orbit (NGC) Far East ADD, Korea Hi-Intelligence, Taiwan
19. All Weather Multi Antenna Positioners Precise angular accuracy. Full sky coverage. High output torque. Interchangeable Antennas. Environmentally hardened construction. Modular COTS components for easy servicing. Full safety features. Fully compliant with UK safety requirements. 0.5 to 35 GHz in 5 antennas complete with Az/El positioner and polarisation switching 2 – 6 GHz Tx 2 – 18 GHz Rx 6 – 18 GHz Tx
20. ALL WEATHER POSITIONER Typical Specification: Movement, Azimuth +/- 190 degrees Movement, Elevation –15 to +90 degrees Movement, Polarisation 360 degrees Velocity, Azimuth 2.3 to 21.4 deg/Sec Velocity, Elevation 2.3 to 21.4 deg/Sec Accuracy 0.02 degrees Note: Shown with 1.8 M reflector 18-40GHz 0.5-18GHz
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22. Covert 2 Axis Positioner Vast Range of Horns & Bespoke Design 18 – 40 GHz Feed Horn LNA Transition 2 – 18 GHz Antenna Linear Slant Polarisation Cylindrical Parabola
23. Antenna Simulation Interface Units for Skynet 5a & 5b Satellites Runway Debris Radar 64 way beam forming matrix capable of forming 4 simultaneous beams. Manufacture of which was thought ‘not possible’ by UK MOD High resolution dual fan beam antenna (94 GHz) capable of detecting very small objects at considerable distance. Rotator is accurate to 14 bits (0.022º).