in Defence / Events

Chess Dynamics launching EO recce system at DSEI

Posted 11 September 2017 · Add Comment

Chess Dynamics is going to launch a quick fit electro optical (EO) system designed for reconnaissance vehicles, at DSEI tomorrow.

Above: The Chess Dynamics Hawkeye, Electro Optic, Vehicle System, fitted to a Jackal recce vehicle, is an easy to use, easy to fit surveillance system which allows the operator to see out to 20km using a long range day/low light camera.

The Hawkeye Vehicle System is an easy to fit and use surveillance system which allows the operator to see out to 20km using a long range day/low light and IR cameras.

“The basic principles of reconnaissance have not changed in millennia, it is to gather and disseminate tactical and operational level information which enables commanders to understand, anticipate and disrupt an enemy’s activities,” said David Tuddenham, Managing Director at Chess Dynamics. “Our Hawkeye Vehicle system is designed specifically to enhance the most reliable method of persistent surveillance and observation, eyes on the ground.”

To reduce the operator’s workload the system uses a touch screen, icon based display with a Game Pad style controller.  The system has built into it the ability to set up specific target areas which are monitored automatically and the operator alerted to any activity rather than having to continually monitor the screen. It also has target tracking and image stabilisation to reduce fatigue and the cogniscent burden on the operator.

The system comprises a four metre pneumatic mast that lifts the electro optic head, which enables the vehicle to remain “hull down” in anonymity while observing targets at a safe distance and out of reach of direct fire weapons.

The sensor suite incorporates a Laser Range Finder capable of measuring ranges up to 20km; an optional Laser Target Marker, Designator or Near Infra-Red pointer can also be fitted to enhance the platforms capability.  The addition of a geo-reference system enables the platform to give accurate target location, which, with the correct battlefield C4I system, can support and feed into the wider targeting cycle.

A Gen4 cooled thermal imager and Chess Dynamics Long Range Piranha Day/Low light camera forms the backbone of the system, detecting targets at extreme ranges.

“A combination of these assets in a squadron would prove useful for target hand off and directing troops at night,” said Mr Tuddenham.

* required field

Post a comment

Other Stories
Advertisement
Latest News

Culdrose Merlins join HMS Queen Elizabeth to support F-35 deck landings

Aircraft, aircrew and support personnel from 820 Naval Air Squadron (NAS) have embarked HMS Queen Elizabeth to support her forthcoming F-35B flight trials.

First ACJ320neo is assembled

The first ACJ320neo has been assembled on programme, fitted with CFM International LEAP-1A engines and painted in ACJ house-colours, in preparation for a first flight in the coming weeks.

CAA calls for more prosecutions of disruptive passengers

The UK Civil Aviation Authority today revealed that it had already received more than 200 incident reports about disruptive passengers from UK airlines in 2018 - before the busy summer flying season had even begun.

CGI to upgrade FC BISA for NATO interoperability

CGI has been awarded a £17 million four year contract by the UK Ministry of Defence (MoD) to provide a mid-life upgrade to the Fire Control Battlefield Information System Application (FC BISA).

Intertronics launches portable IUV101 LED UV curing spot lamp

To improve UV curing options available for a range of industries including aerospace and defence, adhesives specialist Intertronics has launched the IUV101 LED UV curing spot lamp.

CTS completes VIPER demo at US Military’s Cyber Quest

Chemring Technology Solutions (CTS) has completed the successful demonstration of VIPER, the world’s first Electronic Warfare (EW) manpack geo-fencing capability, at this year’s Cyber Quest.

RUBB_SK_1906190119
See us at
SMI GMSCBT3005081118Aviation Africa 2019DVD18BT3105200918AdvancedEngin BT1406011118SMIFAVSBT151118