Northrop Grumman's Firescout unmanned helicopter is programmed on the ground via a laptop computer.

ICI designed a chassis system to hold and protect the laptop while it is tethered to the UAV.

The cradle contains an electronics tray that processes the helicopter's signal before feeding it into the laptop.

From a damaged F-18 bulkhead, and utilizing customer 2D paper drawings and mold line data, IGES surfaces, ICI Created 3D parametric solid model.

Then resolve 2D, and 2D to 3D geometric inconsistencies typically found with this type of electronic conversion. Drawings from the parametric solid model verify developed sections to the original 2D paper drawings.

Pelatron's M2C2 Advanced Prototype is a military command center's worth of electronics and communications equipment shoehorned into a HMMWV.

ICI covered all aspects of the system, including electronics packaging, antenna mounting, and operator positions.

Geodetics ENPU is a high precision GPS receiver.

ICI worked on both the electrical and mechanical designs in parallel in order to achieve the compact form factor.

A special heat sink was designed around the CPU to keep the unit operating in hot climates.

GA's Inmarsat Communications System provides backup communications for the Predator UAV via the Inmarsat satellite network.

The mechanical case provides protection and quick access to the many electronics components required.

Airflow considerations for both cooling and heating were a special concern.

L3's Impulse Tube is used for testing the effects of a pressure wave on sample materials.

It is used to research more effective armor to protect personnel against the effects of a bomb blast.

The pressure wave is created by first charging the breach end of the tube with high pressure gas. As more gas is added the pressure increases until a plastic diaphragm retaining the gas in the breach ruptures.

The pressure wave travels down the tube and impacts the test article placed at the far end.

ICI's HIM and UCP connects any electronic device to the DIOS (Distributed Integration Operating Schema) network.

The DIOS network, developed by Spark Integration, is a small footprint, low overhead, distributed software platform for data communication.

Each HIM contains a configurable I/O board set to adapt to the communications needs of the specific electronics device to be put on the network.

Integrated Consultants, Inc. supported SSC-Pacific advancing a prototype design requiring debug and fabrication detail. ICI developed the necessary drawings and schematics to produce a first article device, then produced 12 units on a quick turn basis.

Integrated Consultants, Inc. developed a modular portable ballistic protection wall that could be assembled in desert sand by two people with no material handling equipment. The identical building block sections comply with the weight limitation that can be lifted by an person, and with unique caring hands, and assembly tools the assembly requires minimal assembly instruction.