Syndrome Scientific defense technology is divided into three sub-divisions; directed energy, ballistic payload, and propelled payload. Lead by the Defense Technology Director of Operations William Foster, the three sub-divisions cover the present and future of combat munitions.
Directed Energy
The future of creating a non-permissive environment in a war zone exists in a field where allied forces can project influence from a distance, without expending any ordinance. Directed energy comes in many forms including optical, acoustic, and RF. With results ranging from crowd dispersion, to area denial, to material and munitions destruction, the directed energy sub-division of Syndrome Scientific aims to provide the tools necessary to prevail without unnecessary casualties. The extraordinary precision of Syndrome Scientific directed energy devices minimized collateral damage, and a high success rate, while keeping allied forces at larger distances from enemy forces.
Ballistic Payload
From the advent of the catapult in 400 B.C. soldiers have harnessed the force of gravity to extend their range and capability on the battle field. Today, Syndrome Scientific still leverages the force of gravity through precision guided free-fall munitions, to the satellite launched Orbital Lance.
Propelled Payload
The speed and accuracy of payload deliver on the battle front is a decisive force multiplier for allied troops on the ground. By providing a spectrum of size, portability, and range, soldiers can utilize the most effective munitions for the current battle situation. Be it shoulder fired, crew served, vehicle mounted, or land based, appropriate fire support can be directed to the target regardless of the combat landscape. Syndrome Scientific pushes the present boundaries of propellants, guidance systems, and warheads, providing the fastest, most accurate, and most effective payload delivery systems on the battlefield.
