The U.S. Army is making changes to be in a better position to compete with adversaries in cyber, the electromagnetic spectrum and space assets as well as developing and further strengthening high-technology precision-strike systems.
According to a statement released by the Army on last month, Iron Soldiers with 2nd Armored Brigade Combat Team, 1st Armored Division teamed up with the 2nd Brigade, 2nd Infantry Division to train using new electronic warfare (EW) equipment and techniques at Fort Bliss, Texas, December 17 to 19.
“The purpose of this collaboration is significant to the Army and the future of EW and cyber electromagnetic activities (CEMA)” said Chief Warrant Officer 3 William Insch, an EW Technician with the Army’s Project Manager Electronic Warfare & Cyber (PM EW&C). “These two teams are literally pushing the envelope in helping to determine future Army doctrine and tactics, techniques, and procedures that will influence the entire force.”
The EW systems are prototypes made up of many different parts, some of which are already fielded within the Army. However, these teams are learning how to incorporate other, new parts while reviewing the capability’s true effectiveness.
“The equipment is being fielded in stages to allow the Army to incorporate new technologies and Soldier feedback,” said Capt. Dequincy Bass, the assistant product manager EW Planning Management Tool (EWPMT), part of the Army’s Program Executive Office for Intelligence, Electronic Warfare and Sensors.
Presently, the combined system includes a Sabre Fury and a VROD Modular Adaptive Transmit (VMAX), which provides information and messaging to the Raven Claw. The Raven Claw then processes that information, which enhances EW planning and management capabilities, adds Bass.
The system ultimately deciphers “who’s talking and where they are talking from,” explains Sgt. 1st Class Ryan Beach, an EW specialist with 2 ABCT, 1 AD.
“Each team has a receiver, which is capable of picking up the frequencies, and a jammer, which is capable of hindering adversary communication,” said Insch.
The teams are able to see the frequencies by looking at a screen, which looks like an old school radio that has dials. “If you look at it like a radio, you’re able to see where the spikes are and tune into that station,” said Staff Sgt. Christian Lehr, an EW specialist with the 2nd Brigade, 2 ID. “Then, if I go in Direction Find mode, I can see where it’s coming from in space and time.”
“The purpose is to give commanders real-time information,” said Beach. “This isn’t us giving them analysis, but giving them something to make an accurate decision now. This is important because this non-lethal capability augments the lethal capabilities that our brigade already has, which ultimately makes us a stronger fighting force.”
The collaboration started off with teams “learning how the overall system works and how to identify what signals are interesting enough to monitor,” said Bass.
Once they figured out the ins and outs of the system, it was time to test it in the field.
The conclusion, Bass mentions, is, “overall, the Soldiers were grateful to receive EW systems that enable them to become more of an asset to their unit; however, they stressed that the new capability they were evaluating should be the most up-to-date version of the system.”
“In the coming months, the EW capability set, will allow the 2 ABCT’s EW Soldiers the opportunity to identify additional critical training objectives and expand on their understanding of the systems,” said Master Sgt. Adam Brege, EW noncommissioned officer in charge, 2 ABCT, 1 AD. “Much of the training being conducted will be during 2 ABCT’s Strike Focus and Iron Focus exercises where the Soldiers will be employing the systems in support of the brigades’ scheme of maneuver.”
