HANSCOM AIR FORCE BASE, Mass.: Airmen on the ground whose mission is to help deliver close-air support will soon receive a set of tools that will help them do their jobs better while lightening the loads they’re required to carry.
Tactical air control party Airmen are assigned to Army units that engage in all levels of operations, ranging from dismounted patrols to convoy escort duty, and to command elements at operations centers. The TACP is the vital link between the ground commander and the combat aircraft pilot, whose job is to deliver close-air support to troops in contact with the enemy.
The upgrade headed for the field is a small wearable computer that fits into a pouch in a TACP member’s body armor. The computer replaces the laptop TACPs possess now, but is much more compact, weighing two pounds rather than eight. This allows them to carry and use the computers for digital CAS communications on dismounted “foot” patrols in the terrain of Afghanistan.
“Perhaps as much as any program in the Electronic Systems Center’s Aerial Networking Division, the Tactical Air Control Party-Modernization program exemplifies our vision of joint air-land operations by providing advanced information exchange capabilities to the tactical edge of the battlefield,” said Col. Cordell DeLaPena, the division’s director.
Referred to as an SWC, the wearable computer will be fielded as soon as TACP Close-Air Support System software version 1.4.2 comes online, said Capt. Sean Carlson, the program manager for the CASS software.
The new CASS software greatly improves the operating picture viewed by close-air support aircraft and the one viewed by the TACPs themselves.
“The previous CASS software had a limited digital capability, where the new software paints a more complete picture of the engagement area: ‘friendlies,’ threats, targets, attack headings, etc.,” Captain Carlson said.
According to Master Sgt. Chris Spann, a TACP assigned to the program office here, this helps build the pilot’s situational awareness prior to entering the engagement area.
“In a troops-in-contact situation, this enables the pilot to more rapidly identify and engage ground targets,” he said. “And the TACP on the ground can now see that same operating picture on his computer.”
“Version 1.4.2 allows our TACPs to operate on foot and retain the situation awareness that our guys in the tactical operations centers have,” Sergeant Spann added. “SA is critical to safe and effective CAS missions and ensures bombs are on target, while reducing collateral damage.”
The new software also increases interoperability with Army units by making it easier for TACPs to augment close-air support strikes with Army artillery fire against enemy forces or other sensitive or mobile targets.
The software is now being used for training and will be released to the field in the coming months. While the SWC computers are being fielded, the new version will also be installed on computers used in tactical operations centers and the air support operations center.
In addition to providing the commanders in the operations centers the same tactical picture as the TACPs and pilots, the new software will also go on ASOC Gateways.
“Version 1.4.2 streamlines the entire CAS request, coordination and control process,” said Rob Bubello, program manager for TACP Modernization. “It helps TACPs get aircraft on target faster and reduces the probability of human error.”
The ESC team is developing a fielding plan now, and mobile training teams are already starting to deploy around the globe to bring users up to speed on the new software and its advantages.
“Getting all of this out to the TACPs in the field and to the ASOCs will improve interoperability, effectiveness and safety,” said Mr. Bubello. “We’re definitely taking some big steps in the right direction.”
