Collins Aerospace, an RTX business, recently announced that its Enhanced Power and Cooling System (EPACS) F-35 power and thermal management system has demonstrated 80 kW cooling capacity.
Targeted as a replacement to the current F-35 power and thermal management system (PTMS), EPACS is positioned to support F-35 modernization and future upgrades that will help warfighters meet their urgent mission requirements.
"The F-35 is a mainstay of allied forces around the world," said Henry Brooks, president, Power & Controls for Collins Aerospace. "In order to modernize the platform with advanced systems to counter emerging threats, a significantly enhanced cooling capability is required. Through its more efficient thermodynamic cycle, EPACS can deliver the increased cooling the F-35 needs and help extend the life of the aircraft for decades to come."
According to the Government Accountability Office, the F-35's existing PTMS, used to cool aircraft subsystems that generate heat, is overtasked, requiring the engine to operate beyond design parameters. The added wear on the engine has already added substantial costs to the program's lifecycle cost estimate.
"Our service members urgently need an upgraded cooling and management system on the F-35 to keep pace with continuous modernization of the aircraft's capabilities," said U.S. Rep. Joe Courtney (CT-02). "The EPACS 80 kW cooling capacity achievement demonstrates a critical milestone that will rapidly enable vital F-35 warfighting capabilities while resulting in substantial cost savings to the taxpayer."
The cooling demand is set to increase beyond current capabilities as additional mission systems are added to the platform as part of planned upgrades. Recently, the F-35 Joint Program Office posted an RFI with a significantly expanded PTMS cooling capacity objective of 80 kilowatts. By delivering 80 kilowatts of cooling, more than double the platform's current capacity, EPACS would provide enough cooling to support planned F-35 upgrades with additional margin for the life of the aircraft.
