[gpt3]Rewrite the following original defence news title into one highly clickable Hindi/Hinglish headline for TirangaPost.com. Original Title: US Navy unveils new specs for carrier-based Collaborative Combat Aircraft Requirements: * Rewrite the title; do not copy it exactly. * Preserve the original factual meaning. * Use natural Hinglish suitable for Indian defence readers. * Keep common defence terms in English where natural, such as Missile, Air Defence, Fighter Jet, Drone, Radar, Defence Deal, Army, Navy, Air Force, DRDO, HAL, BEL, Contract, Production, Range, Weapon System, etc. * Make it attractive for Facebook and defence enthusiasts without sensationalising unsupported facts. * Mention deal value, range, quantity, country, company, organisation, timeline, Pakistan, China, or other strategic angle only if present or clearly supported by the original title. * Do not invent facts. * Do not convert a proposal, expectation, report, trial, negotiation, or possible contract into a confirmed event. * Keep the headline approximately 12–18 words. * Return only the rewritten headline.[gpt3]

The U.S. Navy this week unveiled an array of new specifications for its future carrier-based Combat Collaborative Aircraft, or CCA.

While the service did not detail the aircraft’s combat radius, the Aug. 31 Request for Information did note that the service wants the CCA to carry up to 5 tons of weapons and cost no more than $30 million per unit.

The service has set a response deadline of Sept. 18.

Prospective contractors are asked to “provide the maximum combat radius including weapons loadout, 30 minutes on-station and reserve fuel for safe recovery that the proposed solution can perform.”

While potential CCA designs can have both internal and external weapons, according to the RFI, the aircraft must be capable of carrying “four weapons up to 2,500 pounds each externally throughout the target flight envelope and carrier certification flights.”

The Navy is seeking two prototypes capable of achieving shore-based, aircraft carrier qualifications within the next three years.

The prototypes are intended to demonstrate “extended range and payload capacity, while minimizing deck footprint and integrating with established CVN [nuclear-powered carrier] infrastructure,” the RFI said.

The CCA project aims to deliver an autonomous combat drone that can team up with manned carrier aircraft and perform missions in contested skies that are becoming increasingly risky for human pilots.

The Navy also wants carrier-based combat drones to soften the blow of traditional weapons losses, alleviating the “high cost and extended timelines required to replace manned platforms and naval surface combatants,” which “limit the Joint Force’s capacity to absorb operational losses,” the RFI states.

The service’s Aug. 31 request describes an ideal unmanned aircraft capable of executing single- and multi-aircraft strike missions. Conceptual images from major defense firms such as Anduril and General Atomics suggest designs that resemble smaller versions of manned stealth fighters.

Regardless of final design, the Navy wants a CCA that will not require drastic changes to carriers and embarked air wings. For example, the CCA should operate easily from Ford- and Nimitz-class carriers, the RFI states, including catapult takeoffs and arrested landings up to Sea State 5 (waves up to 13 feet high).

Flight operations are to be conducted using existing carrier air wing personnel, the Navy request states, with CCA drones controlled by the MD-5 Unmanned Carrier Aviation Mission Control System that serves the MQ-25 Stingray.

“Physical dimensions, height, width, and weight thresholds must meet carrier deck, elevator and hangar bay requirements,” the request notes. There should also be a minimum of specialized support and deck-handling equipment for the drones. The drone spot factor — how much deck and hangar space it takes up — “must not exceed existing fourth generation fighter aircraft.”

The Navy does eventually want new methods for servicing and handling its CCA platforms. Contractors are asked to suggest alternatives for “a deck handling system that can operate all carrier-based unmanned air vehicles through launch, recovery and deck operations during EMCON [emergency] conditions without increasing support equipment solutions or requiring any additional flight deck personnel,” according to the RFI.

The CCA’s price tag, meanwhile, is growing.

In 2024, Navy officials noted that, because the drone is meant to be expendable, the service would like to keep the cost down to around $15 million apiece.

The new RFI, however, asks companies to provide an interim manufacturing and supply chain plan for “reaching the Navy’s affordability goals of $30 million per unit.”

The U.S. Navy this week unveiled an array of new specifications for its future carrier-based Combat Collaborative Aircraft, or CCA.

While the service did not detail the aircraft’s combat radius, the Aug. 31 Request for Information did note that the service wants the CCA to carry up to 5 tons of weapons and cost no more than $30 million per unit.

The service has set a response deadline of Sept. 18.

Prospective contractors are asked to “provide the maximum combat radius including weapons loadout, 30 minutes on-station and reserve fuel for safe recovery that the proposed solution can perform.”

While potential CCA designs can have both internal and external weapons, according to the RFI, the aircraft must be capable of carrying “four weapons up to 2,500 pounds each externally throughout the target flight envelope and carrier certification flights.”

The Navy is seeking two prototypes capable of achieving shore-based, aircraft carrier qualifications within the next three years.

The prototypes are intended to demonstrate “extended range and payload capacity, while minimizing deck footprint and integrating with established CVN [nuclear-powered carrier] infrastructure,” the RFI said.

The CCA project aims to deliver an autonomous combat drone that can team up with manned carrier aircraft and perform missions in contested skies that are becoming increasingly risky for human pilots.

The Navy also wants carrier-based combat drones to soften the blow of traditional weapons losses, alleviating the “high cost and extended timelines required to replace manned platforms and naval surface combatants,” which “limit the Joint Force’s capacity to absorb operational losses,” the RFI states.

The service’s Aug. 31 request describes an ideal unmanned aircraft capable of executing single- and multi-aircraft strike missions. Conceptual images from major defense firms such as Anduril and General Atomics suggest designs that resemble smaller versions of manned stealth fighters.

Regardless of final design, the Navy wants a CCA that will not require drastic changes to carriers and embarked air wings. For example, the CCA should operate easily from Ford- and Nimitz-class carriers, the RFI states, including catapult takeoffs and arrested landings up to Sea State 5 (waves up to 13 feet high).

Flight operations are to be conducted using existing carrier air wing personnel, the Navy request states, with CCA drones controlled by the MD-5 Unmanned Carrier Aviation Mission Control System that serves the MQ-25 Stingray.

“Physical dimensions, height, width, and weight thresholds must meet carrier deck, elevator and hangar bay requirements,” the request notes. There should also be a minimum of specialized support and deck-handling equipment for the drones. The drone spot factor — how much deck and hangar space it takes up — “must not exceed existing fourth generation fighter aircraft.”

The Navy does eventually want new methods for servicing and handling its CCA platforms. Contractors are asked to suggest alternatives for “a deck handling system that can operate all carrier-based unmanned air vehicles through launch, recovery and deck operations during EMCON [emergency] conditions without increasing support equipment solutions or requiring any additional flight deck personnel,” according to the RFI.

The CCA’s price tag, meanwhile, is growing.

In 2024, Navy officials noted that, because the drone is meant to be expendable, the service would like to keep the cost down to around $15 million apiece.

The new RFI, however, asks companies to provide an interim manufacturing and supply chain plan for “reaching the Navy’s affordability goals of $30 million per unit.”

The U.S. Navy this week unveiled an array of new specifications for its future carrier-based Combat Collaborative Aircraft, or CCA.

While the service did not detail the aircraft’s combat radius, the Aug. 31 Request for Information did note that the service wants the CCA to carry up to 5 tons of weapons and cost no more than $30 million per unit.

The service has set a response deadline of Sept. 18.

Prospective contractors are asked to “provide the maximum combat radius including weapons loadout, 30 minutes on-station and reserve fuel for safe recovery that the proposed solution can perform.”

While potential CCA designs can have both internal and external weapons, according to the RFI, the aircraft must be capable of carrying “four weapons up to 2,500 pounds each externally throughout the target flight envelope and carrier certification flights.”

The Navy is seeking two prototypes capable of achieving shore-based, aircraft carrier qualifications within the next three years.

The prototypes are intended to demonstrate “extended range and payload capacity, while minimizing deck footprint and integrating with established CVN [nuclear-powered carrier] infrastructure,” the RFI said.

The CCA project aims to deliver an autonomous combat drone that can team up with manned carrier aircraft and perform missions in contested skies that are becoming increasingly risky for human pilots.

The Navy also wants carrier-based combat drones to soften the blow of traditional weapons losses, alleviating the “high cost and extended timelines required to replace manned platforms and naval surface combatants,” which “limit the Joint Force’s capacity to absorb operational losses,” the RFI states.

The service’s Aug. 31 request describes an ideal unmanned aircraft capable of executing single- and multi-aircraft strike missions. Conceptual images from major defense firms such as Anduril and General Atomics suggest designs that resemble smaller versions of manned stealth fighters.

Regardless of final design, the Navy wants a CCA that will not require drastic changes to carriers and embarked air wings. For example, the CCA should operate easily from Ford- and Nimitz-class carriers, the RFI states, including catapult takeoffs and arrested landings up to Sea State 5 (waves up to 13 feet high).

Flight operations are to be conducted using existing carrier air wing personnel, the Navy request states, with CCA drones controlled by the MD-5 Unmanned Carrier Aviation Mission Control System that serves the MQ-25 Stingray.

“Physical dimensions, height, width, and weight thresholds must meet carrier deck, elevator and hangar bay requirements,” the request notes. There should also be a minimum of specialized support and deck-handling equipment for the drones. The drone spot factor — how much deck and hangar space it takes up — “must not exceed existing fourth generation fighter aircraft.”

The Navy does eventually want new methods for servicing and handling its CCA platforms. Contractors are asked to suggest alternatives for “a deck handling system that can operate all carrier-based unmanned air vehicles through launch, recovery and deck operations during EMCON [emergency] conditions without increasing support equipment solutions or requiring any additional flight deck personnel,” according to the RFI.

The CCA’s price tag, meanwhile, is growing.

In 2024, Navy officials noted that, because the drone is meant to be expendable, the service would like to keep the cost down to around $15 million apiece.

The new RFI, however, asks companies to provide an interim manufacturing and supply chain plan for “reaching the Navy’s affordability goals of $30 million per unit.”

The U.S. Navy this week unveiled an array of new specifications for its future carrier-based Combat Collaborative Aircraft, or CCA.

While the service did not detail the aircraft’s combat radius, the Aug. 31 Request for Information did note that the service wants the CCA to carry up to 5 tons of weapons and cost no more than $30 million per unit.

The service has set a response deadline of Sept. 18.

Prospective contractors are asked to “provide the maximum combat radius including weapons loadout, 30 minutes on-station and reserve fuel for safe recovery that the proposed solution can perform.”

While potential CCA designs can have both internal and external weapons, according to the RFI, the aircraft must be capable of carrying “four weapons up to 2,500 pounds each externally throughout the target flight envelope and carrier certification flights.”

The Navy is seeking two prototypes capable of achieving shore-based, aircraft carrier qualifications within the next three years.

The prototypes are intended to demonstrate “extended range and payload capacity, while minimizing deck footprint and integrating with established CVN [nuclear-powered carrier] infrastructure,” the RFI said.

The CCA project aims to deliver an autonomous combat drone that can team up with manned carrier aircraft and perform missions in contested skies that are becoming increasingly risky for human pilots.

The Navy also wants carrier-based combat drones to soften the blow of traditional weapons losses, alleviating the “high cost and extended timelines required to replace manned platforms and naval surface combatants,” which “limit the Joint Force’s capacity to absorb operational losses,” the RFI states.

The service’s Aug. 31 request describes an ideal unmanned aircraft capable of executing single- and multi-aircraft strike missions. Conceptual images from major defense firms such as Anduril and General Atomics suggest designs that resemble smaller versions of manned stealth fighters.

Regardless of final design, the Navy wants a CCA that will not require drastic changes to carriers and embarked air wings. For example, the CCA should operate easily from Ford- and Nimitz-class carriers, the RFI states, including catapult takeoffs and arrested landings up to Sea State 5 (waves up to 13 feet high).

Flight operations are to be conducted using existing carrier air wing personnel, the Navy request states, with CCA drones controlled by the MD-5 Unmanned Carrier Aviation Mission Control System that serves the MQ-25 Stingray.

“Physical dimensions, height, width, and weight thresholds must meet carrier deck, elevator and hangar bay requirements,” the request notes. There should also be a minimum of specialized support and deck-handling equipment for the drones. The drone spot factor — how much deck and hangar space it takes up — “must not exceed existing fourth generation fighter aircraft.”

The Navy does eventually want new methods for servicing and handling its CCA platforms. Contractors are asked to suggest alternatives for “a deck handling system that can operate all carrier-based unmanned air vehicles through launch, recovery and deck operations during EMCON [emergency] conditions without increasing support equipment solutions or requiring any additional flight deck personnel,” according to the RFI.

The CCA’s price tag, meanwhile, is growing.

In 2024, Navy officials noted that, because the drone is meant to be expendable, the service would like to keep the cost down to around $15 million apiece.

The new RFI, however, asks companies to provide an interim manufacturing and supply chain plan for “reaching the Navy’s affordability goals of $30 million per unit.”

The U.S. Navy this week unveiled an array of new specifications for its future carrier-based Combat Collaborative Aircraft, or CCA.

While the service did not detail the aircraft’s combat radius, the Aug. 31 Request for Information did note that the service wants the CCA to carry up to 5 tons of weapons and cost no more than $30 million per unit.

The service has set a response deadline of Sept. 18.

Prospective contractors are asked to “provide the maximum combat radius including weapons loadout, 30 minutes on-station and reserve fuel for safe recovery that the proposed solution can perform.”

While potential CCA designs can have both internal and external weapons, according to the RFI, the aircraft must be capable of carrying “four weapons up to 2,500 pounds each externally throughout the target flight envelope and carrier certification flights.”

The Navy is seeking two prototypes capable of achieving shore-based, aircraft carrier qualifications within the next three years.

The prototypes are intended to demonstrate “extended range and payload capacity, while minimizing deck footprint and integrating with established CVN [nuclear-powered carrier] infrastructure,” the RFI said.

The CCA project aims to deliver an autonomous combat drone that can team up with manned carrier aircraft and perform missions in contested skies that are becoming increasingly risky for human pilots.

The Navy also wants carrier-based combat drones to soften the blow of traditional weapons losses, alleviating the “high cost and extended timelines required to replace manned platforms and naval surface combatants,” which “limit the Joint Force’s capacity to absorb operational losses,” the RFI states.

The service’s Aug. 31 request describes an ideal unmanned aircraft capable of executing single- and multi-aircraft strike missions. Conceptual images from major defense firms such as Anduril and General Atomics suggest designs that resemble smaller versions of manned stealth fighters.

Regardless of final design, the Navy wants a CCA that will not require drastic changes to carriers and embarked air wings. For example, the CCA should operate easily from Ford- and Nimitz-class carriers, the RFI states, including catapult takeoffs and arrested landings up to Sea State 5 (waves up to 13 feet high).

Flight operations are to be conducted using existing carrier air wing personnel, the Navy request states, with CCA drones controlled by the MD-5 Unmanned Carrier Aviation Mission Control System that serves the MQ-25 Stingray.

“Physical dimensions, height, width, and weight thresholds must meet carrier deck, elevator and hangar bay requirements,” the request notes. There should also be a minimum of specialized support and deck-handling equipment for the drones. The drone spot factor — how much deck and hangar space it takes up — “must not exceed existing fourth generation fighter aircraft.”

The Navy does eventually want new methods for servicing and handling its CCA platforms. Contractors are asked to suggest alternatives for “a deck handling system that can operate all carrier-based unmanned air vehicles through launch, recovery and deck operations during EMCON [emergency] conditions without increasing support equipment solutions or requiring any additional flight deck personnel,” according to the RFI.

The CCA’s price tag, meanwhile, is growing.

In 2024, Navy officials noted that, because the drone is meant to be expendable, the service would like to keep the cost down to around $15 million apiece.

The new RFI, however, asks companies to provide an interim manufacturing and supply chain plan for “reaching the Navy’s affordability goals of $30 million per unit.”

The U.S. Navy this week unveiled an array of new specifications for its future carrier-based Combat Collaborative Aircraft, or CCA.

While the service did not detail the aircraft’s combat radius, the Aug. 31 Request for Information did note that the service wants the CCA to carry up to 5 tons of weapons and cost no more than $30 million per unit.

The service has set a response deadline of Sept. 18.

Prospective contractors are asked to “provide the maximum combat radius including weapons loadout, 30 minutes on-station and reserve fuel for safe recovery that the proposed solution can perform.”

While potential CCA designs can have both internal and external weapons, according to the RFI, the aircraft must be capable of carrying “four weapons up to 2,500 pounds each externally throughout the target flight envelope and carrier certification flights.”

The Navy is seeking two prototypes capable of achieving shore-based, aircraft carrier qualifications within the next three years.

The prototypes are intended to demonstrate “extended range and payload capacity, while minimizing deck footprint and integrating with established CVN [nuclear-powered carrier] infrastructure,” the RFI said.

The CCA project aims to deliver an autonomous combat drone that can team up with manned carrier aircraft and perform missions in contested skies that are becoming increasingly risky for human pilots.

The Navy also wants carrier-based combat drones to soften the blow of traditional weapons losses, alleviating the “high cost and extended timelines required to replace manned platforms and naval surface combatants,” which “limit the Joint Force’s capacity to absorb operational losses,” the RFI states.

The service’s Aug. 31 request describes an ideal unmanned aircraft capable of executing single- and multi-aircraft strike missions. Conceptual images from major defense firms such as Anduril and General Atomics suggest designs that resemble smaller versions of manned stealth fighters.

Regardless of final design, the Navy wants a CCA that will not require drastic changes to carriers and embarked air wings. For example, the CCA should operate easily from Ford- and Nimitz-class carriers, the RFI states, including catapult takeoffs and arrested landings up to Sea State 5 (waves up to 13 feet high).

Flight operations are to be conducted using existing carrier air wing personnel, the Navy request states, with CCA drones controlled by the MD-5 Unmanned Carrier Aviation Mission Control System that serves the MQ-25 Stingray.

“Physical dimensions, height, width, and weight thresholds must meet carrier deck, elevator and hangar bay requirements,” the request notes. There should also be a minimum of specialized support and deck-handling equipment for the drones. The drone spot factor — how much deck and hangar space it takes up — “must not exceed existing fourth generation fighter aircraft.”

The Navy does eventually want new methods for servicing and handling its CCA platforms. Contractors are asked to suggest alternatives for “a deck handling system that can operate all carrier-based unmanned air vehicles through launch, recovery and deck operations during EMCON [emergency] conditions without increasing support equipment solutions or requiring any additional flight deck personnel,” according to the RFI.

The CCA’s price tag, meanwhile, is growing.

In 2024, Navy officials noted that, because the drone is meant to be expendable, the service would like to keep the cost down to around $15 million apiece.

The new RFI, however, asks companies to provide an interim manufacturing and supply chain plan for “reaching the Navy’s affordability goals of $30 million per unit.”

The U.S. Navy this week unveiled an array of new specifications for its future carrier-based Combat Collaborative Aircraft, or CCA.

While the service did not detail the aircraft’s combat radius, the Aug. 31 Request for Information did note that the service wants the CCA to carry up to 5 tons of weapons and cost no more than $30 million per unit.

The service has set a response deadline of Sept. 18.

Prospective contractors are asked to “provide the maximum combat radius including weapons loadout, 30 minutes on-station and reserve fuel for safe recovery that the proposed solution can perform.”

While potential CCA designs can have both internal and external weapons, according to the RFI, the aircraft must be capable of carrying “four weapons up to 2,500 pounds each externally throughout the target flight envelope and carrier certification flights.”

The Navy is seeking two prototypes capable of achieving shore-based, aircraft carrier qualifications within the next three years.

The prototypes are intended to demonstrate “extended range and payload capacity, while minimizing deck footprint and integrating with established CVN [nuclear-powered carrier] infrastructure,” the RFI said.

The CCA project aims to deliver an autonomous combat drone that can team up with manned carrier aircraft and perform missions in contested skies that are becoming increasingly risky for human pilots.

The Navy also wants carrier-based combat drones to soften the blow of traditional weapons losses, alleviating the “high cost and extended timelines required to replace manned platforms and naval surface combatants,” which “limit the Joint Force’s capacity to absorb operational losses,” the RFI states.

The service’s Aug. 31 request describes an ideal unmanned aircraft capable of executing single- and multi-aircraft strike missions. Conceptual images from major defense firms such as Anduril and General Atomics suggest designs that resemble smaller versions of manned stealth fighters.

Regardless of final design, the Navy wants a CCA that will not require drastic changes to carriers and embarked air wings. For example, the CCA should operate easily from Ford- and Nimitz-class carriers, the RFI states, including catapult takeoffs and arrested landings up to Sea State 5 (waves up to 13 feet high).

Flight operations are to be conducted using existing carrier air wing personnel, the Navy request states, with CCA drones controlled by the MD-5 Unmanned Carrier Aviation Mission Control System that serves the MQ-25 Stingray.

“Physical dimensions, height, width, and weight thresholds must meet carrier deck, elevator and hangar bay requirements,” the request notes. There should also be a minimum of specialized support and deck-handling equipment for the drones. The drone spot factor — how much deck and hangar space it takes up — “must not exceed existing fourth generation fighter aircraft.”

The Navy does eventually want new methods for servicing and handling its CCA platforms. Contractors are asked to suggest alternatives for “a deck handling system that can operate all carrier-based unmanned air vehicles through launch, recovery and deck operations during EMCON [emergency] conditions without increasing support equipment solutions or requiring any additional flight deck personnel,” according to the RFI.

The CCA’s price tag, meanwhile, is growing.

In 2024, Navy officials noted that, because the drone is meant to be expendable, the service would like to keep the cost down to around $15 million apiece.

The new RFI, however, asks companies to provide an interim manufacturing and supply chain plan for “reaching the Navy’s affordability goals of $30 million per unit.”

The U.S. Navy this week unveiled an array of new specifications for its future carrier-based Combat Collaborative Aircraft, or CCA.

While the service did not detail the aircraft’s combat radius, the Aug. 31 Request for Information did note that the service wants the CCA to carry up to 5 tons of weapons and cost no more than $30 million per unit.

The service has set a response deadline of Sept. 18.

Prospective contractors are asked to “provide the maximum combat radius including weapons loadout, 30 minutes on-station and reserve fuel for safe recovery that the proposed solution can perform.”

While potential CCA designs can have both internal and external weapons, according to the RFI, the aircraft must be capable of carrying “four weapons up to 2,500 pounds each externally throughout the target flight envelope and carrier certification flights.”

The Navy is seeking two prototypes capable of achieving shore-based, aircraft carrier qualifications within the next three years.

The prototypes are intended to demonstrate “extended range and payload capacity, while minimizing deck footprint and integrating with established CVN [nuclear-powered carrier] infrastructure,” the RFI said.

The CCA project aims to deliver an autonomous combat drone that can team up with manned carrier aircraft and perform missions in contested skies that are becoming increasingly risky for human pilots.

The Navy also wants carrier-based combat drones to soften the blow of traditional weapons losses, alleviating the “high cost and extended timelines required to replace manned platforms and naval surface combatants,” which “limit the Joint Force’s capacity to absorb operational losses,” the RFI states.

The service’s Aug. 31 request describes an ideal unmanned aircraft capable of executing single- and multi-aircraft strike missions. Conceptual images from major defense firms such as Anduril and General Atomics suggest designs that resemble smaller versions of manned stealth fighters.

Regardless of final design, the Navy wants a CCA that will not require drastic changes to carriers and embarked air wings. For example, the CCA should operate easily from Ford- and Nimitz-class carriers, the RFI states, including catapult takeoffs and arrested landings up to Sea State 5 (waves up to 13 feet high).

Flight operations are to be conducted using existing carrier air wing personnel, the Navy request states, with CCA drones controlled by the MD-5 Unmanned Carrier Aviation Mission Control System that serves the MQ-25 Stingray.

“Physical dimensions, height, width, and weight thresholds must meet carrier deck, elevator and hangar bay requirements,” the request notes. There should also be a minimum of specialized support and deck-handling equipment for the drones. The drone spot factor — how much deck and hangar space it takes up — “must not exceed existing fourth generation fighter aircraft.”

The Navy does eventually want new methods for servicing and handling its CCA platforms. Contractors are asked to suggest alternatives for “a deck handling system that can operate all carrier-based unmanned air vehicles through launch, recovery and deck operations during EMCON [emergency] conditions without increasing support equipment solutions or requiring any additional flight deck personnel,” according to the RFI.

The CCA’s price tag, meanwhile, is growing.

In 2024, Navy officials noted that, because the drone is meant to be expendable, the service would like to keep the cost down to around $15 million apiece.

The new RFI, however, asks companies to provide an interim manufacturing and supply chain plan for “reaching the Navy’s affordability goals of $30 million per unit.”

The U.S. Navy this week unveiled an array of new specifications for its future carrier-based Combat Collaborative Aircraft, or CCA.

While the service did not detail the aircraft’s combat radius, the Aug. 31 Request for Information did note that the service wants the CCA to carry up to 5 tons of weapons and cost no more than $30 million per unit.

The service has set a response deadline of Sept. 18.

Prospective contractors are asked to “provide the maximum combat radius including weapons loadout, 30 minutes on-station and reserve fuel for safe recovery that the proposed solution can perform.”

While potential CCA designs can have both internal and external weapons, according to the RFI, the aircraft must be capable of carrying “four weapons up to 2,500 pounds each externally throughout the target flight envelope and carrier certification flights.”

The Navy is seeking two prototypes capable of achieving shore-based, aircraft carrier qualifications within the next three years.

The prototypes are intended to demonstrate “extended range and payload capacity, while minimizing deck footprint and integrating with established CVN [nuclear-powered carrier] infrastructure,” the RFI said.

The CCA project aims to deliver an autonomous combat drone that can team up with manned carrier aircraft and perform missions in contested skies that are becoming increasingly risky for human pilots.

The Navy also wants carrier-based combat drones to soften the blow of traditional weapons losses, alleviating the “high cost and extended timelines required to replace manned platforms and naval surface combatants,” which “limit the Joint Force’s capacity to absorb operational losses,” the RFI states.

The service’s Aug. 31 request describes an ideal unmanned aircraft capable of executing single- and multi-aircraft strike missions. Conceptual images from major defense firms such as Anduril and General Atomics suggest designs that resemble smaller versions of manned stealth fighters.

Regardless of final design, the Navy wants a CCA that will not require drastic changes to carriers and embarked air wings. For example, the CCA should operate easily from Ford- and Nimitz-class carriers, the RFI states, including catapult takeoffs and arrested landings up to Sea State 5 (waves up to 13 feet high).

Flight operations are to be conducted using existing carrier air wing personnel, the Navy request states, with CCA drones controlled by the MD-5 Unmanned Carrier Aviation Mission Control System that serves the MQ-25 Stingray.

“Physical dimensions, height, width, and weight thresholds must meet carrier deck, elevator and hangar bay requirements,” the request notes. There should also be a minimum of specialized support and deck-handling equipment for the drones. The drone spot factor — how much deck and hangar space it takes up — “must not exceed existing fourth generation fighter aircraft.”

The Navy does eventually want new methods for servicing and handling its CCA platforms. Contractors are asked to suggest alternatives for “a deck handling system that can operate all carrier-based unmanned air vehicles through launch, recovery and deck operations during EMCON [emergency] conditions without increasing support equipment solutions or requiring any additional flight deck personnel,” according to the RFI.

The CCA’s price tag, meanwhile, is growing.

In 2024, Navy officials noted that, because the drone is meant to be expendable, the service would like to keep the cost down to around $15 million apiece.

The new RFI, however, asks companies to provide an interim manufacturing and supply chain plan for “reaching the Navy’s affordability goals of $30 million per unit.”