The US Air Force needs
more flying tankers to bridge the gap between its current capabilities and its
planned next-generation KC-Z refueling aircraft. The Boeing KC-46A is one option,
as is the Lockheed Martin LMXT, which is a modified version of the Airbus A330
Multi Role Tanker Transport.
The C-46A Pegasus is the
latest Boeing-designed tanker used for mid-air refueling. In development for
more than a decade, the KC-46A takes operations previously handled by the
KC-135 Stratotanker and KC-10 Extender.
The Air Force first
contracted Boeing in 2011 to manufacture 179 KC-46As to begin modernizing and
replacing the Air Force's more than 60 year old KC-135 fleet. Manufactured at
Boeing's plant in Everett, Washington, the KC-46A is a variation of the Boeing
767 commercial passenger airliner, and will be off the beaten track as the
"Provided Carrier 767-2C which will eventually become the
military-configured KC-46 tanker." ,” according to the 88th Air Base Wing
at Wright-Patterson Air Force Base.
Unlike the KC-135 and
KC-10 designed to replace it, the KC-46A refuels the aircraft with its operator
using Remote Vision System cameras and sensors to guide the boom into the
aircraft being refueled.
The plane has been beset
with technical issues due to issues with the RVS, which cost Boeing billions to
repair and delay its full integration into the Air Force.
The credible and
reliable KC-46A tanker capability is now available to our joint and international
partners," General Mike Minihan, commander of Air Mobility Command, said
in a statement. “As of May 2021, the KC-46A is not permitted to operationally
support any [US Transportation Command] mission. With an outstanding team of
professionals across the company analyzing data and making risk-informed
decisions, we are deliberately and aggressively accelerating the operational
use of Pegasus.”
The tanker has
officially cost Boeing more to repair than the total price of the contract it
signed with the Air Force. Since the first flight in 2014, Boeing has regularly
had to pay fees to fix problems with tankers, such as the RVS system. While
Boeing first signed a $4.9 billion deal with the Air Force to build the tanker,
the company has raised more than $5 billion in costs due to technical issues.
Ideal size and
capability to ensure more explosions in the air throughout the operational
theater
The KC-46 delivers
more fuel at all ranges and from shorter runways than the KC-135 aircraft it
replaces for the US Air Force.
The KC-46 requires
less road space than competing commercial derivative tankers, enabling mission
range at both forward and hard airfields.
The KC-46 features a
proven boom and hose-and-drogue system capable of refueling all US, allied and
coalition military aircraft compatible with international aerial refueling
procedures.
The tanker Pegasus
has unloaded more than 78 million pounds (35.4 million kilograms) of fuel to
various recipients and carried out more than 9,000 sorties.
The modern KC-46
fly-by-wire boom provides a receiving envelope three times larger than the
KC-135 receiving envelope it replaced for the US Air Force.
KC-46: Enabling
Global Reach With Capabilities, Endurance and Versatility.
The KC-46 is built to
US Air Force specifications for combat readiness and survivability.
Multiple layers of
combat-ready self-protection and defensive countermeasure systems including the
Tactical Situational Awareness Suite; nuclear, chemical and biological
hardening; flight deck armor; detection of radio frequency threats; and
infrared missile countermeasures.
The KC-46 holds three
times as many cargo pallets, up to twice as many passengers and approximately
30% more aeromedical evacuation patients than the KC-135 aircraft it replaces
for the US Air Force.
The KC-46's large
cargo doors and cargo rollers allow for quick mission reconfiguration. The
Pegasus can switch from cargo mode to passenger/medevac mode in two hours.
The KC-46 tanker is
capable of carrying as many military standard pallets as the C-17 and is
compatible with all US Air Force loaders.
The KC-46 provides
emergency oxygen and electrical power for medevac support.
The Advanced Battle
Management System, a top modernization priority for the US Air Force, will
leverage the flight-proven KC-46 Wing Air Refueling Pod to turn tankers into
aerial "internet hotspots" connecting warfighter all-domain data
structures at the tactical edge. .
The US production
line built the KC-46 to be a tanker from day one — not an aftermarket
modification — making it uniquely suited to integrating new capabilities and
advanced technology.
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