How Much Does a Navy EA-18G Growler Cost?

Published on May 18, 2026 | Written by Alec Pow
This article was researched using 14 sources. See our methodology and corrections policy.

The EA-18G Growler is the Navy’s carrier electronic attack jet, built from the Super Hornet family and bought through aircraft, jammer, and support contracts.

A public airframe figure sits at $67 million (that's 1,117 work-years of your life at a $30/hr wage, or $27,000,000 in 1990 money) as of May 2026 on the EA-18G aircraft page. Exact Growler spending is harder to pin down because the public aircraft figure leaves out many program items, including jammer pods, software, spares, flight testing, depot work, and training support.

For a buyer scenario, the unit context is per aircraft, per jammer ship set, and per sustainment contract. The largest swings come from Next Generation Jammer pods, Block II electronics, depot work, and support equipment rather than the bare jet alone.

TLDR A Navy Growler can be anchored to a $67 million (about $27,000,000 in 1990 money) public aircraft figure, but a usable electronic attack package can add tens or hundreds of millions through pods, software, repairs, and test gear.

How Much Does a Navy EA-18G Growler Cost?

Jump to sections

• Base: $67 million (about $27,000,000 in 1990 money) is the public aircraft unit figure cited by NAVAIR as of May 2026.
• Common add-on: Raytheon received $590,801,245 for 13 NGJ-MB ship sets in 2024, which works out to about $45.4 million per ship set and about $22.7 million per pod before contract caveats, based on the NGJ-MB production award.
• High program line: L3 Technologies received $587,386,007 in 2024 for NGJ-LB test articles, prototypes, and support tied to the Growler and Australia, under the NGJ-LB prototype award.
• Repair pressure: A 2024 flight-control surface repair order for F/A-18E/F and EA-18G aircraft was $211,986,000 on the flight-control repair order.

EA-18G price point, alternatives

The $67 million Growler figure is best read as an airframe anchor, not a full fielded squadron bill. The aircraft is related to the F/A-18F, so part of the value comes from using a carrier fighter family that already has Navy maintenance, training, and supply channels. That link matters because a reader comparing it with a pure strike fighter should not treat the Growler as a weapons-only purchase. The spending target is electronic attack, not just speed, range, or bomb load.

The close substitutes frame the tradeoff. A standard Super Hornet purchase buys strike and air-to-air capacity, a retired EA-6B Prowler comparison points to older electronic attack practice, and unmanned or standoff systems can cover narrower missions. The Growler sits between those choices because it can launch from a carrier, fly with the strike package, and carry mission gear. Readers comparing fighter costs can use F-18 cost history as a baseline, but the Growler’s bill moves with jamming hardware and software.

What you’re actually buying

The EA-18G Growler is a carrier-capable electronic attack aircraft built from the Super Hornet family. Its job is to help U.S. and allied aircraft operate in hostile electromagnetic space by carrying jamming equipment, sensing threats, and supporting suppression of enemy air defenses. It is not a straight fighter purchase, even though it can carry air-to-air and anti-radiation weapons.

The value sits in the aircraft, mission crew, software, antennas, pods, and support network that turn a fighter-derived airframe into a dedicated electronic warfare platform. Boeing places the aircraft inside the Super Hornet and Growler family on its F/A-18 family page, which is why cost comparisons must separate shared aircraft hardware from the Growler-only mission layer.

Aircraft, pods, and software

The aircraft is only one line. The electronic attack layer includes receivers, mission computers, jamming pods, technique development, test gear, and classified software handling. NAVAIR describes NGJ as an external-carriage system for the Growler that adds pod hardware and aircraft modifications on its Next Generation Jammer page. That is why a contract for pods can sit outside the public unit figure and still be central to what the Navy gets.

Smaller retrofit kits can still move real money. Boeing received $51,700,000 in 2022 for 51 Advanced Capabilities Mission Computer retrofit kits, so straight division gives about $1.01 million per kit before lab assets, installation timing, and contract mix are separated, using the mission-computer retrofit award. That arithmetic helps explain why avionics changes are not small accessories on a Growler.

Contract math

Defense contract totals rarely equal a clean checkout price. A single award can mix engineering labor, test aircraft installation, lab assets, support equipment, flight testing, spares, and software work. In 2024, Raytheon received $192,018,389 for NGJ-MB extended capability work, and Boeing received $76,832,622 for weapons integration services on F/A-18E/F and EA-18G aircraft in the same daily contract notice, shown in the weapons integration award.

That mix makes simple division useful but limited. If a notice states quantity and value, division can give a rough unit view, as with the NGJ-MB ship set math above. If a notice covers engineering and support without a final production quantity, division can mislead. A contractor may deliver hardware, but the Navy may be buying risk reduction, flight-test work, and software maturity rather than a finished store-ready item.

Sustainment and repairs

Carrier aircraft age under catapult launches, arrested landings, salt air, and heavy readiness cycles. The Growler also carries mission gear that must stay aligned with changing electronic threats. A 2024 Boeing contract for F/A-18 and EA-18G automated maintenance environment sustainment reached $319,267,437 and covered engineering, structural support, maintenance data, configuration work, and fleet technical manuals, according to the F/A-18 sustainment award.

Hidden costs can sit in repairs that never look like a new-aircraft buy. A 2024 contract for inspections, modifications, and inner wing panel repairs on F/A-18E/F and EA-18G aircraft was $264,069,575 under the inner-wing repair contract. Fuel, tanking, and flight-hour burn add another operating layer, which is why jet fuel cost drivers matter even though they are separate from aircraft procurement.

Real buyer cases

Airframe-focused case. A planner using only the $67 million public aircraft figure gets a narrow purchase view. That case can fit early budget screening, rough comparison with a fighter, or a public explanation of why the Growler costs more than many civilian aircraft. It does not cover the electronic warfare package that makes the aircraft useful in contested airspace.

Jammer-heavy case. The NGJ-MB ship set award shows why pod procurement can reshape the real bill. The rough $45.4 million per ship set math is not a quote for a future buyer, but it shows that two external pods can approach a large share of the airframe figure before training, spares, and integration are counted. That case is driven by mission hardware rather than the aircraft shell.

Fleet upkeep case. Sustainment and structural repair records show a different buyer problem. A squadron may already own the jets, but the budget still has to fund maintenance data, wing panel repairs, depot flow, and software support. That kind of spending protects readiness, not inventory count, and it is closer to the logic behind NATO scramble cost than to a showroom purchase.

Worked package total

A notional package can show how fast the number grows. This is not a Navy quote. It combines public figures to show scale: one aircraft at the public NAVAIR unit figure, one rough NGJ-MB ship set value derived above, and one modernization line. In 2026, Boeing received a not-to-exceed $489,306,966 order for Beowulf non-recurring engineering and test assets tied to the EA-18G platform, under the Beowulf upgrade order.

Line item	Public input	Illustrative package math
One EA-18G airframe	$67 million	$67 million
One NGJ-MB ship set	$45.4 million rough division	$45.4 million
Share of Beowulf upgrade pool	$489.3 million program line	Not assigned to one jet

The aircraft plus one rough NGJ-MB ship set gives $112.4 million before modernization pools, support equipment, weapons, spares, fuel, and training. Adding the full Beowulf order to a one-aircraft example would be wrong, because that order funds engineering and test assets across a platform upgrade path rather than one delivered jet.

Who this cost makes sense for

The Growler spend makes sense when the buyer needs carrier-compatible electronic attack tied to U.S. Navy tactics, training, and support channels. It is less rational when the mission only needs strike capacity, a small number of sorties, or a land-based jamming answer. The unit figure is only the opening gate. Pods, updates, test ranges, depot work, and security rules shape the real bill.

Makes sense if

• A carrier air wing needs organic electronic attack near the strike package.
• An expeditionary VAQ unit must support Navy and Air Force missions from land bases.
• The buyer already has Super Hornet-family tools, training, and supply support.
• The plan includes NGJ-MB or NGJ-LB integration rather than legacy pod use alone.

Doesn’t make sense if

• The mission only needs strike fighter capacity.
• A small fleet cannot fund jammer maintenance, software control, and classified support.
• Standoff, unmanned, or coalition electronic attack can cover the assigned mission.
• The budget covers aircraft purchase but not depot work, pods, spares, and fuel.

What we verified

• Checked NGJ-MB fleet status through NAVAIR’s NGJ-MB IOC notice.
• Confirmed NGJ-LB official contract context in NAVAIR’s NGJ-LB contract release.
• Cross-referenced Super Hornet and Growler fleet scale through NAVAIR’s fleet flight-hour milestone.

Article Highlights

• The public EA-18G aircraft unit figure is $67 million, not a full fleet package.
• NGJ pods can add tens of millions per ship set using public award math.
• Sustainment records show support lines in the hundreds of millions.
• Software, test assets, and depot work are central to Growler spending.
• The best comparison is not a private jet or a fighter alone, but a carrier electronic attack system.

Answers to Common Questions

Is the EA-18G Growler still in use?

Yes. The aircraft remains tied to U.S. Navy electronic attack squadrons, with ongoing jammer, software, and support contracts visible in recent public records.

Is $67 million the full Growler cost?

No. That figure is the public aircraft unit figure. A fielded capability can involve pods, weapons integration, mission computers, spares, support equipment, training, and depot work.

Why do jammer pods add so much?

They are mission systems with antennas, power handling, software, testing, and integration work. Public NGJ-MB award math shows pod ship sets can rival large aircraft line items.

Can civilians buy an EA-18G Growler?

No normal civilian purchase path exists. The aircraft is a military electronic attack platform bought through government procurement and export-controlled channels.