AEW&C Aircraft Comparison — E-2 vs E-3 vs E-7

E-2D Advanced Hawkeye

Hawkeye

Northrop Grumman · In production · Carrier-based

Active & Growing

$232M Unit Cost

~84 Global Fleet

300+ nm Radar Range

Specifications

Radar	AN/APY-9 AESA hybrid
Simultaneous tracks	2,000+
Crew	5 (2 pilots + 3 operators)
Endurance	4–5 hrs / 8–9 hrs with AAR
Speed	350 kts (648 km/h)
Service ceiling	37,000 ft
Powerplant	2× turboprops (T56-A-427A)
Airframe	Purpose-built, carrier-capable
Op. cost/hr	~$20,000 (est.)

Fleet Breakdown

🇺🇸 US Navy~70active E-2Ds
🇯🇵 Japan (JASDF)~14E-2C/D; 18 E-2Ds on order total
🇫🇷 France3E-2C; 3 E-2Ds ordered (2027)
🇹🇼 Taiwan~6E-2K; 6 E-2Ds requested (2025)
🇪🇬 Egypt~6E-2C land-based
🇸🇬 Singapore~4E-2C land-based
🇺🇸 USAF (new)5E-3 gap-filler, FY2026 funded

What Makes It Cool

Only carrier-based AEW in the Western world. Goes wherever the carrier goes — no basing rights needed.
NIFC-CA kill web. Receives targeting from silent F-35Cs and fires ship-launched SM-6 missiles at targets 200+ miles away that no ship radar can see.
AESA designed for stealth detection. AN/APY-9 was specifically built to track 5th-gen threats (J-20, etc.) — rare in an AEW platform.
Half the cost of the competition. ~$232M vs $724M+ for the E-7; serious capability at carrier scale.
Continuous combat deployment since 1964. Vietnam → Gulf War → Iraq → Middle East 2024. The most operationally proven AEW platform alive.
USAF just adopted it to fill E-3 gaps — a Navy aircraft poaching an Air Force mission is a statement.

What Makes It Uncool

Tiny crew. Only 3 mission operators vs 17 on the E-3. Not built for large-scale theater battle management.
Turboprop speed and range. Max 648 km/h vs jet AWACS at 850+ km/h. Can't self-deploy intercontinentally.
Navy-centric wiring. USAF adoption requires significant system modifications — it's a carrier jet doing a land-based job.
Loud and fatiguing. Turboprop vibration on long missions is rough on operators. Crews know.

E-3G Sentry (AWACS)

Sentry

Boeing · Out of production · 707-based airframe

Retiring by FY2029

$560M+ Unit Cost (2026$)

~42 Global Fleet

400+ mi Radar Range

Specifications

Radar	AN/APY-2 rotating dome
Simultaneous tracks	600+
Crew	Up to 23 (4 flight + 13–19 mission)
Endurance	8+ hrs / 24+ hrs with AAR
Speed	461 kts (854 km/h)
Service ceiling	35,000+ ft
Powerplant	4× TF33 (out of production)
Airframe	Boeing 707-320 (1960s design)
Op. cost/hr	$39,587/hr (~$317K/8-hr mission)

Fleet Breakdown

🇺🇸 USAF16down from 31; retiring FY2029
🌍 NATO14Geilenkirchen; life extended to 2035
🇫🇷 France4E-3F; evaluating replacements
🇸🇦 Saudi Arabia5undergoing SAMI avionics upgrade
🇨🇱 Chile3ex-RAF E-3Ds acquired 2022
🇬🇧 UK0retired Jan 2020; replaced by E-7
🇯🇵 Japan (E-767)4767 body, same APY-2 radar

What Makes It Cool

True flying command post. Not just a radar — full airborne battle management, C2, and real-time air traffic deconfliction in one platform.
24-hour persistence. With aerial refueling and crew rotation, can orbit a theater for an entire day. No gap in coverage.
Gulf War legend. Managed the 2,000+ aircraft air armada of Desert Storm — the largest air operation since WWII. Nothing else has that pedigree.
Maximum crew brainpower. 17+ mission specialists on a single sortie: radar, weapons, comms, SIGINT, battle management — simultaneously.
40+ years combat-proven. Vietnam, Bosnia, Kosovo, Afghanistan, Iraq, Libya, Syria. Every major Western air campaign of the modern era.

What Makes It Uncool

55.7% mission-capable rate. On any given day, fewer than 9 of 16 USAF aircraft are actually flyable. You paid for 16 and got 9.
Out-of-production engines. The TF33 hasn't been manufactured in decades. Spare parts require bespoke custom manufacturing. Every flying hour is a logistics crisis.
$39,587 per flight hour. One 8-hour mission costs $317,000. For a plane that's barely operable.
Youngest US aircraft is 34 years old. The airframe is based on a 1960s Boeing 707. Structural fatigue is real.
One destroyed on the ground in 2026. An Iranian strike on Prince Sultan Air Base, Saudi Arabia (March 2026) took out at least one E-3G — removing ~6% of the entire active USAF fleet in one attack.
No replacement in sight. The E-7A was cancelled by the USAF, saved by Congress, but won't fly until 2027 at earliest. The E-3 retires in 2029. The gap is real.
High-value target in contested airspace. Large, slow, unarmed, emitting powerful radar signals. Adversaries specifically plan to kill it first.

E-7 Wedgetail (737 AEW&C)

Wedgetail

Boeing · In production (barely) · 737-based airframe

US Program in Limbo

$400–724M Unit Cost

14 Active Fleet

600+ km Radar Range

Specifications

Radar	MESA AESA "top hat" (fixed)
Simultaneous tracks	180 (air); also maritime + ELINT
Crew	6–10 (2 flight + 4–8 mission)
Endurance	10+ hrs / unlimited with AAR
Speed	Mach 0.78 (852 km/h)
Service ceiling	~29,500 ft (typical patrol)
Powerplant	2× CFM56 (modern, in production)
Airframe	Boeing 737-700 (commercial support)
ELINT range	850+ km at altitude

Fleet Breakdown

🇦🇺 Australia (RAAF)6No. 2 Sqn; fully operational since 2012
🇰🇷 South Korea (ROKAF)4E-737 Peace Eye; chose different platform for expansion
🇹🇷 Turkey (TurAF)4E-7T Peace Eagle; modernization underway
🇬🇧 UK (RAF)0 (3 on order)IOC expected 2026; 6 yrs late
🇺🇸 USAF0 (2 prototypes)cancelled Jun 2025; Congress restored; 1st flight May 2027
🌍 NATO0order cancelled Nov 2025 after US withdrawal

What Makes It Cool

Only large-platform AESA radar in service. The MESA is electronically scanned — no moving parts, instant beam steering, mechanically impossible to break the way the E-3's rotating dome can.
"Dial-up" radar energy. Can focus power in priority sectors — effectively zooming in with radar intensity. The E-3 can't do this at all.
Simultaneous air + sea + ELINT — no mode switching. One pass covers fighter-sized targets at 600 km, ships at 240 km, and electronic emissions at 850 km, all at once.
Modern 737 airframe. Global commercial support chain for parts. Maintenance is not a logistical emergency like the E-3's 707 situation.
Built-in electronic jamming resistance. AESA technology is inherently harder to jam or spoof than passive/mechanical arrays.
Australia has run it operationally for 14 years with excellent availability — proof the concept works when not plagued by procurement politics.

What Makes It Uncool

Survivability killed the USAF program. Combat modeling for Indo-Pacific scenarios showed it would need dedicated fighter escorts and jamming aircraft just to survive — making it a liability in peer conflict.
Unit cost ballooned to $724M+. Started at ~$400M; USAF prototype cost hit $724M and rising. 2 prototypes = $2.6B contract.
UK ordered in 2019, still has no operational aircraft in 2026. Seven years of delays. IOC keeps slipping.
NATO cancelled its order November 2025. Once the US pulled out, the coalition fell apart. A platform losing customers is a bad sign.
Big, non-stealthy, and emitting. Every MESA transmission is a targeting beacon. In contested airspace, it announces its own coordinates to every adversary radar.
USAF tried to cancel it, Congress overrode them. The Air Force itself — the customer — doesn't want it. That's not a ringing endorsement.

Category	E-2D Hawkeye	E-3G Sentry	E-7 Wedgetail
Unit flyaway cost	~$232M	~$560M (2026$)	$400M–$724M+
Operating cost/hr	~$20K (est.)	$39,587	~$25K (est.)
Radar range	300+ nm (556 km)	400+ mi (640+ km)	600+ km (air)
Simultaneous tracks	2,000+	600+	180
Radar technology	AESA hybrid	Rotating mechanical dome	Full AESA (fixed)
Mission crew	3 operators	13–19 specialists	4–8 operators
Endurance (unrefueled)	4–5 hrs	8+ hrs	10+ hrs
Endurance (with AAR)	8–9 hrs	24+ hrs (crew rotation)	Unlimited
Speed	350 kts (648 km/h)	461 kts (854 km/h)	Mach 0.78 (852 km/h)
Maritime surveillance	Limited	No	Yes (simultaneous)
ELINT capability	Limited	Some	Yes (850+ km)
Carrier-capable	Yes (only one)	No	No
Active global fleet	~84 (all variants)	~42 (+ 4 Japan E-767)	14 operational
Mission-capable rate	High (new fleet)	~55.7% USAF	High (Australia)
Peer-conflict survivability	Best (carrier-mobile)	Poor (slow, large target)	Poor (USAF cancelled for this)
Program status (US)	Active, growing	Retiring FY2029	Cancelled → Congress saved it → limbo
Airframe age	Modern (2007–present)	34+ yrs old (707 derivative)	Modern (737NG)
Replacement for E-3?	Partially (USAF using E-2D as gap-filler)	—	Was the plan; now uncertain

E-2 Hawkeye vs E-3 Sentry vs E-7 Wedgetail

Head-to-Head Comparison

Sources