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==Details==
{|{{Infobox aircraft begin
{| align="center" width="100%" cellpadding="4" cellspacing="0" border="1" class="toccolours" style="border: 1px #aaa solid; border-collapse: collapse;"
|name= RSW-285 Cormorant
| colspan="4" bgcolor="#B0C4DE" align="CENTER" | <font size="+1">'''HTA-02 Jaguar II'''</font>
|image= Image:RTS-225 Cronus.png
|-
|caption= Dorsal diagram of the RSW-280 Cormorant family.
| align="CENTER" bgcolor="#eeeeed" | '''Average unit cost'''
}}{{Infobox aircraft type
| align="CENTER" | NSD$16 million <small>(FY2014)</small>
|type= Carrier onboard delivery/Carrier support aircraft
| align="CENTER" bgcolor="#eeeeed" | '''Manufacturer'''
|national origin= {{flag|Carthage}}
| align="CENTER" | Danel Group Armored Solutions<br>Tingis-Lixus Mobility Systems
|manufacturer= Bissau Corporation
|-
|designer= Bissau Corporation
| align="CENTER" bgcolor="#eeeeed" | '''Proliferation'''
|first flight= 2008
| align="CENTER" | Carthage<br>Gensokyo Republic<br>Japan
|introduced= 2014
| align="CENTER" bgcolor="#eeeeed" | '''Production '''
|produced= 2011-present
| align="CENTER" | 2011-present
|retired=
|-
|number built= 468
| align="CENTER" bgcolor="#eeeeed" | '''Production to date'''
|primary user= Punic Navy
| align="CENTER" | 17,750
|more users=  
----
|status= In service
950 exported
|program cost=
| align="CENTER" bgcolor="#eeeeed" | '''Crew'''
|unit cost= NSD$70 million (flyaway cost, <small>(FY2019)</small>)
| align="CENTER" | 3 (commander, driver, gunner)
|developed from=
|}
|developed into=
{| align="center" width="100%" cellpadding="4" cellspacing="0" border="1" class="toccolours" style="border: 1px #aaa solid; border-collapse: collapse;"
}}
| colspan="4" bgcolor="#B0C4DE" align="CENTER" | <font size="+1">'''General Characteristics'''</font>
|-
| align="CENTER" bgcolor="#eeeeed" | '''Combat weight'''
| align="CENTER" | 64.2 tonnes (71 short tons)
| align="CENTER" bgcolor="#eeeeed" | '''Height over hull'''
| align="CENTER" | {{convert|2.56|m|ft|abbr=on}}
|-
| align="CENTER" bgcolor="#eeeeed" | '''Hull length'''
| align="CENTER" | {{convert|8.03|m|ft|abbr=on}}
| align="CENTER" bgcolor="#eeeeed" | '''Length with gun forward'''
| align="CENTER" | {{convert|11.55|m|ft|abbr=on}}
|-
| align="CENTER" bgcolor="#eeeeed" | '''Width over skirts'''
| align="CENTER" | {{convert|3.85|m|ft|abbr=on}}
| align="CENTER" bgcolor="#eeeeed" | '''Ground clearance'''
| align="CENTER" | Variable 0.1-0.6 m (3.9-23.6 in)
|-
| align="CENTER" bgcolor="#eeeeed" | '''Fire height'''
| align="CENTER" | {{convert|1.9|m|ft|abbr=on}}
| align="CENTER" bgcolor="#eeeeed" | '''Ground pressure'''
| align="CENTER" | Nominal: 89.35 kN/m<sup>2</sup> (0.911 kg/cm<sup>2</sup>)<br>Mean Maximum: 237 kN/m<sup>2</sup> (2.41 kg/cm<sup>2</sup>)
|}
{| align="center" width="100%" cellpadding="4" cellspacing="0" border="1" class="toccolours" style="border: 1px #aaa solid; border-collapse: collapse;"
| colspan="6" bgcolor="#B0C4DE" align="CENTER" | <font size="+1">'''Armament'''</font>
|-
| align="CENTER" bgcolor="#eeeeed" | '''Type'''
| align="CENTER" bgcolor="#eeeeed" | '''Feed'''
| align="CENTER" bgcolor="#eeeeed" | '''Ammunition'''
| align="CENTER" bgcolor="#eeeeed" | '''Traverse'''
| align="CENTER" bgcolor="#eeeeed" | '''Elevation'''
| align="CENTER" bgcolor="#eeeeed" | '''Maximum effective range'''
|-
| align="CENTER" | 155 mm L/46 CBS-321 smoothbore gun
| align="CENTER" | CEB-322 two-part bustle + hull autoloader
| align="CENTER" | 36 rounds
| align="CENTER" | 360° (45°/sec)
| align="CENTER" | +24° to -8°
| align="CENTER" | 10,000 m w/guided munitions
|-
| align="CENTER" | CRA-336 7 mm PCTA electrically-operated chain gun, coaxial
| align="CENTER" | 3,000-round feed system
| align="CENTER" | 8,400 rounds
| align="CENTER" | 360°
| align="CENTER" | +24° to -8°
| align="CENTER" | 1,000 m
|-
| align="CENTER" | CRA-334 15.5 mm PCTA electrically-operated revolver cannon in FRC-354 remote weapon station
| align="CENTER" | 100-round ammunition box
| align="CENTER" | 1,300 rounds
| align="CENTER" | 360°
| align="CENTER" | +50° to -20°
| align="CENTER" | 2,500 m
|-
| align="CENTER" | IAG-127 30 mm gas-operated automatic grenade launcher in FRC-354 remote weapon station
| align="CENTER" | 40-round ammunition box
| align="CENTER" | 200 rounds
| align="CENTER" | 360°
| align="CENTER" | +50° to -20°
| align="CENTER" | 2,000 m
|}
{| align="center" width="100%" cellpadding="4" cellspacing="0" border="1" class="toccolours" style="border: 1px #aaa solid; border-collapse: collapse;"
| colspan="4" bgcolor="#B0C4DE" align="CENTER" | <font size="+1">'''Fire Control'''</font>
|-
| align="CENTER" bgcolor="#eeeeed" | '''Gunner's sighting system'''
| align="CENTER" bgcolor="#eeeeed" | '''Commander's surveillance system'''
|-
| align="CENTER" | Stabilized BSI CMOS + ICCD day sight and dual-band FLIR (LWIR/MWIR) night sight, CO<sub>2</sub> laser rangefinder
| align="CENTER" | Stabilized panoramic BSI CMOS + ICCD day sight and LWIR FLIR night sight, CO<sub>2</sub> laser rangefinder, Peripheral vision system
|-
| align="CENTER" bgcolor="#eeeeed" | '''Driver's primary viewing system'''
| align="CENTER" bgcolor="#eeeeed" | '''Battlefield management system '''
|-
| align="CENTER" | 3 optical vision blocks, optional ICCD and FLIR night sights
| align="CENTER" | ECR-571 multiband/multimode VHF/UHF radio, GPS/INS and electronic compass, EPU-592 centralized combat management system
|-
| align="CENTER" bgcolor="#eeeeed" | '''Drone provisions'''
| align="CENTER" bgcolor="#eeeeed" | '''Battlefield awareness'''
|-
| align="CENTER" | Modular UAV Control Interface-compatible
| align="CENTER" | Deployable sensor mast w/FLIR, ground surveillance radar, gunshot locator system
|}
{| align="center" width="100%" cellpadding="4" cellspacing="0" border="1" class="toccolours" style="border: 1px #aaa solid; border-collapse: collapse;"
| colspan="3" bgcolor="#B0C4DE" align="CENTER" | <font size="+1">'''Armor & Protection'''</font>
|-
| align="CENTER" bgcolor="#eeeeed" | '''Assembly'''
| align="CENTER" bgcolor="#eeeeed" | '''Structural armor'''
| align="CENTER" bgcolor="#eeeeed" | '''Spall liner'''
|-
| align="CENTER" | Laser hybrid welding
| align="CENTER" | Dual-hardness steel, fiberglass mounting
| align="CENTER" | Polyethylene spall liner w/boron filler
|-
| align="CENTER" bgcolor="#eeeeed" | '''Passive armor array'''
| colspan="5" align="CENTER" | Steel/aluminum/rubber spaced armor, steel/silicon nitrate/silicone NxRA, silicon carbide tiles, UO<sub>2</sub>-100 strike plate, and aluminum foam
|-
| align="CENTER" bgcolor="#eeeeed" | '''Floor protection'''
| colspan="5" align="CENTER" | Titanium diboride, steel spaced armor, aluminum foam, internal sloped-hull
|-
| align="CENTER" bgcolor="#eeeeed" | '''Add-on armor'''
| colspan="5" align="CENTER" | Ōarai-type explosive reactive armor, optional cage armor
|-
| align="CENTER" bgcolor="#eeeeed" | '''CBRN protection'''
| colspan="5" align="CENTER" | Sealed hull w/overpressure system, depth and centrifuge filtered, boron radiation shield
|-
| align="CENTER" bgcolor="#eeeeed" | '''Fire suppression'''
| align="CENTER" bgcolor="#eeeeed" | '''Active protection system'''
| align="CENTER" bgcolor="#eeeeed" | '''Concealment'''
|-
| align="CENTER" | Automatic HFC-227a fire extinguisher system
| align="CENTER" | Radar/IR multi-tier Rho Aias APS w/two-tier hardkill defense and two-tier softkill defense
| align="CENTER" | 2 x 10 tube (2 grenades per launcher) smoke dispensers
|-
| align="CENTER" bgcolor="#eeeeed" | '''Estimated turret protection'''
| align="CENTER" bgcolor="#eeeeed" | '''Estimated hull protection'''
| align="CENTER" bgcolor="#eeeeed" | '''Estimated ERA protection'''
|-
| align="CENTER" | Mantlet: 140 mm APFSDS, 180 mm HEAT<br>Weakened zone: 140 mm APFSDS, 180 mm HEAT<br>Front side turret: 105 mm APFSDS, 150 mm HEAT<br>Side turret: 80 mm APFSDS, 105 mm HEAT<br>Rear turret: 40 mm APFSDS, 75 mm HEAT<br>Roof: 35 mm APFSDS, 70 mm HEAT
| align="CENTER" | Front hull: 120 mm APFSDS, 150 mm HEAT<br>Front 1/3 side hull: 80 mm APFSDS, 150 mm HEAT<br>Side hull: 80 mm APFSDS, 105 mm HEAT<br>Rear hull: 40 mm APFSDS, 75 mm HEAT<br>Engine deck: 35 mm APFSDS, 70 mm HEAT<br>Floor: 40 mm APFSDS, 105 mm HEAT
| align="CENTER" | Front turret: 155 mm APFSDS, 200 mm HEAT<br>Side turret: 105 mm APFSDS, 150 mm HEAT<br>Front hull: 140 mm APFSDS, 180 mm HEAT<br>Side hull: 105 mm APFSDS, 150 mm HEAT<br>Rear hull: 105 mm APFSDS, 120 mm HEAT<br>Roof/engine deck: 80 mm APFSDS, 105 mm HEAT
|}
{| align="center" width="100%" cellpadding="4" cellspacing="0" border="1" class="toccolours" style="border: 1px #aaa solid; border-collapse: collapse;"
| colspan="3" bgcolor="#B0C4DE" align="CENTER" | <font size="+1">'''Automotive'''</font>
|-
| align="CENTER" bgcolor="#eeeeed" | '''Powerplant'''
| align="CENTER" bgcolor="#eeeeed" | '''Output'''
| align="CENTER" bgcolor="#eeeeed" | '''Fuel Capacity'''
|-
| align="CENTER" | Danel Group DVR-2-12/1200E V-12 turbocharged multi-fuel diesel engine
| align="CENTER" | {{convert|1200|kW|hp|abbr=on}}<br>24.9 kW/tonne (33.4 hp/tonne)
| align="CENTER" | 1,400 l (370 US gal) internal, 150 kWh battery pack
|-
| align="CENTER" bgcolor="#eeeeed" | '''Transmission'''
| align="CENTER" bgcolor="#eeeeed" | '''Steering'''
| align="CENTER" bgcolor="#eeeeed" | '''Brake system'''
|-
| align="CENTER" | North Iberian RAT-40-16B series electric traction drive
| align="CENTER" | Electric with mechanical regeneration, T-bar control
| align="CENTER" | Electromagnetic regenerative brakes w/eddy current retarder
|}
{| align="center" width="100%" cellpadding="4" cellspacing="0" border="1" class="toccolours" style="border: 1px #aaa solid; border-collapse: collapse;"
| colspan="3" bgcolor="#B0C4DE" align="CENTER" | <font size="+1">'''Suspension'''</font>
|-
| align="CENTER" bgcolor="#eeeeed" | '''Type'''
| align="CENTER" bgcolor="#eeeeed" | '''Road wheels'''
| align="CENTER" bgcolor="#eeeeed" | '''Return rollers/idlers'''
|-
| align="CENTER" | Two-cylinder single-piston in-arm active hydropneumatic
| align="CENTER" | 14 {{convert|750|mm|in|abbr=on}} independently-sprung dual track wheels<br>HWA-730AD rubber-tired polyurethane-lined composite
| align="CENTER" | Four return rollers per side
|-
| align="CENTER" bgcolor="#eeeeed" | '''Drive sprockets'''
| align="CENTER" bgcolor="#eeeeed" | '''Idlers'''
| align="CENTER" bgcolor="#eeeeed" | '''Shock absorbers'''
|-
| align="CENTER" | 12-tooth rear drive
| align="CENTER" | Dual compensating front idlers
| align="CENTER" | All
|}
{| align="center" width="100%" cellpadding="4" cellspacing="0" border="1" class="toccolours" style="border: 1px #aaa solid; border-collapse: collapse;"
| colspan="5" bgcolor="#B0C4DE" align="CENTER" | <font size="+1">'''Tracks'''</font>
|-
| align="CENTER" bgcolor="#eeeeed" | '''Type'''
| colspan="5" align="CENTER" | Center guide, dual-pin, double-block rubber-padded
|-
| align="CENTER" bgcolor="#eeeeed" | '''Width'''
| align="CENTER" bgcolor="#eeeeed" | '''Shoes per track'''
| align="CENTER" bgcolor="#eeeeed" | '''Track pitch'''
| align="CENTER" bgcolor="#eeeeed" | '''Ground contact length'''
|-
| align="CENTER" | {{convert|650|mm|in|abbr=on}}
| align="CENTER" | 93
| align="CENTER" | {{convert|180|mm|in|abbr=on}}
| align="CENTER" | {{convert|5.42|m|ft|abbr=on}}
|}
{| align="center" width="100%" cellpadding="4" cellspacing="0" border="1" class="toccolours" style="border: 1px #aaa solid; border-collapse: collapse;"
| colspan="6" bgcolor="#B0C4DE" align="CENTER" | <font size="+1">'''Performance'''</font>
|-
| align="CENTER" bgcolor="#eeeeed" | '''Maximum level road speed'''
| align="CENTER" | {{convert|85|km/h|mph|abbr=on}}
| align="CENTER" bgcolor="#eeeeed" | '''Gradient'''
| align="CENTER" | 60%
| align="CENTER" bgcolor="#eeeeed" | '''Maximum vertical obstacle'''
| align="CENTER" | {{convert|1.25|m|ft|abbr=on}}
|-
| align="CENTER" bgcolor="#eeeeed" | '''Maximum off road speed'''
| align="CENTER" | {{convert|64|km/h|mph|abbr=on}}
| align="CENTER" bgcolor="#eeeeed" | '''Side slope'''
| align="CENTER" | 30%
| align="CENTER" bgcolor="#eeeeed" | '''Maximum fording depth'''
| align="CENTER" | {{convert|1.5|m|ft|abbr=on}} unprepared <br> {{convert|6.0|m|ft|abbr=on}} with snorkel
|-
| align="CENTER" bgcolor="#eeeeed" | '''Average cross country speed'''
| align="CENTER" | 40-60 km/h (25-37 mph)
| align="CENTER" bgcolor="#eeeeed" | '''Minimum turning diameter'''
| align="CENTER" | Pivot
| align="CENTER" bgcolor="#eeeeed" | '''Maximum trench-crossing distance'''
| align="CENTER" | {{convert|295|cm|in|abbr=on}}
|-
| colspan="3" align="CENTER" bgcolor="#eeeeed" | '''Operational range'''
| colspan="3" align="CENTER" | {{convert|775|km|mi|abbr=on}} fuel + {{convert|225|km|mi|abbr=on}} w/external tanks, {{convert|15|km|mi|abbr=on}} battery, {{convert|1000|km|mi|abbr=on}} maximum combined
|}
|}


[[Category: Republic of Carthage]]
The '''Bissau RSW-285 Cormorant''' is a family of twin-engine, high-wing multi-role aircraft designed to support Carthaginian {{wpl|aircraft carrier}}s in the {{wpl|carrier onboard delivery}}, {{wpl|airborne early warning and control}} (AEW&C), and {{wpl|maritime patrol aircraft|maritime patrol}} roles. The Cormorant family was developed in the 2000s to 2010s to replace the previous and increasingly obsolete Type-66 Gull family of aircraft with a more modern and more capable platform.
[[Category: Military]]
 
[[Category: Carthage Defense Forces]]
The first RSW-285 Cormorant prototype flew in 2008 and entered production in 2011, with the REC-285 Cormorant AEW&C following two years later and the RMP-285 Cormorant following an additional year later. At current production rates, the Cormorant platform is expected to fully replace the remaining Gulls by 2028.
[[Category: Main Battle Tank]]
 
[[Category: Terra Firma]]
==Development==
[[Category:Featured articles]]
 
==Design==
The RSW-285 is a high-wing aircraft powered by two Elissa-Arishat TE-290-60N high-bypass {{wpl|turbofan}}s producing up to 60 kN (13,500 lb<sub>f</sub>) of thrust. As a carrier-based aircraft, the RSW-285 is equipped with a {{wpl|tail hook}} for recovery and the nose gear can be attached to a catapult shuttle for takeoff. The outer wings are capable of folding in order to reduce the aircraft's deck space requirements. All variants require a flight crew composed of a pilot and copilot and may embark additional mission crew depending on configuration. Two fully plumbed pylons are installed outboard of the engines in all variants, which are normally used for auxiliary fuel tanks.
 
Unlike the previous Type-66E Gull AEW&C, the REC-285 Cormorant AEW&C variant uses conformal radar arrays to eliminate the need for a large rotodome and the accompanying drag. The forward arrays are mounted behind the leading edges of the wing under aerodynamic fairings while the rear-facing array is mounted in the horizontal stabilizer. Additional sensor and communications equipment is housed in pods on the vertical stabilizers, wing tips, and on the underside of the fuselage. In addition to the AEW&C mission undertaken by the Gull AEW&C, the Cormorant AEW&C has expanded capabilities for cooperative engagement, including more advanced communications capabilities and networked fire control for different elements of the battlegroup.
 
The RMP-285 is equipped with a fuselage-mounted surface search radar, a forward-looking infrared camera in the nose, and a electronic support measures (ESM) emitter-location system in order to detect ships and submarines. It also has two additional external hardpoints located on the folding wings as well as an internal bomb bay capable of carrying up to {{convert|3,200|kg|lb|abbr=on}} of ordnance. The Cormorant MPA/ASW is also capable of carrying and deploying up to 64 sonobuoys, but due to changes in mission profile it lacks the {{wpl|magnetic anomaly detector}} found in the Type-66S Gull ASW.
 
==Variants==
====RSW-285 Cormorant COD====
Carrier onboard delivery variant with room for up to 32 passengers or {{convert|6,000|kg|lb|abbr=on}} of cargo. Under normal circumstances, aircraft are configured for a mix of passengers and cargo.
 
====REC-285 Cormorant AEW&C====
Airborne early warning and control variant equipped with a conformal {{wpl|AESA}} radar, IFF interrogator, and communications relays. A mission crew of four operators is required to operate all systems, and additional jump seats are available for relief crews.
 
====RMP-285 Cormorant MPA/ASW====
Maritime patrol and anti-submarine variant equipped with surface search radar, forward-looking infrared, sonobuoys, an internal bomb bay, and additional external hardpoints for anti-submarine and anti-ship weapons. A mission crew of four operators is required to operate all systems, and additional jump seats are available for relief crews.
 
==Specifications (RSW-285 Cormorant)==
===General Characteristics===
*'''{{wpl|aircrew|Crew}}:''' 2 flight crew
**'''RSW-280 Cormorant:''' 2 loadmasters
**'''REC-285 Cormorant AEW&C:''' 4 mission crew
**'''RMP-285 Cormorant MPA/ASW:''' 4 mission crew
*'''Capacity:'''
**Up to 32 passengers or {{convert|6,000|kg|lb|abbr=on}} of cargo
*'''Length:''' {{convert|17.91|m|ft|abbr=on}}
*'''Wingspan:''' {{convert|25.61|m|ft|abbr=on}} (extended); {{convert|10.18|m|ft|abbr=on}} (folded)
*'''Height:''' {{convert|4.84|m|ft|abbr=on}}
*'''Wing area:''' {{convert|654|m2|sqft|abbr=on}}
*'''Empty Weight:''' {{convert|16,370|kg|lb|abbr=on}}
*'''Loaded Weight:''' {{convert|24,195|kg|lb|abbr=on}}
*'''{{wpl|MTOW|Max Takeoff Weight}}:''' {{convert|31,670|kg|lb|abbr=on}}
*'''Powerplant:''' 2 x Elissa-Arishat TE-290-60N high-bypass {{wpl|turbofan|turbofans}}, 60 kN (13,500 lb<sub>f</sub>) each
*'''Fuel Capacity:''' {{convert|19,500|l|USgal|sp=us}}
 
===Performance===
*'''Maximum Speed:''' Mach 0.84 (481 kn, 553 mph, 890 km/h)
*'''Cruise Speed:''' Mach 0.82 (469 kn, 539 mph, 868 km/h) 
*'''{{wpl|Range}}:''' {{convert|1,700|nmi|km|abbr=on}} with a {{convert|6,000|kg|lb|abbr=on}} payload
*'''{{wpl|Service Ceiling}}:''' {{convert|12000|m|ft|abbr=on}}
*'''Rate of climb:''' 26 m/s
*'''Wing Loading:''' 340 kg/m2 (72 lb/ft2)
 
==See also==
===Aircraft of comparable role, type, and era===
*{{wpl|Bell Boeing V-22 Osprey}}
*{{wpl|Grumman C-2 Greyhound}}
*{{wpl|Grumman E-2 Hawkeye}}
*{{wpl|Lockheed S-3 Viking}}
*{{wpl|Xi'an KJ-600}}
 
{{template:Navbox Carthage Aircraft}}

Revision as of 01:24, 13 August 2022

RSW-285 Cormorant
RTS-225 Cronus.png
Dorsal diagram of the RSW-280 Cormorant family.
Role Carrier onboard delivery/Carrier support aircraft
National origin  Carthage
Manufacturer Bissau Corporation
Designer Bissau Corporation
First flight 2008
Introduction 2014
Status In service
Primary user Punic Navy
Produced 2011-present
Number built 468
Unit cost
NSD$70 million (flyaway cost, (FY2019))

The Bissau RSW-285 Cormorant is a family of twin-engine, high-wing multi-role aircraft designed to support Carthaginian aircraft carriers in the carrier onboard delivery, airborne early warning and control (AEW&C), and maritime patrol roles. The Cormorant family was developed in the 2000s to 2010s to replace the previous and increasingly obsolete Type-66 Gull family of aircraft with a more modern and more capable platform.

The first RSW-285 Cormorant prototype flew in 2008 and entered production in 2011, with the REC-285 Cormorant AEW&C following two years later and the RMP-285 Cormorant following an additional year later. At current production rates, the Cormorant platform is expected to fully replace the remaining Gulls by 2028.

Development

Design

The RSW-285 is a high-wing aircraft powered by two Elissa-Arishat TE-290-60N high-bypass turbofans producing up to 60 kN (13,500 lbf) of thrust. As a carrier-based aircraft, the RSW-285 is equipped with a tail hook for recovery and the nose gear can be attached to a catapult shuttle for takeoff. The outer wings are capable of folding in order to reduce the aircraft's deck space requirements. All variants require a flight crew composed of a pilot and copilot and may embark additional mission crew depending on configuration. Two fully plumbed pylons are installed outboard of the engines in all variants, which are normally used for auxiliary fuel tanks.

Unlike the previous Type-66E Gull AEW&C, the REC-285 Cormorant AEW&C variant uses conformal radar arrays to eliminate the need for a large rotodome and the accompanying drag. The forward arrays are mounted behind the leading edges of the wing under aerodynamic fairings while the rear-facing array is mounted in the horizontal stabilizer. Additional sensor and communications equipment is housed in pods on the vertical stabilizers, wing tips, and on the underside of the fuselage. In addition to the AEW&C mission undertaken by the Gull AEW&C, the Cormorant AEW&C has expanded capabilities for cooperative engagement, including more advanced communications capabilities and networked fire control for different elements of the battlegroup.

The RMP-285 is equipped with a fuselage-mounted surface search radar, a forward-looking infrared camera in the nose, and a electronic support measures (ESM) emitter-location system in order to detect ships and submarines. It also has two additional external hardpoints located on the folding wings as well as an internal bomb bay capable of carrying up to 3,200 kg (7,100 lb) of ordnance. The Cormorant MPA/ASW is also capable of carrying and deploying up to 64 sonobuoys, but due to changes in mission profile it lacks the magnetic anomaly detector found in the Type-66S Gull ASW.

Variants

RSW-285 Cormorant COD

Carrier onboard delivery variant with room for up to 32 passengers or 6,000 kg (13,000 lb) of cargo. Under normal circumstances, aircraft are configured for a mix of passengers and cargo.

REC-285 Cormorant AEW&C

Airborne early warning and control variant equipped with a conformal AESA radar, IFF interrogator, and communications relays. A mission crew of four operators is required to operate all systems, and additional jump seats are available for relief crews.

RMP-285 Cormorant MPA/ASW

Maritime patrol and anti-submarine variant equipped with surface search radar, forward-looking infrared, sonobuoys, an internal bomb bay, and additional external hardpoints for anti-submarine and anti-ship weapons. A mission crew of four operators is required to operate all systems, and additional jump seats are available for relief crews.

Specifications (RSW-285 Cormorant)

General Characteristics

  • Crew: 2 flight crew
    • RSW-280 Cormorant: 2 loadmasters
    • REC-285 Cormorant AEW&C: 4 mission crew
    • RMP-285 Cormorant MPA/ASW: 4 mission crew
  • Capacity:
    • Up to 32 passengers or 6,000 kg (13,000 lb) of cargo
  • Length: 17.91 m (58.8 ft)
  • Wingspan: 25.61 m (84.0 ft) (extended); 10.18 m (33.4 ft) (folded)
  • Height: 4.84 m (15.9 ft)
  • Wing area: 654 m2 (7,040 sq ft)
  • Empty Weight: 16,370 kg (36,090 lb)
  • Loaded Weight: 24,195 kg (53,341 lb)
  • Max Takeoff Weight: 31,670 kg (69,820 lb)
  • Powerplant: 2 x Elissa-Arishat TE-290-60N high-bypass turbofans, 60 kN (13,500 lbf) each
  • Fuel Capacity: 19,500 liters (5,200 U.S. gal)

Performance

  • Maximum Speed: Mach 0.84 (481 kn, 553 mph, 890 km/h)
  • Cruise Speed: Mach 0.82 (469 kn, 539 mph, 868 km/h)
  • Range: 1,700 nmi (3,100 km) with a 6,000 kg (13,000 lb) payload
  • Service Ceiling: 12,000 m (39,000 ft)
  • Rate of climb: 26 m/s
  • Wing Loading: 340 kg/m2 (72 lb/ft2)

See also

Aircraft of comparable role, type, and era