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EADS CASA C-295

From Alfawiki
CASA / Airbus Defence and Space
IndustryAerospace
Founded1923 (CASA)
Headquarters
Seville
,
Spain
ProductsAircraft, including C-295 tactical transport aircraft
ParentAirbus Defence and Space (since merger)

The Airbus C295—previously known as the CASA C-295—is a medium-sized tactical transport aircraft originally conceived and produced by the Spanish aerospace firm CASA, which is now incorporated into Airbus Defence and Space.

Its development originated in the 1990s as an evolution of the well-established CASA/IPTN CN-235. The prototype took to the skies for the first time on 28 November 1997, with production commencing shortly thereafter. The Spanish Air Force became the initial customer in April 1999, placing an order for nine military-configured C-295s; operational deployment began in 2001. After CASA's merger into EADS in 2000, the aircraft was renamed EADS CASA C-295, with EADS rebranding to Airbus in 2015.

Assembly and manufacturing take place at Airbus Defence and Space's plant located at San Pablo Airport, Seville, Spain. Since 2011, Indonesian Aerospace has been licensed to manufacture the CN-295 in Bandung, Indonesia, through a partnership with Airbus. In 2021, an agreement was reached for 40 C-295 units destined for the Indian Air Force, to be produced under license by Tata Advanced Systems at Vadodara, Gujarat. This facility will also provide 12 additional aircraft configured for maritime patrol missions for the Indian Navy and Indian Coast Guard.

Besides tactical transport duties, the C-295 is adaptable to various roles such as parachuting operations, cargo delivery, electronic signals intelligence (ELINT), medical evacuation (MEDEVAC), and maritime surveillance. Its modular palletized equipment allows swift mission role transitions. Although civil certification was secured early to accommodate government agency requirements, a commercial variant was only introduced in 2017, more than ten years after entering military service.

The aircraft is currently operated by numerous nations including India, Spain, Egypt, Poland, Canada, Brazil, Mexico, Portugal, and Ireland.

Initial Development

In November 1996, Spanish aerospace manufacturer CASA initiated work on the C-295 as a derivative of the CASA/IPTN CN-235. Major improvements incorporated a lengthened fuselage, a payload capacity increase of approximately 50%, and installation of more powerful Pratt & Whitney Canada PW127G turboprop engines. The prototype's maiden flight occurred on 28 November 1997. By April 1999, the Spanish Air Force had placed its first order for nine aircraft. The C-295 achieved airworthiness certification from Spain’s Dirección General de Aviación Civil and the U.S. Federal Aviation Administration by December 1999. Deliveries to Spain’s Air Force began in November 2001.

Subsequent Enhancements

In June 2012, Airbus Military revealed plans for enhancements including new winglets and integration of the Marte anti-ship missile system; an airborne early warning and control (AEW&C) variant was also under development. In November 2015, a newly developed self-protection system incorporating directional infrared countermeasures supplied by Elbit Systems was successfully tested. By January 2016, Airbus was working on an optional probe-and-drogue aerial refueling system designed to support helicopter operations, alongside flap design refinements aimed at improving short takeoff and landing performance.

In November 2019, Airbus chose Collins Aerospace to equip upcoming C-295 models with its Pro Line Fusion flight deck, intended to decrease pilot workload and facilitate future upgrades through a modular architecture.

January 2022 saw the inaugural flight of the enhanced C295 Flight Test Bed 2 Sky 2, financed by the European Union's Horizon 2020 initiative to evaluate technologies for next-generation regional multi-mission aircraft. This upgraded version features a highly efficient semi-morphing wing design, dynamic winglets, integrated flat-panel SATCOM antennae, and advanced flight control systems that boost aerodynamic efficiency and high-lift capabilities. The incorporation of novel materials and technologies aims to reduce fuel consumption by up to 43%, cut emissions by approximately 70%, and lower noise levels during takeoff by around 45% on typical search-and-rescue sorties.

Design

The EADS CASA C-295 serves as a tactical transport plane engineered for the movement of troops and cargo within military settings. It is capable of operating from rudimentary airstrips requiring minimal ground assistance and can manage soft terrain even when fully loaded. Its reverse thrust functionality enables it to perform 180-degree turns on runways as narrow as 12 meters. The cargo compartment measures 12.69 × 1.90 × 2.70 meters, which is roughly three meters longer than that of the CN-235, allowing it to carry up to 71 personnel, 24 stretchers accompanied by seven medical staff, five standard 108-inch pallets, or three light vehicles. Additionally, it supports parachute drops of troops and cargo using 88-inch-wide platforms.

Conceived for versatile mission profiles, the C-295 is available in various configurations. Many operators equip it for intelligence, surveillance, and reconnaissance (ISR) tasks with multi-purpose radar systems; it can also be adapted into a gunship role providing close air support. Other capabilities include electronic signals intelligence (ELINT), medical evacuation (MEDEVAC), and maritime patrol aircraft (MPA) functions. The use of palletized equipment facilitates swift role changes to VIP transport, aerial refueling tanker, or water bomber missions.

The cockpit is designed with dual controls for pilot and co-pilot and typically incorporates the Highly Integrated Avionics System (HIAS), which is based on Thales’ digital Topdeck suite. This system integrates an Engine Data and Warning System that monitors engine performance and fuel management while issuing fault alerts. A Honeywell RDR-1400C weather radar supports operations under instrument flight rules (IFR). The avionics suite complies with both military and civil aviation standards, including rigorous FAR-25 certification requirements.

Two Pratt & Whitney Canada PW127G turboprop engines power the aircraft, each generating up to 2,645 shaft horsepower (1,972 kW). Their modular construction simplifies maintenance procedures and allows for up to 10,000 flight hours between overhauls. The propellers are six-bladed composite scimitar designs manufactured by Hamilton Standard.

The C-295 features a retractable tricycle landing gear system developed by Messier-Dowty, with the main gear stowed in side fairings and the nose gear located beneath the cockpit. Built to operate from semi-prepared runways, its landing gear incorporates oleo-pneumatic shock absorbers, differential disc brakes, and an anti-skid braking system.

Operational history

The Spanish Air Force placed the initial order for the C-295 in 2000 under the FATAM II initiative to replace eight CN-235s that had been reassigned to maritime patrol and search-and-rescue duties, which had reduced their medium transport fleet.

Poland became the first export customer by ordering eight aircraft in 2001 to augment and eventually replace their aging Antonov An-26 transports from the Cold War era. The Polish Air Force continued placing orders through 2013; its C-295 fleet is mainly stationed at Kraków-Balice Air Base and has been deployed in NATO missions including humanitarian operations in Kosovo. A single Polish C-295 was lost in a crash in 2008.

Indonesia represents a significant market where Indonesian Aerospace (PT Dirgantara Indonesia) undertakes final assembly for local clients. Although Airbus has shown reluctance, Indonesian Aerospace aims to secure export production licenses. The Indonesian Air Force began receiving C-295s in 2012 as replacements for obsolete Fokker F27 aircraft used in tactical and logistical roles.

By the 2010s, Egypt emerged as the largest operator with a fleet of 21 aircraft by April 2021. Egypt initially ordered three C-295s in 2010 with deliveries commencing in 2011; subsequent orders included six and eight additional units in 2013 and 2014 respectively. In 2021, Egypt entered into a five-year performance-based maintenance agreement with Airbus covering support services.

A principal rival to the C-295 has been the Alenia C-27J Spartan from Alenia Aeronautica (now Leonardo S.p.A.). The C-295 lost several important contracts to the C-27J such as the US Joint Cargo Aircraft program and replacement procurements for Peru’s Antonov An-32 and Australia’s DHC-4 Caribou.

Although primarily designed for military transport roles, the C-295 holds civil certification as well. In 2018, Irish leasing firm Stellwagen Group leased one to DAC Aviation International—the first civilian operator in Africa—supporting humanitarian missions including delivery of cholera kits and supplies to Mozambique.

Following a procurement process spanning twelve years across three Canadian governments, the Royal Canadian Air Force ordered sixteen CC-295s in 2016 to replace aging CC-115 Buffalo and C-130H Hercules search-and-rescue aircraft. The initial unit was completed by late 2019 with deliveries continuing through 2022. These aircraft are stationed at various Canadian bases with training centralized at CFB Comox; however, operational deployment has been postponed until 2025–2026 due to equipment and software complications.

The C-295 Maritime Patrol Aircraft variant was evaluated by Germany as a potential successor to its P-3C fleet between 2025 and 2032, possibly alongside Spain. Nonetheless, Germany opted to procure five Boeing P-8 Poseidons in 2021 instead. Spain approved acquisition of sixteen C295Ws in June 2023—six configured for maritime patrol duties and ten dedicated to maritime surveillance tasks.

Air Force variant

On 23 July 2012, the Defence Acquisition Council sanctioned the procurement of 56 transport aircraft to modernize the Indian Air Force's fleet, replacing the outdated HS-748 Avro planes.

Subsequently, on 8 May 2013, the Indian Ministry of Defence released a Request for Proposals (RFP) inviting several original equipment manufacturers (OEMs), including Boeing, Lockheed Martin, Airbus Defence & Space, Antonov, Saab, Ilyushin, and Alenia Aermacchi, to participate. The stipulation required OEMs to collaborate with an Indian Production Agency (IPA) to supply 16 ready-to-fly aircraft and locally produce 40 units within eight years following contract finalization. Key contenders featured the Saab 2000 (which proposed complete local manufacturing but was disallowed), Ilyushin Il-214, and Antonov An-132 in partnership with Larsen & Toubro. After the proposal submission deadline on 22 October 2014, Tata–Airbus emerged as the sole bidder.

In February 2015, a Ministry of Defence committee reviewed this single-bidder situation for the contract valued at approximately .

On 8 September 2021, the Cabinet Committee on Security gave its approval to acquire 56 C-295W aircraft for the Indian Air Force. Out of these, sixteen will be delivered fully assembled from Spain within four years of contract signing (by August 2025), while forty will be manufactured domestically by Tata Advanced Systems Limited at a Final Assembly Line (FAL) located in Vadodara, Gujarat, over a decade. The deliveries from Tata are planned between September 2026 and August 2031. Additionally, a D-level Maintenance, Repair and Overhaul (MRO) facility is set to be established in India.

The Ministry of Defence formalized the agreement with Airbus Defence & Space on 24 September 2021 for these aircraft. This new C-295 fleet is intended to replace the legacy Avro aircraft and significantly boost the Indian Air Force’s tactical airlift capacity with rear ramp capabilities tailored for operations in Northern and North-Eastern regions as well as the Andaman & Nicobar Islands.

The initial batch of sixteen aircraft produced by Tata will feature approximately 48% indigenous content, which is expected to rise to 75% for subsequent units. Indigenous electronic warfare systems are supplied by Bharat Dynamics Limited and Bharat Electronics. Of roughly 14,000 components per aircraft, around 13,000 are manufactured within India involving over 37 companies, including 33 micro, small and medium enterprises (MSMEs). A full-mission simulator has been commissioned at Agra Air Force Station.

The first C-295 was delivered to the Indian Air Force on 13 September 2023, followed by the second and third units arriving in May 2024. The fourth and fifth aircraft were delivered in July 2024, with the sixth arriving by October 2024. The remaining ten Spain-built planes are scheduled for monthly delivery until August 2025, after which production will transition to Indian-made units from Vadodara.

The inauguration of the final assembly line in Vadodara took place on 28 October 2024, officiated by Prime Ministers Narendra Modi and Pedro Sánchez.

On 30 January 2025, a C-295 was formally inducted into an operational squadron at Agra Air Force Station under Central Air Command. This unit will enhance training for para commandos and special forces focused on rapid deployment missions. Further inductions are planned at an annual rate of twelve aircraft. Reports indicate ongoing negotiations for an additional ten C-295 planes.

By July 2025, all sixteen Spanish-built C-295s are expected to be delivered ahead of schedule by August. The remaining forty aircraft will be assembled at Tata Advanced Systems Limited facilities located in Nagpur and Hyderabad; fuselage sections will be transported to Gujarat for final assembly. Technology transfer is projected to reach up to 90%, with complete local assembly commencing from the thirtieth unit onward. Tata is currently indigenizing approximately 14,000 parts each year.

The last Spanish-built C-295 was received in Seville on 2 August 2025.

Variant for Maritime Surveillance

On 16 February 2024, the Defence Acquisition Council sanctioned the purchase of nine Medium-Range Maritime Reconnaissance Aircraft (MRMRA) for the Indian Navy alongside six Multi-Mission Maritime Aircraft (MMMA) designated for the Indian Coast Guard. These aircraft are based on the C-295MW transport platform. The initiative, estimated at approximately , will be produced domestically through the Tata-Airbus collaboration to augment the current fleet comprising Boeing P-8I Neptune and HAL 228 aircraft. The Defence Research and Development Organisation is responsible for developing these maritime patrol aircraft. An initial batch of three units will be supplied ready-to-fly from Spain to meet urgent requirements, while the remaining twelve are planned for assembly at TASL’s facility in Vadodara, aiming for an indigenous content level of 78%.

The armament suite for these variants will feature NASM-SR, NASM-MR, the Torpedo Advanced Light (TAL), and air-deployed sonobuoys.

In March 2025, a procurement tender was issued by the Ministry of Defence for MRMRA/MMMA acquisitions intended for both Navy and Coast Guard, with commercial bids scheduled for submission by December.

Variants

C-295M
This is a military transport model capable of carrying either 71 troops, 48 paratroopers, 27 stretchers, five standard pallets, or three light vehicles.
CN-295
Manufactured under license locally by Indonesian Aerospace in Bandung, Indonesia.
C-295 MPA/Persuader
A maritime patrol and anti-submarine warfare version equipped with six hardpoints.
C-295 AEW&C
A prototype airborne early warning and control aircraft featuring an EL/W-2090 AESA radar with 360-degree coverage developed by Israel Aerospace Industries (IAI), integrated with an Identification Friend or Foe (IFF) system.
C-295 Firefighter
An aircraft specifically designed for aerial firefighting missions.
A search and rescue variant utilized by the Royal Canadian Air Force, based on the C-295W model.
C-295 SIGINT
A signals intelligence configuration tailored to electronic surveillance operations.
C-295W
An enhanced model incorporating winglets to improve takeoff, climb, and cruise efficiency by optimizing lift-to-drag ratio.
C-295 ISR
An armed variant outfitted with machine guns, automatic cannons, rocket launchers, laser-guided bombs, and anti-tank missile systems.
AC-295 Gunship
A gunship adaptation developed collaboratively by Airbus Defence and Space, Orbital ATK, and the King Abdullah II Design and Development Bureau, derived from the AC-235 Light Gunship platform.
KC-295
Aerial refueling tanker version designed to support in-flight refueling operations.

Operators

The C-295 serves in the military forces of 36 nations globally. By 31 March 2025, a total of 309 units had been ordered, with 232 actively in service and three lost due to accidents.

  • The Algerian Air Force operates six C-295s assigned to transport and maritime patrol roles; one unit was lost in an accident.
  • The Angolan Air Force procured three C-295s—two configured for maritime patrol duties and one for transport.
  • The Brazilian Air Force received thirteen C-295s under the designation C-105A Amazonas, replacing older transport models; total orders reached fifteen by 2020.
  • The Royal Brunei Air Force placed an order for four C-295s becoming the 39th operator worldwide; initial deliveries anticipated in January 2024.
  • The Royal Canadian Air Force ordered sixteen CC-295s in 2016 to replace aging search and rescue platforms. Deliveries were completed by late 2022; however, initial operational capability was deferred to between 2025 and 2026. Trainer aircraft arrived in 2020. Operational service commenced in May 2025 with eight active units.
  • The Chilean Navy operates three C-295 maritime patrol aircraft.
  • The Czech Air Force utilizes six C-295s stationed at Kbely Air Base as replacements for Antonov An-26 transports.
  • The Finnish Air Force operates three C-295s with an option to acquire four additional units.
  • The Indian Air Force has taken delivery of sixteen out of fifty-six ordered C-295MW units. Sixteen were produced in Spain while the remaining forty are slated for assembly by Tata Advanced Systems in India commencing September 2026.
  • The Indian Navy has Ministry of Defence approval to acquire nine aircraft.
  • Similarly, six units have been approved for procurement by the Indian Coast Guard through Ministry of Defence sanction.
  • The Indonesian Air Force operates ten C-295s fulfilling tactical and logistical functions including one maritime patrol variant replacing Fokker F27 Friendship planes.
  • The Indonesian National Police utilizes one CN-295 primarily for personnel and logistical transportation.
  • The Irish Air Corps contracted two C-295 Maritime Patrol Aircraft in December 2019 as replacements for CN-235 models. First delivery took place in June 2023. An additional military transport variant was ordered in December 2022 with expected arrival by 2025.
  • The Kazakh Air Force fields eight C-295s with a ninth unit ordered in March 2019.
  • The Air Force of Mali received one C-295W which was ordered in February 2016 and delivered later that year in December.
  • The Mexican Air Force operates eight C-295Ms based at Santa Lucia Air Base.
  • The Mexican Navy fields four C-295Ms along with two C-295Ws stationed at Tapachula Naval Base.
  • The Philippine Air Force possesses six units: four C-295Ms delivered in 2015 alongside three C-295Ws received in 2019 (one damaged in 2024). These serve under the command of the 220th Airlift Wing within the Air Mobility Command.
  • The Polish Air Force, being the first export customer since 2001, has acquired seventeen C-295s (with one lost due to a crash).
  • The Portuguese Air Force operates twelve C-295s—seven configured for transport and five Persuader Maritime Patrol Aircraft—based out of Montijo Air Base near Lisbon, replacing CASA C.212 Aviocar models.
  • Saudi Arabia's Ministry of Interior ordered four C-295Ws as of June 2015.
  • The Spanish Air and Space Force maintains thirteen T.21 designated aircraft internally. In June 2023, it placed an order for sixteen additional units (six MPA and ten MSA variants) intended to replace retired P-3 Orion and CN-235 D.4 models.

Accidents and significant events

  • On 23 January 2008, a C-295 operated by the Polish Air Force crashed while approaching the 12th Air Base near Mirosławiec, resulting in the loss of all 20 individuals onboard. Following this tragedy, all Polish C-295 aircraft were temporarily grounded. The subsequent investigation uncovered several deficiencies, leading Defence Minister Bogdan Klich to remove five air force members from their positions.
  • On 31 October 2011, the Czech Army suspended operations of its four C-295M planes after an in-flight malfunction caused one engine to fail during landing. Earlier that year, the fleet had been grounded in February and May due to issues related to altitude loss and avionics malfunctions. General Vlastimil Picek mandated the grounding until the investigation concluded.
  • On 9 November 2012, a C-295 belonging to the Algerian Air Force crashed in southern France while flying from Paris to Algeria, resulting in six casualties.
  • On 1 November 2024, a Philippine Air Force C-295 experienced a failure of its front nose landing gear tire during touchdown at Basco Airport, Batanes. The aircraft was engaged in delivering relief supplies following Typhoon Kong-rey (2024). No injuries were reported, and authorities launched an investigation into the cause.

General characteristics

  • Capacity: accommodates 70 troops, 48 paratroopers, or 24 stretchers accompanied by up to seven medical personnel; alternatively, it can carry five standard 108" pallets or three light vehicles comparable in size to Land Rovers
  • Cabin Dimensions: measures 12.69 × 2.70 × 1.90 meters (41.63 x 8.86 x 6.23 feet)
  • Length:
  • Wingspan:
  • Height:
  • Maximum Payload:
  • Maximum Takeoff Weight:
  • Maximum Landing Weight:
  • Fuel Capacity:
  • Engine Type: powered by two Pratt & Whitney Canada PW127G engines
  • Engine Power:

Performance

  • Cruising Speed:
  • Ferry Range:
  • Range with 3,000 kg (6,614 lb) payload:
  • Range with 6,000 kg (13,228 lb) payload:
  • Service Ceiling:
  • Absolute Ceiling:
  • Take-off Run: (at sea level, ISA conditions)
  • Landing Run: (at sea level, ISA conditions)
  • Hardpoints: six total (optional configuration includes three under each wing)
  • Hardpoint Capacity: inboard pylons ; centre pylons ; outboard pylons
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