Colombian Air Force reportedly eyes Embraer C-390 acquisition from Brazil over C-130 and A400M.

Colombian President Gustavo Petro has reportedly directed the Fuerza Aeroespacial Colombiana (FAC) to finalize contract negotiations for the acquisition of two Brazilian Embraer C-390 Millennium tactical transport aircraft, according to Infodefensa. This executive directive intervenes before the air force has completed its formal technical evaluations, which were actively comparing the jet against the turboprop Lockheed Martin C-130J Super Hercules and Airbus A400M Atlas. The sudden selection aims to accelerate the urgent replacement of Colombia's aging C-130H Hercules fleet to maintain critical logistics and humanitarian operations across its 1.14 million square kilometer territory.

The procurement program will introduce a twin-engine turbofan platform capable of carrying a 26,000 kg payload at speeds of Mach 0.80 to the FAC, representing a speed advantage of 210 km/h over the C-130J. However, acquiring only two airframes introduces immediate fleet availability risks, while the integration of Israeli-developed cockpit displays and electronic countermeasure subsystems by AEL Sistemas conflicts with the Petro administration's current defense restrictions on Israeli military hardware.

Related topic: Czech Air Force takes delivery of first Embraer C-390 Millennium transport aircraft from Brazil

When comparing the three transport aircraft in competition, the C-390 Millennium has a maximum payload of 26,000 kg, compared with 19,000 to 20,000 kg for the C-130J-30 Super Hercules and 37,000 kg for the A400M Atlas. (Picture source: Brazilian Air Force)

According to Infodefensa on July 14, 2026, Colombian President Gustavo Petro reportedly ordered that negotiations must be finalized for the acquisition of two Embraer C-390 Millennium tactical transport aircraft for the Colombian Aerospace Force (FAC), as the FAC is still comparing the Brazilian aircraft with the Lockheed Martin C-130J Super Hercules and Airbus A400M Atlas. The two-aircraft acquisition would begin replacing part of Colombia’s C-130H Hercules fleet, which supports military logistics, troop transport, medical evacuation, humanitarian relief and disaster-response missions across a national territory of 1.14 million km². The decision intervenes before the service has completed its assessment, meaning that the C-390 would become the FAC’s first jet-powered tactical airlifter.

It would also widen Colombia’s industrial dependence on Brazil after the FAC’s operation of the EMB-312 Tucano and A-29 Super Tucano and the selection of the Saab Gripen E/F, whose Brazilian production, integration and support structure is centered on Embraer. The immediate operational problem is that two C-390s would create a new transport capability without replacing the output of the existing Hercules fleet. A two-aircraft unit can normally maintain one airframe for missions while the second covers training, scheduled maintenance or reserve status, but a major inspection, engine removal, structural repair or delayed spare part could reduce the available fleet by 50 percent. This matters because Colombian transports are not assigned only to predictable logistics routes between major bases.

They also carry troops, ammunition, engineering equipment, vehicles, medical teams and relief supplies to remote locations in the Amazon, Orinoquía, Pacific coast and Andean interior, where road access is limited, and airfields vary in length, elevation, pavement condition and support infrastructure. The C-130J offered continuity with the Hercules family, including an established maintenance system and broad international supply chain. The A400M offered the greatest payload and internal volume, but required a larger acquisition budget, heavier maintenance infrastructure and a more expensive support organization. The C-390 sits between them, with more payload and speed than the C-130J but less heavy-lift capacity and lower fleet complexity than the A400M. 

As also noted by Infodefensa, the procurement also creates a policy inconsistency because the aircraft contains Israeli-developed mission and survivability equipment despite earlier restrictions by the Petro government on purchases of Israeli defense systems or equipment containing Israeli components. AEL Sistemas, the Brazilian subsidiary of Elbit Systems, developed elements of the C-390 mission system and supplies cockpit displays, mission computers and the dual Head-Up Display. The aircraft can also integrate Elbit's Directional Infrared Countermeasures, Countermeasure Dispensing Systems and Active Electronic Countermeasure pods. The DIRCM detects an incoming heat-seeking missile and directs modulated infrared energy toward its seeker to disrupt guidance; CMDS units dispense chaff and flares against radar-guided and infrared-guided threats; and AECM pods can jam surveillance, fire control or tracking radars during operations near contested airspace.

Replacing these subsystems would require more than changing a supplier because alternative equipment would need new interfaces, software integration, electromagnetic-compatibility testing, flight certification and logistics support. When comparing the three aircraft in competition, the C-390 has a maximum payload of 26,000 kg, compared with 19,000 to 20,000 kg for the C-130J-30 and 37,000 kg for the A400M. Its cargo compartment is 18.5 m long, 3.45 m wide, and close to 3 m high, enabling the aircraft to carry seven 463L pallets, two M113 tracked armored personnel carriers, one Boxer or VBTP-MR Guarani armored vehicle, one prepared H-60 helicopter, 80 troops, 66 paratroopers, or 74 medical litters with attendants. Loads of up to 19,000 kg can be air-dropped.

The aircraft has a maximum takeoff weight of 86,999 kg and uses two IAE V2500-E5 turbofan engines producing 139.4 kN, or 31,330 lbf, each. Maximum cruise speed is Mach 0.80, or 870 km/h, compared with 660 km/h for the C-130J, producing a speed advantage of 210 km/h. On a 2,000 km sector, this difference can reduce airborne time by close to one hour before accounting for climb, descent and routing. The C-390 can also be configured for aerial refueling (KC-390), aeromedical evacuation, firefighting, search and rescue, troop transport and humanitarian operations. In the tanker role, wing-mounted probe-and-drogue pods can transfer fuel at rates reaching 1,500 liters per minute from an internal fuel capacity of up to 35,000 kg.

The main technical question for Colombia is not whether the C-390 can use semi-prepared runways, but how much payload it can carry from such runways under local altitude, temperature and surface conditions. Embraer lists takeoff distances of roughly 1,100 m for tactical missions, 1,300 m for normal operations and 1,630 m for heavy logistics configurations under defined test conditions. Actual requirements increase at high-elevation airfields, in high temperatures, on wet runways, with obstacles beyond the runway end or when pavement strength limits gross weight. The C-130J and A400M use turboprop propulsion and can employ Inlet Particle Separator (IPS) systems to reduce sand, dust, gravel and debris ingestion. The C-390’s turbofan engines are mounted beneath a high wing, but the V2500’s large inlet diameter and proximity to the surface increase exposure to foreign-object damage on loose or contaminated strips.

A damaged fan blade or engine ingestion event can remove an aircraft from service for weeks if replacement modules and specialist teams are not available locally. Furthermore, bird strike hazard (BASH) is considered a significant operational issue across Colombian military air bases, largely because of the country's geography and biodiversity. The twin-engine C-390 is certified for continued flight after one engine failure, but the four-engine A400M provides greater propulsion redundancy following a serious ingestion event affecting one powerplant. Infodefensa also reminded that the FAC’s own transport profiles also expose a mismatch between some of its heaviest requirements and the C-390’s limits. The service has examined missions involving 37,000 kg over 3,300 km, 30,000 kg over 4,450 km and 20,000 kg over 6,300 km.

The first two profiles exceed the C-390’s maximum payload before range is considered, while the third exceeds its published payload-range performance without refueling or intermediate stops. The C-390 can carry 26,000 kg over roughly 2,000 km, 23,000 kg over 2,720 km and 14,000 kg over 5,020 km. Its ferry range is 6,240 km in a standard configuration and can reach 8,460 km with auxiliary tanks. The A400M is better suited to 30 to 37-tonne loads, large engineering vehicles, helicopters and outsized cargo, while the C-390 is optimized for the more common 10 to 25-tonne segment. Against the C-130J, its 6 to 7-tonne payload advantage can reduce sortie requirements. Moving 100 tonnes of dense cargo would require four C-390 sorties at maximum payload, five C-130J-30 sorties at 20 tonnes or three A400M sorties at 37 tonnes, although runway access, fuel, loading time and aircraft availability could alter the final result.

The possible C-390 selection might therefore depend on the proportion of missions requiring maximum lift rather than on the largest theoretical payload alone. The industrial effect of the purchase would therefore extend across four major FAC aircraft families linked to Brazil. Colombia already operates the EMB-312 Tucano and A-29 Super Tucano, and the Gripen E/F program gives Embraer a central role in production engineering, systems integration, training and long-term support. Adding the C-390 would not create direct spare parts commonality because the aircraft use different engines, avionics and structures, but it would concentrate government-to-government coordination, training relationships, depot planning and supplier engagement within the Brazilian aerospace sector.

That concentration can reduce administrative friction and support regional maintenance cooperation, but it also increases exposure to Embraer production priorities, Brazilian export decisions and bottlenecks among shared subcontractors. A Colombian contract would therefore need to define spare engine availability, minimum parts stocks, repair turnaround times, software access rights, technical assistance, ground support equipment, simulator access and depot-level maintenance responsibility. Without these provisions, two C-390s could become operationally fragile despite favorable flight performance. The strategic value of the acquisition, if confirmed, will be logically determined by readiness and cargo output rather than by nominal speed or payload.

Brazil has employed the C-390 for Amazon resupply, Antarctic operations, international evacuations, humanitarian transport, paratroop missions and aerial refueling, giving Colombia a relevant regional reference for tropical and long-distance operations. Brazilian service data for the first 3.5 years included more than 8,200 flight hours, 6,000 flights, technical availability close to 80 percent, and a mission-completion rate of 99.5 percent. An 80 percent availability rate across a two-aircraft Colombian fleet would mathematically equal 1.6 available aircraft on average, but readiness would not be evenly distributed and periods of concurrent maintenance could leave only one aircraft or none available.

The expanding operator group, including Brazil, Portugal, Hungary, the Czech Republic, Austria, the Netherlands, Sweden and South Korea, can support common training, pooled spares and coordinated upgrades, but Colombia would still need its own technicians, engine support arrangements, simulator capacity and funding. The potential procurement will succeed only if the FAC can sustain high annual flight hours, preserve access to remote runways, maintain sufficient spare capacity, and prevent the initial two-aircraft fleet from becoming a small high-performance force with limited day-to-day availability.

Written by Jérôme Brahy

Jérôme Brahy is a defense analyst and documentalist at Army Recognition. He specializes in naval modernization, aviation, drones, armored vehicles, and artillery, with a focus on strategic developments in the United States, China, Ukraine, Russia, Türkiye, and Belgium. His analyses go beyond the facts, providing context, identifying key actors, and explaining why defense news matters on a global scale.

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