The Last DC Eights Still Flying Freight and the Kinshasa Runway Excursion That May Have Grounded One Forever

A Douglas DC-8 freighter suffered a runway excursion at Ndjili Airport in Kinshasa, Democratic Republic of Congo, collapsing its nose gear and sustaining damage severe enough that the aircraft may never fly again. The incident matters beyond the immediate safety event: with fewer than 20 airworthy DC-8s believed to remain in operation worldwide, the loss of even one example measurably shrinks one of aviation’s rarest surviving fleets.

How Many DC-8s Are Still Flying?

Douglas built 556 DC-8s between 1958 and 1972. Current estimates place the number of airworthy, operational examples in the low double digits - some put the figure at fewer than 20. Most are hauling freight for smaller cargo operators, primarily in Africa and South America, where the economics of an older airframe can still pencil out in ways they cannot for larger carriers.

These are not static museum pieces flown occasionally at airshows. They are working aircraft operating revenue cargo routes, crewed by pilots with current type ratings, maintained to airworthiness standards. Until early September 2026, the DC-8 now sitting in Kinshasa with its nose on the ground was one of them.

The DC-8’s Place in Jet Age History

Douglas first flew the DC-8 in May 1958, just months after the Boeing 707 had its own first flight. The two programs were in direct competition, and airlines were choosing sides: United went with Douglas, American went with Boeing. The DC-8 offered a slightly wider cabin than the original 707, solid range, and critically, the ability to stretch.

The Series 60 variants - the DC-8-61, -62, and -63 - were dramatically elongated versions of the original airframe. The -61 could carry over 250 passengers, unprecedented capacity for a narrowbody at the time.

The Re-Engining Program That Kept It Flying

What gave the DC-8 its longevity into the modern era was a re-engining program in the 1980s called the Super Seventy conversion. Older DC-8-60 series airframes received CFM International CFM56 turbofans - the same engine family that would later power the Boeing 737 Classic series. The result was dramatically better fuel efficiency, significantly reduced noise output, and compliance with noise regulations that would have otherwise grounded the type.

The Super 71, 72, and 73 variants extended the DC-8’s productive service life by a decade or more. Cargo operators acquired frames at favorable prices and kept flying them. That chain of decisions is the reason a DC-8 was still pulling freight into Kinshasa in 2026.

What Happened at Ndjili Airport

According to reporting from AeroTime, the DC-8 freighter experienced a runway excursion while landing at Ndjili Airport in early September 2026. The aircraft departed the paved surface, and under the resulting stress, the nose gear collapsed. The specific cause has not been confirmed. Investigations into runway excursions can take months or years before a final report is issued.

The condition of the crew was not immediately clear in early reporting. Coverage has focused on the aircraft and the extent of the damage.

Why Nose Gear Collapse Often Means the End

A nose gear collapse is not a minor incident. When the gear fails, the forward section of the aircraft - the lower fuselage, nose section, and forward pressure structure - contacts the ground in ways neither the airframe nor its engineers intended. The potential consequences include fuel spills, fire, and severe structural damage to everything forward of the wing box.

For a common type like the 737, with thousands of operational examples and a global support ecosystem, an operator can weigh repair costs against aircraft value and sometimes make the numbers work. For a DC-8 - out of production for over 50 years, with a contracting pool of mechanics who hold the specific approvals required to work on the type - that calculation is entirely different.

What Runway Excursions Are and Why They Happen

A runway excursion, as defined by ICAO, is any event in which an aircraft departs the runway surface: off the side (a veer-off) or off the end (an overrun). This category is consistently among the most frequent accident types in commercial aviation worldwide, occurring in good weather and bad, at major hubs and remote strips alike.

Common contributing factors include approach speed too high, contaminated or wet runway surfaces, directional control problems from crosswind or asymmetric braking, hydroplaning, brake system faults, and thrust reversers that fail to deploy as commanded. Often it is not a single factor but a combination of issues that each seem manageable in isolation and become serious together.

Ndjili Airport sits just south of the equator in a tropical environment where convective weather can be intense and fast-moving. A runway that is dry on approach can look very different minutes later after a fast-moving cell passes through. The specific surface conditions, approach profile, and any mechanical involvement in this incident remain under investigation.

Why This Loss Matters Beyond the Headline

The DC-8 is critically endangered as an operational aircraft type. The pool of mechanics who know the airframe, can sign the maintenance logbook, and hold the required type-specific approvals has been contracting for decades. When a DC-8 is damaged beyond economic repair, the knowledge network that keeps remaining aircraft flying loses a reason to stay current.

There is also a historical dimension. The DC-8 helped define long-range jet transport in the 1960s, connected cities that previously required long propeller flights, and carried hundreds of millions of passengers over its service life. Its loss is not only financial - it is a narrowing of the living history of commercial aviation.

What Pilots Should Watch

The investigation is the first thread worth following. If an ICAO-compliant inquiry proceeds and a report is published, it will be worth reading. Runway excursion investigations are detailed and frequently surface findings applicable beyond the specific incident - any crew operating transport aircraft into challenging environments has something to learn from them.

The broader safety picture in sub-Saharan Africa is relevant context. The European Union Aviation Safety Agency (EASA) maintains a list of carriers restricted from EU airspace due to safety concerns, and carriers based in the Democratic Republic of Congo have historically appeared on that list. Infrastructure quality, regulatory oversight, airport maintenance standards, and the reliability of instrument approaches vary significantly across the continent - factors that matter for night cargo operations into airports without the navigational infrastructure of a major hub.

The physics of runway excursions apply universally. Landing long, carrying excess speed across the threshold, and running out of runway to stop are not DC-8-specific risks. The same dynamics affect a Cessna 172 on a short grass strip or a turboprop arriving at a regional airport. Energy management on final and across the threshold is the discipline that determines whether you use the runway or run out of it. A go-around is available until it isn’t - brief your abort point before flying the approach, not when things are already going sideways at fifty feet.

Key Takeaways

A Douglas DC-8 freighter suffered a runway excursion and nose gear collapse at Ndjili Airport, Kinshasa, in early September 2026; whether the aircraft can be returned to service is deeply uncertain.
Fewer than 20 DC-8s are believed to still be airworthy worldwide; the type has been out of production since 1972.
The Super Seventy re-engining program of the 1980s equipped older DC-8-60 series airframes with CFM56 turbofans, extending the type’s service life and keeping it viable for cargo operators into the 21st century.
Runway excursions - departing the paved surface off the side or end - are among the most common accident categories in commercial aviation globally, with causes ranging from excess approach speed to contaminated surfaces to mechanical failures.
Every operational loss of a rare type carries both a financial and a historical cost; the expertise required to fly and maintain these aircraft erodes every time one is written off.