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ALL AIRCRAFT McDonnell Douglas DC-9 15F

McDonnell Douglas DC-9 15F

A smaller, twin-engined jet built for short-to-medium-range transportation. Cargo capacity is a little over 10 tons, but the ability to use shorter runways increases the versatility of this aircraft.

Douglas DC-9 mobile

Reliable Freight Aircraft

Versatile Short-Haul Cargo Jet

The McDonnell Douglas DC-9 15F is a short-to-medium range jetliner powered by two rear-mounted turbofan engines. Used by both commercial and military operations, it seated up to 90 passengers, depending on the configuration. As a short-haul cargo carrier, it offers a reinforced cargo deck with restraint systems, a pressurized cargo hold, and quick-turnaround freight operations.

The DC-9’s smaller airframe and high-lift wing design enable it to operate from shorter runways that even slightly larger aircraft would be unable to use. Despite its relatively compact size, its maximum payload and cargo area are capable of handling large and oversized shipments.       

The aircraft is known for its structural durability and reliability with a proven airframe, simplified and redundant hydraulic and electrical systems, and trouble-free maintenance. Spare parts are readily available and maintenance procedures are well documented.  

Choose AirFreight.com and get the right aircraft for your shipment. Let our concierge-level customer service and complete shipment flexibility get your delivery where it needs to be when you need it there.

Exclusive use of aircraft, ensuring no conflicting priorities

24/7/365 service availability for whenever you need transport

Platinum-level service and timing to reduce stress

In-flight tracking for accurate delivery status information

Cargo Capacity & Access

The DC-9’s upper main deck is composed of a reinforced floor and a cargo restraint system. The lower deck can carry additional loose cargo. Both decks are pressurized and climate controlled. With both decks combined, the aircraft can hold 4,562 cubic feet of cargo weighing up to 22,930 pounds.  

Upper Main Deck: The main deck features a reinforced floor and a cargo restraint system, optimized for large cargo loads, palletized freight, and bulk cargo. It extends from behind the cockpit to the rear of the fuselage.

Lower Deck: The lower deck is separated into two compartments fore and aft of the wing. Cargo in the lower deck is typically manually loaded and contains loose items.

Cargo Doors: The main cargo door provides access to the main deck on the left side of the aircraft and is 136 inches in width and 81 inches in height. It swings up and clear of the space. The lower deck compartments are accessed by two inward retracting doors approximately 106 inches in width and 67 inches in height. 

TYPES OF CARGO

The DC-9 is well-suited for transporting a wide range of cargo, such as:

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Moderate-sized industrial equipment and assemblies.

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Oil and gas assemblies and components.
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Replacement parts for critical machinery or vehicles.
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Specialized tools for repair or maintenance.
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Time-sensitive goods.
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Emergency equipment for disaster-affected areas.
Douglas-DC 9 cutaway

Top Down Cutaway

Main Deck (Top)
Lower Deck (Bottom)

McDonnell Douglas DC-9 15F payload

Max Payload

Cubic Feet: 4,562
Weight: 22,930

Douglas-DC 9 Side Cargo Doors

Side Cargo Door

Main Deck
Width: 136 in
Height: 81 in

Lower Deck
Fore and Aft

Width: 106 in
Height: 67 in

Range & Routes

The DC-9 has a non-stop range of approximately 1,650 miles at maximum payload, making it ideal for domestic routes and remote locations throughout the US, Canada, and Mexico.

Airport Requirements

The DC-9 has very modest airport requirements and can operate from relatively short paved and concrete runways typically found at small and large commercial airports.

Taxiway Width: The aircraft’s length of 109 feet and wingspan of 125 feet allows it to operate on standard commercial size taxiways with a minimum width of 75 feet. 

Parking Apron Space: At minimum, the DC-9 requires a parking apron of 135 feet x 135 feet to accommodate the external dimensions of the aircraft and for easy access of service vehicles.

Ground Handling: The aircraft is designed with a low profile, allowing for efficient loading and unloading using forklifts, belt loaders, and cargo loaders.

Fueling: Fueling may be carried out using large capacity fuel trucks or fueling systems capable of transferring large quantities of fuel. Fuel capacity is dependent on the weight of the payload carried by the aircraft and the range of travel required but can be up to 4,900 gallons.

Power and Air Support: The aircraft is equipped with an internal auxiliary power unit located in the aft fuselage and may also be connected to ground power units to power electrical and pneumatic systems when the engines are not running.

Runway Requirements

Takeoff Runway Length: The minimum runway length for the DC-9 at maximum payload is approximately 6,000 feet. This requirement will vary based on altitude, temperature, wind conditions, and runway conditions. High-altitude airports at elevations over 8,000 feet may require longer runways due to lower air density.

Landing Runway Length: The DC-9 at maximum payload requires a minimum runway length of 5,000 feet. Wet, icy, unpaved, gravel, or grass runways may extend the minimum landing distance required for safe operation.

Crew

The DC-9 is operated by two pilots. Additional cargo support personnel may be assigned to the flight by the carrier to monitor the cargo and coordinate seamless end-to-end delivery.

KEY AIRCRAFT SPECIFICATIONS

Length

104 feet

Wingspan

90 feet

Maximum Takeoff Weight

90,000 pounds

Maximum Payload

Approximately 22,930 pounds

Range

Approximately 1,650 miles with a full payload including crew, fuel, and cargo

Cargo Volume

pproximately 4,562 cubic feet

Cruise Speed

550 miles per hour

Engines

Typically equipped with two Pratt & Whitney JT8D turbofan engines

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Ultra-Critical Shipments

At AirFreight.com, we understand every second of downtime in the oil and gas industry can result in substantial financial losses. We aim to prevent further operational delays and minimize production losses. Our expertise in ultra-critical shipments means you have complete shipment flexibility, and ensures that your essential equipment reaches its destination, door to door, as fast as humanly possible. 

The Challenge

A major oil production facility in northeastern British Columbia faced a critical situation when an essential gas dehydration unit suffered unexpected component failures. Without a functioning unit, the facility was at significant risk for output reductions leading to millions in lost revenue and regulatory complications due to unprocessed gas accumulating within the pipeline network.

After assessing the failure, the engineering team determined that two large components needed immediate replacement. While a backup system existed, it didn’t have the capacity to handle full-scale operations, and a new dehydration system was required. The only available replacement components were located at a supplier in Oklahoma and a shipment by air would be needed as soon as possible.

How We Solve It

Given the urgency, the Operations Manager immediately reached out to AirFreight.com, having relied on their expertise for previous ultra critical shipments. The logistical challenges were significant. This type of equipment was usually scheduled and trucked in given with plenty of lead time. The oilfield’s location was isolated, but a paved runway, primarily used for air traffic supporting area industries, was located nearby. The gas dehydration unit, while compact, was heavy and oversize, and required careful handling to prevent damaging the internal components. Their dedicated Expeditor assessed the real-time data on aircraft availability, locations, and specifications, and developed a plan for the fastest delivery possible.

Smaller aircraft that typically serviced the area were ruled out, but a DC-9 could easily handle the cargo dimensions and weight while the runway requirements fell within its capabilities. The Expeditor arranged for the transport of the dehydrator and additional supporting equipment by semi-tractor trailer from the supplier to the nearest airport, and from the airport to the remote runway. The engineering team would coordinate with the Expeditor to arrange transport of the shipment from the runway back to their facility using their own trucks.  

Before dawn, the palletized gas dehydration unit and crated equipment were carefully loaded and secured to the flatbed semi-trailer for transport. The pre-dawn takeoff was scheduled to avoid the influx of daily passenger flights along the route, allowing for the most direct flight.  

During the flight, the Expeditor provided in-flight tracking and continuous updates to the engineering team, giving them visibility into the aircraft’s progress as they prepared for immediate offloading. As the DC-9 descended over the snow-covered terrain, it touched down and executed a smooth landing on the frosted runway. 

As soon as the aircraft came to a stop and was secured, the team moved in to unload the cargo, carefully transferring the components to their flatbed trailer. After installation and testing, the oil production facility was back to full-capacity operations by late afternoon.

At AirFreight.com, we recognize that when equipment failures threaten operations, time is the most valuable resource. Our 24/7 air charter services ensure that critical shipments reach their destinations quickly, reliably, and without compromise, keeping industries moving when every second counts.

Reach out today, and let’s solve your urgent shipping needs. Either I or a member of the team will be with you from start to finish.

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Steve Jansen

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