Skip to main content

New runway for US military airbase in Florida

A new runway surface has now been laid at MacDill Air Force Base in the US, located approximately 6.4km south-west of downtown Tampa, Florida. This facility is the base for the US Air Force’s Air Mobility Command, which provides airlift, special missions, aerial refuelling, and aeromedical evacuation for the armed forces. MacDill is home to 16 KC-135 Stratotankers and three C-37 Gulfstreams, which use the runway every day. At any point, there will be a steady flow of aircraft departing and landing on the
December 7, 2017 Read time: 3 mins
Work carried on roudn the clock during the 96-hour possession

A new runway surface has now been laid at MacDill Air Force Base in the US, located approximately 6.4km south-west of downtown Tampa, Florida

This facility is the base for the US Air Force’s Air Mobility Command, which provides airlift, special missions, aerial refuelling, and aeromedical evacuation for the armed forces. MacDill is home to 16 KC-135 Stratotankers and three C-37 Gulfstreams, which use the runway every day.

At any point, there will be a steady flow of aircraft departing and landing on the base’s sole runway, Runway 4-22. The runway is 2,871m long by 46m wide and usually requires resurfacing every 15 years or so. In 2016 the surface had provided MacDill Air Force Base with 16 years of service and wear and cracks had developed, with even the best pilots finding it rough for smooth landings.

The US$8.1 million runway resurfacing project was awarded to Danner Construction Company, Tampa, FL, as the general contractor on the project. Ajax Paving Industries, North Venice, FL, completed the paving and Turtle Southeast, Largo, FL handled all of the asphalt milling of the old surface.

The overall project is expected to close the runway for about two months. The aircraft traffic was redirected to nearby Tampa International Airport and to Joint Base Charleston to continue the base’s operations.

“The challenge we faced was time,” stated T Allen Gill, general manager with Turtle Southeast, “Our window for milling the entire runway was set at 96 hours.”

To complete the project on time, Turtle assigned much of its equipment and staff. The company has 50 employees and a fleet that includes 13 1252 Roadtec milling machines, 13 service trucks, nine transports, five water trucks and various ancillary vehicles.

The total milling depth of the project was 108mm and required a total of 400 machine hours to complete. Turtle milled the first layer of asphalt at 57mm and then milled the second layer to final grade using a machine control GPS system. The company had 30 employees working on the project and dedicated eight of its Roadtec RX-700e cold planers to ensure the project was done accurately and within the tight timeframe.

Additionally, Turtle Southeast needed to ensure that the milled grade was tight enough so that Ajax could achieve finished paving tolerances of 6.35mm or less to meet FAA standards.

The firm said it ran its milling machines 20 hours/day without a single minute of downtime, with some older units included in that group but proving as reliable as the new ones.

The RX-700e features a 563kW Caterpillar engine and the machines have the exclusive Roadtec Guardian Telematics System, which monitors the machine in real time through a wireless signal, and can address any issues that may arise while the machine works. The telematics system also allows Roadtec service personnel to remotely view the machine in real time. 

“We worked hard on this project and put in some long hours,” stated Gill, who also credits Ajax for its support throughout the project and staging the trucks, so the milling could continue uninterrupted. “When we started the day on Saturday morning there were a total of 130 trucks lined up and waiting to be filled.”

For more information on companies in this article

Related Content

  • Milling accurately for construction efficiency
    May 16, 2014
    The two-way flow of machine data is a crucial issue for machine optimisation and new telematics systems are becoming increasingly important in construction Telematics systems can be tapped into by machine control technologies to allow greater integration of the machine as a data provider within an operation. And for certain production machines that feature wear-intensive operation, telematics systems are becoming a vital tool for minimising maintenance costs by scheduling service intervals, maximising u
  • Rebuilding the busy Frankfurt Airport in Germany
    September 12, 2017
    Handling up to 450 take-offs/day, Runway West is Frankfurt Airport’s busiest runway. Over 50% of the aircraft taking off from the airport uses Runway West, and a point worth noting is that this German airport is one of the busiest in Europe. In 2016, Frankfurt Airport handled nearly 61 million passengers, surpassed by Schiphol in Amsterdam and Charles de Gaulle in Paris, Europe’s third and second busiest airports respectively. Meanwhile London’s Heathrow remained Europe’s busiest airport
  • Rebuilding the busy Frankfurt Airport in Germany
    September 12, 2017
    Handling up to 450 take-offs/day, Runway West is Frankfurt Airport’s busiest runway. Over 50% of the aircraft taking off from the airport uses Runway West, and a point worth noting is that this German airport is one of the busiest in Europe. In 2016, Frankfurt Airport handled nearly 61 million passengers, surpassed by Schiphol in Amsterdam and Charles de Gaulle in Paris, Europe’s third and second busiest airports respectively. Meanwhile London’s Heathrow remained Europe’s busiest airport
  • Airport runway rebuild at Bologna
    May 15, 2019
    Rebuilding a runway requires special attention to detail to maximise efficiency and safety Airport runways face special challenges with regard to the loads they carry on a daily basis, particularly when aircraft are landing. A modern jet aircraft will typically land at speeds of around 240-260km/h, with a laden 747 weighing as much as 265tonnes at the end of a long flight. The stresses these large aircraft place on runway surfaces are enormous and not just with the massive impact forces exerted during