Airport Ground Support Equipment Transport

Airport Ground Support Equipment Transport Services

The US commercial aviation industry operates over 5,000 public-use airports, and each one requires a fleet of specialized ground support equipment (GSE) to safely turn aircraft between flights. When airports expand, modernize, or replace aging equipment, and when GSE manufacturers and leasing companies need to reposition assets between facilities, that equipment has to move by highway. Much of it is oversize, overweight, or both — and all of it requires the care that comes with transporting high-value operational equipment with tight delivery windows tied to aircraft maintenance schedules and airport expansion projects.

R&RM LLC has been transporting oversize loads and industrial equipment across all 48 continental states since 2011. This page covers the major categories of airport ground support equipment we transport, the permit and trailer requirements each category generates, and the delivery coordination considerations specific to airport-destination moves.

Aircraft Pushback Tractors and Tugs

Conventional Towbar Tractors

Conventional aircraft tugs — towbar tractors that connect to the aircraft nose gear via a rigid or articulated towbar — range from small apron tractors used at general aviation facilities to large widebody aircraft tractors for 747, 777, and A380 service. Transport dimensions and weights vary considerably across this range:

• Small apron tractors (5,000–20,000 lb operating weight): These compact tugs fit on a standard flatbed without oversize permits in most configurations. Their low center of gravity and compact footprint make them among the simpler GSE loads. Multiple units often ship together on a single flatbed or step-deck.
• Medium narrowbody aircraft tractors (20,000–60,000 lb): Tractors in this range — used for 737, A320, and regional jet service — are wide, low-profile machines that approach overwidth permit territory for the widest configurations. At 8 to 10 feet wide on the trailer and 10,000 to 30,000 pounds of tractor weight, these are typically within standard flatbed capacity but may require overwidth permits depending on configuration and shipping orientation.
• Large widebody aircraft tractors (60,000–250,000 lb): High-capacity tractors for widebody aircraft — the TLD TBL-660, Goldhofer AST-3, and similar units — are substantially larger machines. The heaviest of these exceed 100,000 pounds gross vehicle weight when transported on their trailer, requiring overweight permits and multi-axle lowboy trailer configurations. Their width — often 10 to 14 feet — also requires overwidth permits in most states.

Towbarless Aircraft Tractors

Towbarless pushback tractors — machines that cradle and lift the aircraft nose gear directly without a towbar — are among the most complex and expensive pieces of GSE in any airline's fleet. They are also among the heavier and wider GSE loads on the highway. Units like the Mototok Spacer 8600 and the TLD TaxiBot are substantial machines: widths of 10 to 14 feet, operating weights of 60,000 to 160,000 pounds, and transport heights of 7 to 10 feet depending on the transport position. The nose gear cradle mechanism — the complex hydraulic clamping assembly that contacts the aircraft wheel — is a precision component that must be transported in a protected position and must not be rested on the pavement during loading and unloading at intermediate stops. We transport towbarless tractors on RGN lowboy trailers or multi-axle lowboys, with overwidth and overweight permits as required.

Aircraft Deicing and Anti-Icing Equipment

Self-Propelled Deicing Trucks

Aircraft deicing vehicles are among the most visually distinctive pieces of airport ground support equipment — the large boom-mounted fluid delivery platforms that spray heated glycol deicing fluid on aircraft surfaces before winter operations. Major deicing truck platforms include the FMC/United Airlines Model 6000, the Global Ground Support DI-3000, the VESTERGAARD Elephant BETA, and the Safeaero Trapper deicers. Transport considerations for deicing trucks include:

• Boom height in transport position: The large articulated boom on a deicing truck — which extends to reach widebody aircraft upper surfaces in operation — folds into a travel position for highway transport. Even folded, the boom adds height to the load. Many full-size deicing platforms exceed 13 feet 6 inches in total height as shipped, requiring overheight permits on a standard flatbed. Some larger units require step-deck or RGN trailers to reduce total height below the overheight threshold.
• Overall vehicle length: Full-size deicing trucks are typically 35 to 55 feet long. Those at the upper end of this range, when loaded on a trailer, approach or exceed the 65-foot overall length limit in some states, requiring overlength permits or careful trailer selection.
• Residual fluid management: Deicing trucks that have been in service retain some quantity of glycol deicing fluid in the tank. State hazmat regulations govern the transport of vehicles carrying residual glycol. Tanks should be drained before transport, or the shipment documented as a hazmat move if residual fluid is present.

Ground-Based Deicing Systems and Centralized Facilities

Some major airports use centralized deicing facilities — fixed or movable deicing platforms, glycol recovery vacuum systems, and ground-based gantry deicers at specific deicing pads. Individual components of these systems — glycol tank modules, pump skids, heated glycol distribution manifolds, and overhead gantry steel — ship as standard industrial equipment on flatbeds and step-decks. The larger platform structures and steel gantry assemblies may require overwidth or overlength permits for the widest and longest components.

Aircraft Rescue and Firefighting (ARFF) Vehicles

Index A–E ARFF Trucks

Airport rescue and firefighting vehicles are specialized fire apparatus designed for aircraft emergency response — the large, high-mobility foam-equipped trucks stationed at all commercial service airports as required by FAA Advisory Circular 150/5210-6. ARFF vehicles for larger airport categories are substantial machines:

• Striker 3000 and similar heavy ARFF units: The Oshkosh Striker 3000 and comparable platforms (E-ONE Titan, Rosenbauer Panther, Ziegler Z8) used at major commercial airports are 8-axle, all-wheel-drive vehicles carrying 3,000 gallons of water and 420 gallons of AFFF foam concentrate. Operating weight fully loaded is 80,000 to 100,000 pounds. When transported on a lowboy trailer with an empty tank, transport weight approaches the overweight permit threshold. Width varies by body configuration from 9 to 11 feet, and total height — particularly for vehicles with the elevated monitor turret in the travel position — often exceeds 13 feet 6 inches.
• Mid-size ARFF vehicles (Index B/C airports): ARFF units for smaller commercial and reliever airports — units like the Oshkosh Striker 1500 and E-ONE Titan 4x4 — are more compact but still substantial highway loads. Their lower height profiles are less likely to require overheight permits, but their width (typically 9 to 10 feet) still requires overwidth permits.
• Rapid intervention vehicles (RIV): Smaller, fast-response RIV units used at general aviation airports and as first-response vehicles at larger airports are compact enough in most configurations to ship on a standard flatbed without oversize permits — they resemble large pickup trucks in transport dimensions.

ARFF vehicles moving between airports, going to and from manufacturers for overhaul, or being relocated to a new operator are all scenarios that generate highway transport demand. We work with airport operators, aviation OEMs, and ARFF fleet management companies to coordinate permits and delivery timing around airport operational requirements.

Airfield Maintenance Equipment

Runway Snow Removal Equipment

Major hub airports in northern states maintain large fleets of specialized snow removal equipment: high-speed runway snowblowers, rotary broom sweepers, combination blower-sweepers, and runway snow plows. These are larger and more capable than municipal snow equipment — designed for rapid pavement clearing across wide runway surfaces. Key transport characteristics:

• High-speed snowblowers: Runway snowblowers from manufacturers like Wausau Equipment and M-B Companies are large, articulated machines — often 12 to 14 feet wide — with a front-mounted blower head that must be removed or folded for transport. The blower section, transported separately, is itself a wide load requiring overwidth permits. The tractor unit with the blower folded may still exceed 11 to 12 feet in width, requiring overwidth permits.
• Runway sweeper/blower combinations: Multi-function airfield broom trucks with front sweeping heads, middle broom segments, and rear blowers are long, wide machines — up to 60 feet in operating configuration, with multiple attachment points that require careful disassembly before highway transport. These typically ship in sections on multiple trailers.
• Airfield snow plow trucks: Airport-spec plow trucks (with wing plows, underbody scrapers, and spreader bodies) are wide loads when the plow blade is attached. Most airport plow configurations require overwidth permits when the wing plow extends the overall transport width beyond 8 feet 6 inches.

Airfield Sweepers and FOD Control Equipment

Foreign object debris (FOD) control is a constant operational requirement at every airport — runway and taxiway surface debris can cause catastrophic engine ingestion damage. Airfield broom sweepers, magnetic FOD detection and collection systems, and multi-function pavement surface cleaners are smaller than snow removal equipment but still generate oversize transport demand for the widest broom-head configurations. Large multi-function airfield sweepers (10 to 12 feet wide) require overwidth permits when the broom heads are not removable for transport.

Runway Friction Testing Equipment

Continuous friction measuring equipment (CFME) vehicles — specialized trucks equipped with a test wheel and friction measurement instrumentation used to certify runway surface friction for FAA compliance — are standard highway vehicles in transport but may require overlength permits for trailers with extended instrumentation booms. These are lighter-duty loads that typically transport on flatbeds without overweight permits.

Passenger Boarding Bridges and Ground-Level Boarding Equipment

Passenger Boarding Bridge Sections

Passenger boarding bridges (jet bridges) — the enclosed walkways that connect terminal gates to aircraft doors — are large fabricated steel structures that ship in sections when removed from service, relocated, or installed at a new gate. Individual bridge sections vary in length (30 to 60 feet), width (10 to 14 feet), and weight (20,000 to 60,000 pounds per section). A complete bridge assembly may involve 3 to 5 sections plus the rotunda and interface cab. Transport requirements:

• Individual bridge tunnel sections of 10 to 14 feet in width require overwidth permits and, in some cases, overheight permits depending on how the section is oriented on the trailer and whether the walkway walls can be removed for transport.
• The rotunda cab — the round terminal-side enclosure that pivots as the bridge swings to align with aircraft doors — is among the wider components in a complete bridge assembly, typically 12 to 16 feet in diameter. It requires superload-class permits for width at the larger end of this range.
• Long bridge tunnel sections (50 to 60 feet) require overlength permits and careful selection of trailer type to keep overhang within legal limits.

See our related guide on oversize load transport services for general information on width and height permit triggers.

Mobile Boarding Stairs and Passenger Steps

Self-propelled and tow-type boarding stairs used at airports without jetways, and for rear-door boarding at airports with forward jetways, range from small general aviation airstairs to large widebody passenger steps for 747 and A380 rear-door service. Large self-propelled widebody airstairs are substantial vehicles — 10 to 14 feet wide in transport position — requiring overwidth permits. The stair assembly itself, folded for transport, adds significant height: most large airstairs exceed 13 feet 6 inches in overall transport height, requiring overheight permits. These are typically transported on step-deck or RGN trailers to reduce total height.

Baggage Handling and Cargo Equipment

Ground Power Units and Air Start Units

Aircraft ground power units (GPU) — towable or self-propelled generators that supply 400 Hz electrical power to aircraft systems while the engines are shut down — range from small portable units for turboprop and regional jets to large 180 kVA and 270 kVA units for widebody aircraft. The largest self-propelled GPU platforms are substantial highway loads in the 20,000 to 50,000-pound range. Aircraft air start units (ASU) — compressed air supply carts used to start aircraft engines — are similarly sized. Multiple units can be shipped together on a single flatbed for cost efficiency when available.

Cargo Loaders and Container Handlers

Main deck cargo loaders and lower-lobe unit load device (ULD) loaders used at major cargo airports and belly freight operations at hub airports are large hydraulic platform vehicles. A widebody main deck cargo loader — the type used to load 96 x 125-inch ULD containers into 747F, 777F, and A330F main deck positions — is a substantial machine: typically 30 to 40 feet long, 10 to 14 feet wide, and 12 to 16 feet in overall transport height with the platform fully lowered. These require overwidth permits and in many configurations overheight permits as well. Lower-lobe loaders for belly cargo are smaller but still generate oversize permit requirements for the widest configurations. See our equipment pages on industrial forklifts and reach stackers for related container handling equipment transport.

Airport Fuel Delivery and Hydrant Equipment

Aircraft Refueling Trucks and Hydrant Dispensers

Airport aircraft refueling vehicles range from small single-truck refuelers for general aviation to large 10,000-gallon tanker trucks and high-flow hydrant dispenser carts for mainline operations. Large aviation refueling tankers — 10,000-gallon capacity Titan or Carter Ground Fueling units — are heavy trucks that approach overweight permit territory when the tank is partially full and that may have overall widths or heights requiring permits depending on configuration. When transported as cargo rather than driven to a new location, these tanks ship as overweight loads on multi-axle lowboys. High-flow hydrant dispenser carts (HDC) for airport fuel hydrant systems are towable vehicles with large-diameter hose reels and dispensing cabinets — typically transportable on flatbeds within standard size limits.

Trailer Selection and Permit Considerations for Airport GSE

Choosing the Right Trailer

Airport ground support equipment spans a very wide range of weights and dimensions. The appropriate trailer type depends on the specific GSE unit:

• Standard flatbed: Small aircraft tugs, GPU units, small ARFF vehicles, airfield lighting equipment, and GSE weighing under 40,000 pounds with no oversize dimensions. Fastest, lowest-cost option when the load qualifies.
• Step-deck (drop-deck) trailer: Most mid-size GSE — deicing trucks, medium ARFF vehicles, airstairs with folded boom, and medium cargo loaders — benefits from the 10-inch drop in deck height that a step-deck provides, which reduces total load height and may avoid overheight permits for loads that would be overheight on a flatbed.
• RGN lowboy trailer: Large aircraft pushback tractors, widebody cargo loaders, heavy deicing vehicles, and large ARFF trucks that exceed step-deck capacity in either weight or height. RGN trailers provide the lowest deck height available for wheeled GSE, minimizing total transport height.
• Multi-axle lowboy: The heaviest GSE — large widebody pushback tractors exceeding 80,000 pounds transport weight, heavy ARFF units, and large deicing platforms — requires multi-axle weight distribution to stay within per-axle overweight permit limits.

Airport Delivery Coordination

Delivering heavy equipment to an airport introduces logistics considerations not present on a standard industrial delivery:

• Security credentialing and badging: Delivery to an airside (sterile area) location requires the driver and potentially escort personnel to hold airport-issued security credentials, or the receiving party must arrange airside escort. Airside deliveries for gate equipment, ARFF vehicles being delivered to the fire station, and airfield maintenance equipment require advance coordination with the airport's operations center (AOC) to arrange access.
• Height restrictions on ramp and taxilane access routes: Airports have published height restrictions for vehicle access to the apron and ramp areas — typically 12 to 13 feet 6 inches on vehicle access roads designed for GSE. A loaded RGN trailer carrying a tall pushback tractor may exceed this clearance on the access route, requiring the load to be unladen before it enters the restricted-height area or delivery to be made to a landside staging area for transfer to an airport vehicle.
• FAA obstruction clearance: Deliveries to locations within the safety areas around runways and taxiways require coordination with the airport's airfield operations and, in some cases, FAA approval to operate tall vehicles near runway approach and departure paths. Very tall loaded trailers (15 feet and above) operating near airfields are subject to FAA obstruction lighting requirements.
• Runway and taxiway crossing coordination: Some airport service entrances require crossing active taxiways to reach the apron or maintenance hangars. Low-speed runway and taxiway crossings require radio coordination with the airport traffic control tower and may be restricted to certain hours or air traffic conditions.

Industries and Organizations Generating Airport GSE Moves

• Airlines and airline ground handling subsidiaries: Airlines that own their own GSE — major carriers like Delta, United, American, Southwest, and their ground handling subsidiaries — regularly transfer equipment between hub and spoke airports as traffic patterns change and aircraft retirements or additions alter the GSE mix required at each location.
• Airport authorities: Airport operators move airfield maintenance equipment between their own facilities, take delivery of new equipment from manufacturers, and retire equipment to surplus or auction facilities. Major airports in Georgia (Atlanta Hartsfield-Jackson), Texas (DFW, Houston Bush IAH), Florida (Miami, Orlando), and across all 48 states generate regular GSE transport demand.
• GSE manufacturers and distributors: TLD, Mallaghan, Weigl, JBT Aerotech, Textron GSE, Oshkosh Airport Products, and other manufacturers deliver new equipment from their US manufacturing facilities or port-of-entry locations to airports nationwide. Many GSE manufacturers maintain service and refurbishment facilities that ship repaired units back to airline customers.
• GSE leasing companies: Aviation equipment leasing companies — GATX, Air T, and smaller regional lessors — reposition GSE between lessees as leases expire and new lessees are onboarded at different airports.
• Airport construction and expansion contractors: New terminal construction generates large one-time GSE transport demand: passenger boarding bridges from the manufacturer to the new terminal, deicing equipment for new deicing pads, ARFF vehicles for the new station, and all the GSE needed to equip a new concourse.

Regional Service

R&RM LLC is based in Cumming, Georgia, 30 miles north of Atlanta Hartsfield-Jackson International Airport — the busiest airport in the world by passenger traffic and one of the highest-volume GSE markets in the country. We serve airports across all 48 continental states and are particularly active in the Southeast, where major hubs in Georgia, Florida, North Carolina, and Tennessee generate consistent GSE transport demand. Our permit services team handles oversize and overweight permits for all 48 states, with experience across the full range of GSE types and airport delivery scenarios.

Getting a Quote for Airport GSE Transport

To provide an accurate quote for airport ground support equipment transport, we need the following information:

• Equipment type, manufacturer, and model (e.g., Oshkosh Striker 3000, TLD TBL-660, Vestergaard Elephant BETA)
• Weight and overall transport dimensions (length, width, height as shipped)
• Loading method at origin — does the unit drive on under its own power, or is it lifted by crane?
• Origin address (manufacturer, airport, repair facility, leasing depot)
• Destination address — including whether delivery is to landside or airside, and any known airport access constraints
• Required delivery date and any aircraft maintenance schedule constraints
• Any special handling requirements from the manufacturer (blocking positions, towing restrictions, fluid drain requirements)

R&RM LLC handles permit applications, trailer selection, and delivery coordination for airport ground support equipment moves. Call us at (404) 987-6225 or use the form below to start your GSE transport quote.