Aircraft Towing: Procedures, Handover and Equipment Costs

Prepare the people, aircraft and equipment before a move

Aircraft towing is an aircraft-specific task performed in a particular airport environment with particular equipment. A generic walking-speed rule, universal control-lock instruction or list of suggested push points cannot replace the applicable procedures and trained personnel. For an owner, the useful first step is to confirm who is authorized to move the aircraft and which instructions and equipment they will use.

Ground damage can disrupt an ownership plan through repairs, downtime and continuing cash commitments. This guide does not assign a national incident frequency, rank the most common causes or quote universal repair prices. Those claims require data about defined events and aircraft. Instead, it provides an owner handover and budgeting framework, with questions to resolve before movement and a fictional equipment-cost example.

Use current aircraft and equipment instructions, the operator's procedures and applicable airport requirements. An owner's familiarity with flying the aircraft does not automatically qualify that owner to direct every towing method. When the method, condition, clearance or personnel are uncertain, resolve the uncertainty with qualified people before proceeding.

Read FAA guidance alongside the actual procedures

The FAA's FAA AC 00-34B: ground handling, servicing and marshalling addresses ground handling, servicing and marshalling. Its towing discussion includes suitable equipment and capacity, familiarity with the aircraft, clearances, personnel and aircraft-specific considerations. The current advisory-circular index states that the guidance is not all-inclusive and does not override additional or different local airport procedures.

The FAA's FAA AC 00-65A: towbar and towbarless movement specifically addresses towbar and towbarless movement. It discusses equipment inspections, communication, hazards and personnel responsibilities. Its applicability includes Part 91 and several other operating contexts, but it remains guidance rather than a substitute for the aircraft and towing-equipment instructions. The exact procedure needs to match the aircraft, equipment and operation.

Do not turn those sources into a universal internet checklist for brake configurations, steering disconnects, control locks or pushing locations. Ask the responsible crew to identify the applicable procedure and any aircraft-specific limitations. A general guide can help an owner ask better questions; it cannot establish that an individual aircraft is prepared correctly for a particular move.

Use a concise handover before an FBO or shop moves the aircraft

Identify the aircraft clearly and agree on the requested destination. Tell the provider about relevant documented restrictions or unresolved issues, and provide the applicable information through its normal process. Do not rely on an informal statement that the aircraft “tows like the other one.” A different model, configuration or landing-gear arrangement may require a different setup.

Ask who is leading the movement and how the crew will coordinate. Identify any required observers and who has authority to stop the operation. The owner should not assume the lead role merely because the aircraft is an owned asset. Clear responsibility matters more than adding an extra person who has not been briefed or authorized to participate.

Confirm the scope of the service: moving out of a hangar, repositioning on an apron, movement through controlled areas or final parking and securing. Those are not necessarily the same assignment. If the destination or route changes, communicate the change before improvising a different operation. Keep your contact information available for questions rather than expecting the crew to infer your intentions.

This is an owner coordination record, not an operating checklist or an approval to tow. Let the qualified crew use the actual required procedures. The practical value is that assumptions and unresolved questions become visible before the aircraft is moved.

Match the towing method to compatibility and conditions

Hand towbars, powered towbar combinations and towbarless equipment have different interfaces and operating requirements. Obtain confirmation that the equipment is suitable for the actual aircraft, loading and conditions, not merely advertised for a broad weight category. Ask about attachments, steering limitations, tires, inspection and maintenance requirements, and operator training.

Do not assume towbarless equipment eliminates all collision, disconnect or steering risks. Do not assume every towbar procedure prohibits or permits exactly the same movements. The method, configuration and manufacturer instructions matter. An equipment demonstration on a different aircraft or an empty demonstration area does not establish suitability for a loaded aircraft in your hangar.

The FAA towing guidance also considers hazards such as visibility, weather, traffic and congestion when assessing personnel and observer needs. Rather than declaring a universal number of wing walkers for every aircraft, have the responsible operator determine the appropriate staffing for the actual move. If clearance cannot be reliably assessed, resolve that limitation rather than treating a floor mark or camera view as complete protection.

For tailwheel aircraft or unusual gear configurations, request the specific approved handling method and suitable equipment. Avoid generic statements that every tailwheel assembly is more fragile or that a person should hold a particular surface in wind. Those statements can encourage unsuitable handling. Aircraft-specific instructions should identify where and how ground loads may be applied.

Assess the route and communicate a stop process

A route assessment should address actual obstacles and conditions at the time of movement. Consider the entire aircraft, equipment and necessary working space, including overhead features and clearance during changes of direction. A route that worked yesterday may have different aircraft, vehicles, equipment or door positions today. Treat any changed route as a reason to reassess the task.

Agree on the communication method before the move. The crew needs a shared understanding of who gives instructions, how a stop is communicated and what happens if communication or visibility is lost. Use the operator's trained signals and procedures rather than inventing a hand signal from an internet description. A person without the required view should not provide a positive clearance merely to keep the operation moving.

Check airport access and movement requirements with the appropriate authority. Authorization to store an aircraft at an airport does not automatically authorize every vehicle, route or controlled-area movement. Clarify permits, communications and any tower or airport coordination required for the intended task. Resolve those requirements before crossing into an area whose operating conditions are unknown to the crew.

In poor visibility, strong wind, precipitation or a slippery surface, use the applicable procedures and limits and the operator's assessment. This guide provides no universal wind threshold or improvised rescue technique. If the arrangement cannot be performed within the required conditions, defer the move and involve qualified assistance rather than asking an unbriefed person to hold a wing or stop a rolling aircraft.

Compare equipment costs without promising avoided damage

Consider a completely fictional four-year comparison. A manual-equipment option has $300 initial cash and $40 annual selected maintenance cash. A powered option has $4,500 initial cash and $200 annually. Assume the first takes twelve administrative/handling minutes per move and the second takes five. Value the assumed time at $50 per hour. These are invented inputs, not equipment quotes, validated task timings or a recommended staffing procedure.

At sixty moves annually, four-year selected cash is $460 for the manual option and $5,300 for the powered option. Allocated time value is $2,400 versus $1,000. Combined cash and allocated time is therefore $2,860 versus $6,300. The powered option uses $4,840 more selected cash and has $1,400 less allocated time value under those assumptions.

At 180 moves annually, the modeled difference narrows to $640. With exactly these assumptions, time value offsets the $4,840 extra cash at approximately 207.43 annual moves, or 208 whole annual moves to exceed the threshold. That is an arithmetic comparison, not a prediction of actual usage or a guarantee of savings. If the time is not converted to paid work or another valued activity, it is not necessarily a bank saving.

The comparison omits financing, resale, storage, charging arrangements, training, different staffing needs and any aircraft-specific installation or equipment. It also assigns no monetary benefit to an imagined avoided collision. First confirm the methods are suitable and the required safety process is feasible; only then compare their actual costs and convenience. A lower modeled amount cannot make unsuitable equipment acceptable.

Document condition and respond to an event factually

Where practical and appropriate to the handover, retain a dated condition record and note existing discrepancies. Agree on how the provider reports a new concern. Photographs can help show observed condition, but they do not establish the full technical state of an aircraft, prove the cause of damage or automatically determine liability.

If contact or a possible handling problem occurs, stop the planned process through the responsible crew and make the situation safe using its procedures. Record facts, people involved, time, location and available evidence. Notify the relevant provider, airport and insurer as appropriate to the circumstances and policy. Do not assume that another party's insurance will pay automatically or that incidents below a particular dollar amount need not be reported.

Obtain qualified technical assessment before returning a potentially affected aircraft to operation. 14 CFR 91.7: aircraft condition for safe flight addresses the condition-for-safe-flight responsibility, while 14 CFR 91.417: maintenance records and transfer addresses applicable maintenance evidence. An absence of obvious exterior damage or a successful subsequent start does not replace assessment of possible hidden effects. The actual work and return-to-service requirements need aircraft-specific review.

Keep the financial record separate from the technical and claim status. An estimate, an approved work scope, a paid invoice and an insurance reimbursement are different stages. Budget for continuing debt and storage cash during any downtime, without assuming a claim payment date. Use the insurance guide to prepare questions for the actual policy discussion.

Aircraft ground-handling questions

What is the most common cause of aircraft ground damage?

This guide does not claim a national ranking without a defined dataset. Aircraft contact, unsuitable equipment, clearance problems and communication failures are practical hazards to assess, but naming one as the universal leading cause would require supporting evidence. Focus on the actual aircraft, route, equipment and trained process.

Can I tow my own aircraft at a public airport?

Confirm your training, aircraft and equipment procedures, airport access and any required permissions or communications for the intended route. Aircraft ownership alone does not establish authorization for every vehicle or movement area. Ask the airport and responsible provider before attempting a task whose requirements you have not established.

How fast should I tow an aircraft?

Use the applicable aircraft, equipment and operating procedures and a speed suitable for the actual conditions and stopping capability. This guide does not give a universal three-to-five-mph allowance. Resolve uncertainty with qualified personnel; a generic walking-speed description should not override a more restrictive requirement.

Should I invest in a towbarless tractor?

First confirm compatibility, required training, site conditions, servicing and the actual operating process. Then compare real cash and time requirements. The fictional example shows a sensitivity calculation, not a guaranteed payback or loss reduction. Frequency of use alone cannot establish that a particular tug is suitable or worthwhile.

What should I do if the FBO damages my aircraft during towing?

Record observed facts and available evidence, notify the responsible provider and follow the applicable insurance notice process. Obtain qualified aircraft assessment before further operation when damage may affect safety. Do not assume payment or responsibility is settled solely because an FBO employee was involved; technical, contractual and claim reviews are separate.

Do I need wing walkers every time I move my aircraft?

Staffing depends on the aircraft, method, instructions, airport requirements and hazards such as congestion and visibility. The FAA guidance distinguishes circumstances rather than prescribing one universal crew for every move. Have the responsible qualified operator determine the needed observers and roles; do not proceed with unresolved clearance or communication limitations.

How do I prevent hangar rash?

Use a suitable aircraft-specific movement process, compatible equipment, clear roles and an assessment of the actual route and conditions. Floor markings or protective features can support an approved local arrangement, but they do not replace reliable clearance assessment. Avoid rushing or improvising when the required people or visibility are unavailable.

What insurance implications does ground damage have?

Review the actual policy's coverage, deductibles, exclusions, notice and cooperation requirements with the insurer or agent. Do not assume every event raises premiums, another party must pay or a universal dollar threshold determines reporting. Preserve factual evidence and distinguish an estimated repair, approved claim and received reimbursement.

Include ground support in the ownership budget

Confirm the storage and handling arrangement before choosing an aircraft whose movement needs your base cannot support. Contact Jaken Aviation to discuss financing preparation with equipment, provider charges and retained cash included in the broader ownership plan.