Every day, ground support equipment moves around some of the world’s most expensive machinery. When something goes wrong, the consequences are immediate and costly: aircraft damage, flight delays, repair bills, and in the worst cases, injuries to passengers and ground crew.
According to the International Air Transport Association (IATA), ground support equipment (GSE) operations account for up to 40% of total global aircraft ground damage.
There is a solution to this costly problem: the guidelines published in Section 913 of the Airport Handling Manual (AHM).
This article explains exactly what these guidelines cover, why they matter, and how airports and ground handlers can benefit from Aviramp’s boarding ramps, manufactured in line with these guidelines.
AHM 913 sets out international guidelines that define the basic safety requirements for aircraft GSE. Published as part of the Airport Handling Manual by the International Air Transport Association, it exists to ensure that the equipment operating around aircraft is designed and built with safety at its core, reducing the risk of damage to aircraft, injury to ground staff, and harm to passengers.
While these guidelines cover the full range of GSE, they are particularly relevant to passenger boarding equipment such as stairs and ramps, where the interface between moving equipment and a stationary aircraft demands careful control. Their requirements address areas including personnel working surfaces, stability and braking, emergency systems, aircraft protection, operational controls and the use of anti-collision and slow-speed technologies designed to prevent contact with the aircraft fuselage.
AHM 913 reflects a broader shift in the industry toward a proactive safety culture, one where human factors, equipment design and operational risk are considered together rather than in isolation. For ground handlers, airlines and airport operators, alignment with AHM 913 is increasingly recognized as an important marker of operational maturity and is becoming a more prominent feature of industry audit and procurement processes.
AHM 913 sets out recommended guidelines rather than a piece of legislation, meaning it does not carry the force of law in the way that national aviation regulations do. However, that distinction matters less in practice than it might appear.
For many organizations, following AHM 913 guidelines is effectively required through contractual obligations. Airlines, airport operators and ground handling companies increasingly reference these guidelines in their service agreements and supplier requirements, meaning that for those operating in those environments, doing so may be a commercial necessity regardless of its legal status.
These guidelines are relevant to a wide range of stakeholders, including:
Any organization involved in the procurement, operation or oversight of ground support equipment has good reason to understand what AHM 913 sets out.
While AHM 913 is internationally recognized, organizations operating in the United States will also be familiar with Federal Aviation Administration (FAA) and Aerospace Recommended Practice (ARP) designations. These frameworks address much of the same ground and align closely with AHM 913, making alignment with these guidelines a strong foundation regardless of the regulatory environment in which you operate.
Importantly, aviation industry guidance often evolves into formal operational or regulatory requirements over time. Investing in AHM-aligned equipment today can therefore help organizations future-proof their operations against potential changes to safety and regulatory expectations further down the line.
AHM 913 sets out a range of design and operational requirements that ground support equipment is measured against. While the full details are available through IATA directly, the requirements broadly address several key areas.
AHM 913 states that:
AHM 913 places significant emphasis on aircraft protection.
This includes requirements around slow-speed control for the final approach to the aircraft, anti-collision systems and designs that minimize or eliminate the risk of contact with the aircraft fuselage. Audible and visual warning systems are also addressed, ensuring operators are alerted to potential hazards in real time.
Meeting these guidelines is not simply a matter of ticking boxes at the point of manufacture. Equipment should be independently tested and verified against the guidelines, rather than self-declared, to provide meaningful assurance to operators, airlines and auditors.
Aviramp’s boarding ramps have been intentionally designed to meet the guidelines set out in the Airport Handling Manual (AHM) section 913, with a range of additional options available to further enhance safety and operational performance.
Aircraft protection sits at the heart of Aviramp’s design.
Operational awareness is addressed through a combination of audible and visual systems, including a reverse warning alarm, LED walkway lighting and aircraft approach lighting, ensuring safe operation in all conditions.
Aviramp’s enhanced range of ramps are available across all five models, each designed to serve a different range of aircraft and operational requirements.
The International is designed for wide-body aircraft operations, serving everything from the A320 up to the A380 lower deck.
The Continental is a fully motorized mobile boarding ramp suitable for a range of aircraft from the A320 family down to the EMB170.
The Regional mobile ramp is tailored for regional and small to medium aircraft, suitable for a range of aircraft from the B737 down to Embraer & CRJ fleets.
The Domestic model is designed to optimize ground handling operations for a range of small aircraft, including CRJ fleets, EMB145, ATR 72/42 & Q400.
The Lite is suitable for ultra-narrow-body aircraft and turboprops, including the EMB145, SAAB 340, ATR72/42 & Q400.
Our wheelchair lifter transforms the way airports and ground handling teams manage wheelchairs and electric mobility aids. It eliminates manual lifting, reduces turnaround delays, and protects valuable equipment.
Aviramp’s boarding ramp range has been intentionally designed to meet the guidelines set out in IATA’s AHM 913 guidance, giving operators confidence that goes beyond a self-declared checklist.
Trusted by major airports and airlines across the United States and the world, Aviramp ramps are proven in some of the most demanding operational environments in aviation. That global track record is backed by a 10-year structural warranty and comprehensive training and maintenance support as standard.
Aviramp also delivers significant operational value beyond its design credentials alone. A single Aviramp ramp replaces multiple pieces of ground support equipment, streamlining operations and reducing costs. Step-free boarding improves the experience for all passengers, particularly those with reduced mobility, while faster docking and departure readiness contributes to quicker turnarounds.
Whether you have questions about the AHM 913 guidelines, want to learn more about our ramps or would like to arrange an in-person demonstration, our team is ready to help. Get in touch today.
Call or complete the form and a member of our team will get back to you.
The full details of AHM 913 are published in the IATA Airport Handling Manual, which is available to purchase directly at iata.org/en/publications/manuals/airport-handling-manual/. The manual is updated annually and represents the authoritative source for the standard’s current requirements.
Yes. A number of the optional extras available for Aviramp boarding ramps are specifically designed to support alignment with AHM 913 guidelines. These include the proximity sensor, extending docking platform, LED walkway lighting, reverse warning alarm and aircraft approach lighting. All of these can be retrofitted to existing Aviramp ramps. Contact our team at sales@aviramp.com to discuss your requirements.
AHM 913 sets out recommended guidelines rather than a legal requirement. However, adherence is increasingly referenced in airline and airport service agreements, making it a practical necessity for many ground handling companies regardless of its formal status.
Aviramp boarding ramps are compatible with a wide range of aircraft, from ultra narrow-body turboprops through to wide-body aircraft including the A380, A350, B777 and B787. The full range covers all major Boeing and Airbus families, as well as regional jets and turboprops from Embraer, Bombardier, ATR and others. Please refer to our compatibility chart for specific model guidance.