The global ground support equipment (GSE) market is experiencing a period of remarkable transformation. Valued at $9.14 billion in 2024, it is projected to reach $13.5 billion by 2029, growing at a compound annual rate of 8.1%. This growth is fueled by rising air passenger demand, expanding cargo transportation, and increasing defense expenditures worldwide. Yet beneath these broad statistics lies a more nuanced reality: no two aviation operations are exactly alike. From the cavernous cargo holds of a military transport aircraft to the tight confines of a helicopter hangar, from the extreme heat of a Middle Eastern ramp to the subzero temperatures at 70,000 feet, the demands placed on ground support equipment vary enormously. This is why customization has become not merely a value-added service but an operational necessity.
The Case for Customization
Standard, off-the-shelf GSE solutions often fall short when confronted with the specific requirements of modern aviation. Military aircraft present particularly acute challenges. The U-2 spy plane, for instance, operates at the edge of the atmosphere and lands at speeds of 140 mph, subjecting its ground support components to extreme thermal stress—from tarmac temperatures exceeding 120°F to minus 40°F at altitude. Aerol Engineering, a trusted partner of the Department of Defense, addressed this by engineering a rear landing wheel with an aluminum core combined with proprietary polyurethane processing, capable of withstanding conditions that would destroy conventional components.
Similarly, helicopter operators face unique spatial and operational constraints. Lico Solutions, the primary supplier of ground handling equipment for Airbus Helicopters, develops products in direct response to customer needs—from tow bars and tail boom supports to bespoke maintenance platforms. “Whenever a customer has a unique maintenance or operational challenge, we develop and prototype the solution,” explains manager Thomas Kabilka. The company’s Rotor Mast Removal Kit exemplifies this approach: routine maintenance tasks that once required two men working for a week can now be completed by two men in a single day.
Commercial aviation is equally demanding. Different aircraft types require different access configurations, power requirements, and handling characteristics. A maintenance stand for an Airbus A380 bears little resemblance to one designed for a Boeing 737. The industry’s response has been increasingly sophisticated: modular systems that can be customized for any operational footprint.
Engineering the Custom Solution
The journey from concept to custom GSE solution follows a structured yet flexible process. Leading manufacturers begin with an in-depth understanding of the customer’s operational environment. This collaborative approach ensures that the final product adds genuine operational value rather than merely checking a box.
The process typically unfolds through several phases. First comes request review: receiving specifications, drawings, samples, or requirements from the client. Next, deliverables are defined—scope, constraints, documentation level, and timeline are confirmed. The engineering phase follows, where computer-aided design (CAD) models are developed, drawings are produced, and the solution is validated for use.
Time constraints often add urgency to the process. When a client needed specialized equipment to support carbon fiber rocket component fabrication, Root3 Labs delivered custom GSE in just ten weeks—meeting the aggressive production schedule while ensuring the critical precision and safety required for aerospace applications. “We’re optimizing for time here,” noted the company’s CEO. “The way to do that is to be most effective with your focus and your effort”.
Vertical integration has emerged as a key differentiator for leading custom GSE manufacturers. Aerol’s parent organization comprises ten U.S.-based business units specializing in unique capabilities, allowing the company to leverage in-house expertise to reduce lead times and develop distinct, custom-built solutions. As one technical product manager put it: “Our strength lies in being able to tailor our solutions like an à la carte menu—mixing proven components to meet precise requirements with speed and precision”.
Real-World Customization in Action
The practical impact of customized GSE is best illustrated through concrete examples. JE Technology Solutions recently delivered custom-designed F/A-16 Trailing Edge Stands to the 122nd Fighter Wing, giving maintainers safe, efficient access to the aircraft’s trailing edge. The stands integrate pneumatic and electrical outlets to eliminate cord clutter, feature height-adjustable decks and transitioning stairways, and incorporate aircraft-conforming slider systems that protect the airframe and close fall-protection gaps. Their lightweight, high-strength construction makes them easy to maneuver while providing the durability required for demanding flight-line operations.
The company’s work extends to international allies as well. A custom suite of F-16 Aircraft Maintenance Stands delivered to the Chilean Air Force demonstrates how tailored solutions can meet the unique operational needs of different military forces. Each platform is engineered for optimal ergonomics, durability, and compliance with OSHA and USAF standards.
Sometimes customization requires creative problem-solving that transcends standard engineering. When Aerol worked on a maintenance dolly for the CH-53K helicopter, the tool’s strict height and load specifications meant standard components alone were insufficient. The solution? Integrating custom-manufactured hubs with F-16 front landing gear tires, procured separately by the DoD. This hybrid design allowed the dolly to meet structural requirements during operations when the landing gear is removed from the helicopter.
The Technology Driving Customization Forward
Several technological trends are reshaping the landscape of custom GSE. Electrification stands at the forefront. The shift from diesel to electric ground support equipment is no longer a pilot conversation—it is a fleet-planning baseline. Environmental regulations, total cost of ownership considerations, and the availability of advanced battery technologies are accelerating this transition. Major manufacturers are now offering electric variants across baggage tractors, belt loaders, and pushbacks.
Modularity has emerged as a powerful enabler of customization. Modular systems allow operators to configure equipment to their specific requirements, with options including fixed, foldable, and retractable handrails to avoid aircraft impact. This approach reduces the need for entirely new designs while still delivering tailored functionality.
Smart and IoT-enabled equipment represents another frontier. Telematics software now tracks GPS location, battery life, authorized drivers, speed limits, and maintenance needs in real time. Predictive maintenance capabilities are redefining total cost of ownership and operational resilience. For procurement teams, this means customization now extends beyond physical configuration to include digital integration and data analytics.
Autonomous GSE is also gaining traction. From automated guided vehicles to self-propelled pallet loaders, the industry is moving toward solutions that reduce human intervention while improving safety and efficiency.
Safety and Compliance as Cornerstones
Customization must never compromise safety. European standards such as EN 1915-1 specify technical requirements to minimize hazards during the commissioning, operation, and maintenance of GSE. Leading manufacturers ensure their custom solutions comply with these rigorous standards. JE Technology, for instance, engineers all its platforms for compliance with OSHA and USAF requirements. OEM-approved products provide additional assurance for operators in both commercial and military aviation.
Conclusion
The era of one-size-fits-all ground support equipment is drawing to a close. As aircraft become more diverse, operations more complex, and environmental regulations more stringent, the demand for customized GSE solutions will only intensify. Whether it’s a wheel capable of withstanding 140 mph landing speeds, a maintenance stand tailored to a specific fighter jet’s trailing edge, or a modular system that adapts to any helicopter in the fleet, customization has become the new standard.
The companies that succeed in this space share common traits: deep engineering expertise, vertical integration capabilities, a collaborative approach to client relationships, and an unwavering commitment to safety. They understand that ground support equipment is not merely ancillary to aviation—it is fundamental to the safe, efficient, and sustainable operation of the entire industry. As one industry leader observed, the goal is to supply tools that are “quick, safe, cost-effective, and, where needed, entirely custom”. In an industry where the margin for error is zero, that commitment to precision matters more than ever.
