Industry-certified dollies, carts, and specialized aircraft ground systems engineered to streamline airport tarmac operations.
Heavy-duty transport solution built for dynamic pallet maneuvering and robust cargo loading operations.
Request Specifications
Enclosed, weather-sealed luggage cart protecting passenger baggage under extreme weather conditions.
Request Specifications
High-capacity structural dolly engineered to handle large volume air cargo containers and heavy commercial pallets.
Request Specifications
Optimized LD3 unit load device transport dolly featuring integrated non-slip rollers and high-durability locking systems.
Request Specifications
Fully enclosed cargo security cart with optimized dual-axle steering for tight turn radii in busy airports.
Request Specifications
Heavy duty industrial container carrier with multi-directional rotation capability to support rapid loading operations.
Request Specifications
High-strength hot-dip galvanized steel dolly designed for safe, reliable transport of heavy cargo operations.
Request Specifications
Advanced 7-ton capacity ground transport system with heavy-duty swivel casters and integrated safety braking.
Request SpecificationsOptimizing tarmac performance, frequency conversion efficiency, and electrical output metrics for next-generation aircraft.
Modern commercial and military aircraft operate on highly specialized electrical grids. Unlike conventional industrial machinery running on 50Hz or 60Hz grids, aircraft require 400Hz AC power and 28.5V DC systems. This high frequency allows engineers to utilize smaller and lighter electrical components (such as transformers and motors) onboard the aircraft, saving critical weight. When an aircraft is parked on the tarmac with its main engines shut down and its auxiliary power unit (APU) deactivated to conserve expensive jet fuel and reduce carbon emissions, it must rely on an external source of clean, reliable electricity: the Aircraft Ground Power Unit (GPU).
Our portable aircraft GPUs bridge this critical link by converting localized utility grid power (typically 50/60Hz) or diesel engine energy into the exact 400Hz frequency and voltage profiles required by regional jets, widebody commercial airliners, and tactical military fighters. Ground crews can perform pre-flight checks, load flight management databases, and run environmental control units (ECUs) without placing thermal load on the aircraft's APU, extending aircraft lifecycle and minimizing fuel consumption.
Our wholesale range of portable aircraft GPUs utilizes double-conversion solid-state topology or high-speed diesel alternator configurations. The solid-state units utilize high-efficiency Insulated Gate Bipolar Transistor (IGBT) rectifiers and inverters to convert incoming power to a ripple-free DC bus before converting it back to 400Hz AC power. This guarantees a Total Harmonic Distortion (THD) of less than 2% at full linear load, preventing electrical interference with sensitive avionics.
For military applications or remote airstrips lacking access to grid infrastructure, our trailer-mounted and truck-mounted diesel GPUs are powered by tier-4 compliant engines coupled with brushless alternators. These units are built with automatic voltage regulation (AVR) systems capable of responding to step-load changes of 100% within 100 milliseconds, ensuring zero dropout for modern aircraft computers during startup transients.
Direct specifications for our flagship GSE units including refueling trucks, ground power converters, and passenger boarding machinery.
The aircraft tank refueling truck consists of a heavy-duty chassis, optimized oil tanks, a high-capacity pumping system, a control system, and an operating part. It features advanced filtration, precise metering, efficient refueling, pumping, self-circulation, and critical pressure control systems to maintain fuel purity and flight safety.
Designed for larger long-range commercial transport aircraft, the CD5580GJJ features double-filtration separator vessels compliant with EI 1581 standards. It operates under severe climatic conditions, offering reliable high-flow delivery while maintaining safe differential pressure monitoring.
A specialized medium-capacity tank refueler utilizing automated PLC electronic controls. It allows operators to monitor fuel flow rate, volume correction factor, and dynamic pressure surges directly from an integrated touchscreen terminal mounted in the vehicle cab.
Providing custom OEM/ODM ground support equipment through robust industrial logistics and strict compliance frameworks.
Our high-capacity manufacturing base in China is equipped with advanced automated laser cutters, precision welding robots, and temperature-controlled environmental testing chambers. By sourcing structural steel, solid-state electrical components, and heavy-duty axles locally, we optimize production lead times and achieve significant economies of scale. These cost savings are passed directly to our wholesale partners and airlines globally, ensuring high-quality construction without excessive budgets.
Aviation operations leave zero room for error. Our ground support equipment and portable GPUs strictly comply with international standards, including ISO 6858 (Aircraft ground support electrical supplies), MH/T 6018 (Aircraft ground power unit standards), EN 12312-20, and CE certifications. All products undergo stringent load-bank testing, electrical insulation checks, and vibration resilience testing to ensure seamless integration with Airbus, Boeing, Bombardier, and Embraer aircraft systems.
To support global fleets, we maintain a comprehensive network of authorized service partners across North America, Europe, the Middle East, and Southeast Asia. We supply field-replaceable parts kits (including control boards, high-grade output cables, contactors, and mechanical replacement components) shipped directly to your MRO hangar or airport hub. Online technical support, remote diagnostic system monitoring, and training materials are available to guarantee minimal equipment downtime.
Procuring ground support equipment at an enterprise level requires deep evaluation of lifecycle costs, operational versatility, and fleet compatibility. Airlines and airport terminal operators prefer portable GPUs that offer dual-output capabilities (simultaneous 400Hz AC and 28.5V DC output) to handle varied fleets ranging from wide-body aircraft to regional turboprops. Furthermore, as airports shift toward zero-emission targets, our energy-storage lithium battery towable GPUs are rapidly replacing older diesel generators, providing high peak-starting currents without emissions or ambient noise.
Explore specialized ground heating units, solid-state static converters, and high-flow air start units designed for flight line readiness.
Zero-emission battery-powered GPU designed to deliver clean 400Hz frequency converter power without carbon emissions or combustion noise.
Detailed Data Sheet
Solid-state static frequency converter delivering continuous 90KVA 400Hz power, ideal for commercial narrow-body aircraft.
Detailed Data Sheet
Compact hangar-installed power converter unit offering premium voltage regulation and minimal THD for delicate avionic maintenance.
Detailed Data Sheet
Diesel-fired high-efficiency air cabin heater delivering instant heat to cockpits and cabins during cold winter operations.
Detailed Data Sheet
High-capacity ground air conditioner engineered to maintain optimal cabin climates during passenger embarkation.
Detailed Data Sheet
Highly portable forced-air heater unit with integrated thermal safety control loops and heavy-duty ducts.
Detailed Data SheetDeploying portable aircraft ground power systems across diverse climates and specialized military-commercial operational theater hubs.
Our portable aircraft GPUs are designed to operate reliably in diverse climates and locations:
The ground support equipment sector is undergoing a major shift toward automation and sustainability. Key industry developments include:
Addressing crucial technical, ordering, and service lifecycle concerns raised by procurement executives and maintenance engineers.
1. What is the core difference between a solid-state GPU and a diesel-powered GPU?
A solid-state GPU utilizes power electronics (such as IGBTs) to convert electrical energy from the local utility grid into 400Hz AC or 28.5V DC aviation power. They are clean, silent, and require very low maintenance. Diesel GPUs, conversely, utilize an internal combustion engine coupled with a brushless alternator. They are highly portable and completely self-contained, making them ideal for remote airfields, military bases, or hangars lacking strong electrical grid connectivity.
2. How does the 28.5V DC GPU handle engine-starting surge current?
Starting jet turbine or turboprop engines demands high starting currents, sometimes called surge spikes. Our 28.5V DC ground power units feature an integrated current-limiting system that safely handles starting peak loads up to 2000A. The unit regulates the voltage curve dynamically, preventing power dropouts or voltage spikes in the aircraft's electrical system.
3. What international standard certifications do your aircraft ground power units meet?
All our portable GPUs and ground support equipment comply with major global civil aviation standards. These include ISO 6858, EN 12312-20, DFS 400, MIL-STD-704F (for military aircraft power configurations), CE specifications, and CAAC certification standards. Each unit is tested and shipped with a comprehensive quality certificate and factory acceptance test report.
4. Do you offer OEM/ODM services for custom ground equipment structures?
Yes, we provide extensive OEM and ODM solutions. We can customize towing mechanisms, incorporate specific weather protection cabins, implement custom output cable configurations, and add custom fleet branding. Contact our engineering team with your technical specifications to begin the product design process.
Order direct from our factory. High-strength cargo dollies, transport decks, and baggage trailers built for demanding airport ground networks.
Structural steel chassis built for loading, unloading, and transporting heavy air cargo containers safely.
Request Specifications
Standard 10-foot cargo pallet dolly with dual-row roller bed configuration and spring-loaded stop locks.
Request Specifications
High-maneuverability steel frame baggage cart featuring dynamic towbar brakes and weather protection side curtains.
Request Specifications
Efficient 7-ton capacity container transport deck equipped with heavy-duty swivel casters and integrated safety locks.
Request Specifications
High reliability LD3 cargo container transport chassis with low deck height design for convenient manual loading.
Request Specifications
Ergonomic industrial airport baggage cart designed for rapid sorting, towing, and distribution operations.
Request Specifications
Heavy-duty structural framework engineered for high durability under harsh tarmac conditions.
Request Specifications
Maximum-capacity 20-foot pallet transporter featuring reinforced steel beams and dual-steer axle systems.
Request SpecificationsOur mission is to deliver reliable, high-performance ground support equipment that creates long-term value for airport operations worldwide.
Chidge Dolly