Explore our premium, precision-engineered airport ground support vehicles, load dollies, and environmental control units designed for modern airfield challenges.
The aviation ground support market is undergoing an unprecedented shift toward zero-emission electrification and high-frequency solid-state power systems. Legacy diesel-driven Ground Power Units (GPUs) are rapidly being replaced by static frequency converters and smart lithium battery-powered systems. These solutions minimize direct fuel emissions and reduce operational noise pollution on the ramp.
Our R&D roadmap focuses on three pivotal pillars: Ultra-High Efficiency Solid-State Topologies, LiFePO4 Energy Storage Integration, and Automated Power Management (APM). By using wide-bandgap Silicon Carbide (SiC) semiconductors, our next-generation GPU architecture operates at lower thermal parameters while boosting efficiency to 95%+. This design minimizes power losses during the conversion from utility grid frequencies (50Hz/60Hz) to precision 400Hz aviation power.
Tailored engineering systems addressing specific operational bottlenecks, environmental mandates, and turnaround KPIs.
Airports worldwide are committing to net-zero operations. Our pure electric GSE catalog, including electric baggage tractors, lithium-battery ground power units, and electric catering vehicles, replaces legacy fossil fuel options.
Our equipment is engineered to withstand diverse weather conditions—from sub-zero Arctic operations to high-salinity coastal runways and high-temperature arid zones.
Why Tier-1 airlines and global airport handlers partner with us for their ground support infrastructure.
We leverage advanced simulations and physical stress testing to optimize load-bearing structures and power conversion efficiency.
We source top-tier materials and electrical components to ensure high system stability, minimal MTBF, and reliable daily operation.
Our lean manufacturing practices and robust supply chain integration ensure prompt delivery timelines, even for complex custom fleets.
We provide 24/7 technical assistance, field-service options, and rapid spare-parts distribution to minimize equipment downtime.
Our manufacturing facility leverages Factory 4.0 principles, integrating automated welding robots, automated guided vehicles (AGVs), and smart tracking systems. This digital approach ensures high structural integrity and dimension repeatability for every towable container dolly, refueler chassis, and boarding stair system.
Located in a major industrial cluster, our facility has direct access to high-grade raw steel, precision hydraulic components, and advanced electronic systems. This localized ecosystem reduces production lead times and insulates clients from global logistics disruptions.
Our testing bay is equipped with a computerized grid simulation lab and load banks. Here, static solid-state GPUs are stress-tested under high loads to verify phase stability, voltage regulations, and transient response dynamics before packaging.
Providing custom solutions that align with local aviation guidelines, safety protocols, and purchasing frameworks.
From chassis modifications to tailored power output ratings (45kVA, 90kVA, 180kVA), we deliver custom machinery built to your exact specifications.
Every vehicle and GPU we produce conforms to the IATA Airport Handling Manual (AHM), ensuring compatibility with global ground support infrastructure.
We supply region-specific electrical configurations and emission compliance certifications (CE, UL, EPA, Stage V) to streamline customs clearance.
Our optional IoT packages enable remote health monitoring, fault code analysis, and usage patterns, helping fleet managers schedule maintenance.
Answering common technical questions on solid-state converter specs, electric dollies, and procurement options.
Solid-state frequency converters have no moving parts. This significantly reduces maintenance costs, eliminates direct ramp emissions, and operates quietly. They convert utility grid power (50Hz/60Hz) directly to 400Hz aviation power with higher energy efficiency and lower total cost of ownership (TCO) compared to diesel models.
Yes, our equipment is designed for compatibility with a wide range of aircraft. Models like the CD-PBS5062E self-propelled stairs and the CD-SP80 catering truck are engineered with flexible lift ranges and safety interlocks, making them suitable for aircraft from narrow-body jets up to wide-body models like the Airbus A380.
We build our outdoor equipment using IP67-rated electrical cabinets, marine-grade anti-corrosive coatings, and integrated HVAC units. This protects sensitive electronics from moisture, coastal salt, and ambient temperatures ranging from -40°C to +55°C.
Yes, our OEM and ODM services include custom livery painting, logo stenciling, specific coupling style installations, and custom hydraulic system setups. This ensures the equipment integrates seamlessly with your existing ground support fleet.
Every dolly model undergoes rigorous testing, including dynamic overload track testing, fatigue testing of structural welds, high-speed turning analysis, and emergency brake testing. These measures prevent structural failures during high-capacity ramp operations.
We offer a comprehensive 12-to-24-month warranty on structural and primary electrical components. Our spare-parts inventory supports fast dispatch to minimize ground support equipment downtime.
Explore our heavy-duty aircraft deicing trucks, temperature control units, cargo loaders, and high-capacity tow tractors.
Chidge Dolly
