Engineered specifically to support the rigorous airfreight demands at Charles de Gaulle (CDG) and Orly International Airports.
Paris stands as a monumental pillar in global cargo logistics. Driven by the massive traffic passing through Paris-Charles de Gaulle (CDG) and Paris-Orly (ORY), the Ile-de-France region acts as Europe's central clearinghouse for cross-continental supply chains. In modern air freight, throughput velocity is determined not just by aircraft speed, but by the efficiency of ground operations. The humble cargo or pallet dolly is the operational link between warehouse loading docks and runway aprons.
A pallet dolly operating in these environments must handle continuous, multi-ton payloads across variable terrain and weather conditions. As emissions requirements tighten under the French "Loi Climat et Résilience," ground handlers at CDG and Orly are increasingly turning away from traditional heavy combustion systems in favor of advanced GSE fleets configured for low rolling resistance, long lifespans, and zero direct emissions. Sourcing these specialized configurations requires a deep understanding of local ground-handling requirements, European machinery safety protocols, and mechanical durability thresholds.
Logistics operators in Europe face uniquely challenging regulatory and geographical constraints. The integration of high-speed rail lines directly with airports like CDG creates high-pressure intermodal interfaces. Heavy-duty dollies must handle high-velocity transfer cycles while remaining compliant with IATA Airport Handling Manual (AHM) standards. In addition, the cold, damp winters characteristic of the northern French plains require GSE with superior rust protection—typically industrial hot-dip galvanization with a minimum zinc-coating thickness of 85 microns to defend against road salt, moisture, and chemical runoff.
Explore our structured technical units deployed worldwide across leading aviation hubs, including fuel storage systems, climate units, passenger stairs, and power supplies.
Comprises heavy-duty carrier chassis, multi-compartment fuel cells, precise filtration systems, digital metering, and safety-critical pressure control interfaces.
Advanced high-capacity airfield tanker with integrated safety bypass, auto-shutoff valves, and high-velocity pump circuits for long-range aircraft servicing.
Medium-duty airport refueling unit designed for tight airport configurations, providing optimal maneuverability, fast pumping rates, and high fuel purity.
Low-profile design allowing fast loading of oversized pallets. Built-in heavy-duty steel rollers ensure smooth cargo transfer to main airport decks.
Equipped with dual-end brakes, heavy-duty swivel casters, and standard cargo stops for transporting cargo containers safely across apron zones.
Features castle-pattern surface panels to allow omnidirectional container movement. Ideal for fast sorting in busy cargo sorting yards.
Specially sized and balanced for LD3 cargo boxes, featuring self-locking cargo clips to prevent shifting during high-speed taxiway towing.
Reinforced double-axle dolly designed for heavy industrial use. Perfect for linking to airport towing trains to transport multiple units at once.
Engineered for wider LD6 container configurations, this design distributes weight evenly to reduce tire wear and extend roller life.
Designed for rainy weather, featuring heavy-duty side curtains and dynamic water-diversion roofs to keep baggage dry during transit.
Features solid panel construction, impact-resistant corner guards, and secure double-latch doors for moving premium passenger bags safely.
Standard heavy-duty cart for airport baggage terminals. Built with high-turn steering joints for stable movement in tight parking gates.
Equipped with a hydraulic scissor lift mechanism and insulated dry-cargo cabin walls. Services large commercial airplanes quickly and safely.
Powered by a high-efficiency battery pack, this unit operates quietly and emission-free. Designed to meet strict airport environmental rules.
A dependable, easy-to-maintain catering truck with a stable platform lift, non-slip floors, and intuitive controls for airport ramp crews.
Delivers high-capacity clean hot air to aircraft cabins, ensuring passenger comfort during extreme winter turnaround windows.
Provides temperature-controlled air to stationary aircraft, reducing auxiliary power unit (APU) runtimes and lowering airline fuel consumption.
A compact, towable cabin heater with clean heat-exchange systems, designed for fast setup on regional passenger aircraft and private jets.
Zero-emission self-propelled passenger stairs featuring smooth height adjustments, safety safety-rails, and bright night-lighting arrays.
All-weather self-propelled passenger stairs driven by a clean diesel engine. Built with robust safety systems for large commercial airliners.
Designed for mid-range passenger jets, offering smooth driving controls, stable leveling cylinders, and excellent operator visibility.
Uses long-lasting lithium batteries to provide clean electrical power to aircraft parked on the ramp, eliminating engine noise and emissions.
Delivers steady 400Hz electricity for commercial passenger planes. Built on a heavy towable chassis with weather-resistant storage.
Stationary power converter that transforms standard airport utility grid electricity into clean 400Hz power for passenger loading gates.
Delivers high-pressure air to start jet engines on the ramp. Integrated onto a durable commercial chassis for fast mobility.
Medium-capacity airfield air starter with automatic pressure release systems and simple digital controls for ground handling crews.
High-volume air start cart built to start the largest commercial jet engines. Features safety relief valves and low-noise acoustic panels.
Built with a heavy steel frame and four-wheel drive, this tractor easily pushes and pulls large commercial passenger planes on the tarmac.
A mid-sized towing tractor that balances power and agility. Features all-wheel steering and an ergonomic cabin with excellent visibility.
Designed for compact regional airplanes. High-torque drivetrain provides smooth pulling power in crowded apron gates.
Zero-emission battery tractor that pulls baggage cart trains from terminal gates to sorting zones quickly and quietly.
Handles heavy cargo payloads (50 to 100 tons) in demanding all-weather conditions. Built with a reinforced drivetrain for long shifts.
Heavy battery-electric tractor for large cargo hubs. Provides high pulling capacity without the exhaust emissions or engine noise.
Equipped with corrosion-proof waste tanks, clean water reservoirs, and vacuum pumps. Services aircraft sanitary systems quickly and cleanly.
A battery-electric lavatory servicing vehicle built for green airport fleets. Offers silent pumping and zero tailpipe emissions.
Features automated hose reels, precise digital tank sensors, and a heavy-duty electric motor for clean, fast aircraft servicing.
Lifts up to 14 tons of cargo to aircraft main decks. Built with non-slip lift platforms and precise hydraulic control valves.
Designed for jumbo cargo freighters, this heavy loader lifts up to 35 tons of container freight to cabin levels safely and quickly.
Lifts up to 7 tons of freight. Features a compact turn radius and smart sensors for loading narrow-body commercial airplanes.
Lifts passengers with reduced mobility safely to cabin doors. Built with a level-adjusting floor and stable hydraulic safety cylinders.
Provides safe passenger transport and lifting. Features insulated walls, wheelchair restraint locks, and backup emergency manual valves.
In cargo logistics, choosing between a 7-ton castle pallet dolly and a 35-ton heavy-duty container system depends on the aircraft types you service and your cargo handling workflow. The engineering of these units determines their reliability and safety in busy airport zones. For instance, a dolly's steering setup determines how closely it follows the towing vehicle. Our heavy-duty models use customized Ackermann steering geometry. This mechanism ensures that a train of multiple linked dollies follows the tow tractor's path exactly, avoiding collisions with gate structures or parked aircraft.
Additionally, the choice of tires and braking systems directly affects how long the equipment lasts and how safe it is to operate. While pneumatic tires ride smoothly, busy airports like Paris CDG prefer solid rubber tires (standard size 4.00-8 or 15x41/2-8). Solid tires eliminate the risk of flat tires on the runway, keeping your cargo operations moving without interruption. The braking system must also operate reliably; our dollies feature a towbar-activated parking brake. When the towbar is raised or lowered to the ground, the brake locks automatically to prevent runaway dollies, even when carrying maximum payloads on sloped aprons.
Airport ramps expose equipment to mechanical impacts, de-icing chemicals, and damp weather. To prevent rust, our structural frames are made from high-strength S355JR carbon steel and then fully hot-dip galvanized. This process covers both the exterior and the interior of the steel tubes with a durable zinc layer. Compared to standard spray painting, hot-dip galvanization resists chips and scratches from flying stones and cargo pallets, keeping the steel rust-free and extending the dolly's service life beyond 15 years.
Designed for regional hubs and international cargo systems, these heavy-duty dollies provide long-lasting durability and low maintenance costs.
Built for high-volume airport cargo terminals handling heavy cargo containers and large pallet loads.
Aviation ground support is shifting toward green and connected solutions. Under pressure from global carbon reduction goals, airport ground operations are moving beyond basic steel frame structures to smart material handling equipment. Next-generation dollies will incorporate electronic tracking and safety features to improve airport efficiency.
Lost or poorly tracked dollies slow down airport operations and increase costs. Modern cargo fleets are adding active tracking sensors. Our new smart dolly designs include ultra-reliable GPS and RFID tags, and can be fitted with low-power Bluetooth modules. These tracking tools let cargo managers monitor dolly locations on their screens in real-time, helping to coordinate movements, spot maintenance needs, and keep cargo moving smoothly.
Using lighter, stronger steel alloys helps reduce the weight of empty dollies without losing structural strength. This weight reduction allows airports to carry heavier cargo payloads with the same towing equipment. At the same time, it reduces energy use for both electric tow tractors and diesel vehicles, helping logistics hubs lower their overall carbon footprint.
We deliver top-quality engineering, reliable manufacturing, and dedicated after-sales support to ground handlers and logistics companies worldwide.
Our engineering teams leverage advanced R&D systems, structural simulations, and modern production methods to deliver high-quality airport equipment.
Our durable equipment is built to meet airline expectations and stand out in competitive markets, earning trust through long-term performance.
With optimized supply chain controls and efficient transport networks, we ensure timely deliveries and respond quickly to urgent client requests.
Our customer service team resolves technical issues quickly, helping to build long-term trust and extend the life of your equipment.
We welcome custom OEM and ODM orders. Our engineering team handles the entire process, including initial concept design, structural analysis, rigorous physical testing, and final high-volume manufacturing. By customizing equipment to your exact needs, we help lower operating costs and improve airfield efficiency.
We help logistics operators and passenger airlines run smoother, safer ground operations.
Stay updated with the latest technological developments and industry trends in aviation ground support equipment.
An overview of how modern boarding stairs improve passenger safety and access to commercial aircraft cabins.
Exploring the shift toward battery-powered ground units to lower emissions and fuel use during aircraft turnarounds.
How reliable, truck-mounted GPUs supply electrical power to aircraft systems, keeping planes flight-ready while parked.
Common questions from cargo operations managers and procurement teams about sourcing ground support equipment in Europe.
Get in touch with our team for detailed technical quotes, custom drawing designs, and fleet pricing proposals customized for your cargo operations.
Chidge Dolly
