Discover our heavy-duty engineering solutions built for rigorous ramp operations. We custom design and manufacture to ensure seamless turnarounds.
Advanced aircraft deicing capabilities for severe weather, ensuring flight safety and adherence to strict dispatch timelines.
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Reliable and ergonomically designed baggage transport solutions for heavy-load operations across busy airport terminals.
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Heavy-payload transport structures engineered for standard and oversized military or commercial ULD air cargo logistics.
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High-reliability high-pressure pneumatic supply units optimized for start systems across diverse commercial jet fleets.
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High-efficiency cooling and heating climate control units supplying optimal cabin comfort during pre-flight servicing.
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Premium Pre-Conditioned Air systems designed to reduce auxiliary power unit (APU) reliance and lower terminal emissions.
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Weather-resistant, high-durability towing carts ensuring cargo protection against severe environmental impacts.
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Robust aircraft towing tractor configurations delivering superior drawbar pull for narrow-body operations.
View DetailsIn modern aviation infrastructure, the efficiency of ground operations directly affects airline profitability and passenger experience. The airplane pushback tractor stands as a vital link in this process. As global airports scale up capacity to meet rising air traffic, ground support equipment (GSE) must evolve in parallel. Pushback tractors, whether employing traditional towbar arrangements or advanced towbarless (TBL) technologies, must meet precise configurations of weight, power, and safety.
Historically, towing tractors were simple diesel-powered machines. Today, they are complex systems integrating hydraulic controls, CAN-bus microprocessors, regenerative braking, and zero-emission electric powerplants. Global procurement teams now seek customized configurations that balance operating weight, drawbar pull (DBP), maintenance intervals, and integration with automated airport management systems.
Understanding the operational trade-offs between conventional towbar and towbarless options is critical for fleet planning:
Developing ground support equipment capable of moving commercial and military aircraft requires specialized mechanical engineering and safety design. Below is a summary of the subsystems we optimize for ground-handling operations:
We build both high-torque electric powertrains (LiFePO4 battery-powered) and Tier 4 Final/Stage V diesel engines, matching torque output to aircraft gross weights ranging from regional jets to wide-body giants like the B777 and A350.
Integrated anti-collision radar, automatic over-steer limits, hydraulic overload valves, and ergonomic cabin controls prevent nose gear damage and ensure ground crew safety.
Real-time vehicle health diagnostics, battery state-of-charge (SoC) tracking, GPS positioning, and automated maintenance scheduling integrated into the airport operations database.
| Model Series | Drawbar Pull (DBP) | Compatible Aircraft Categories | Powertrain Type | Safety Features |
|---|---|---|---|---|
| CD-T150 Series | Up to 120 kN | A320, B737, Embraer, CRJ (Narrow-body) | Diesel / Electric (Lithium) | Over-steer limits, Cabin Interlocks |
| CD-T300 Series | Up to 240 kN | A330, B787, B767 (Medium to Wide-body) | Diesel (Tier 4 / Stage V) | Dual-circuit hydraulics, Anti-slip regulation |
| CD-T500/700 Heavy | 350+ kN | B747, B777, A350, A380 (Heavy Wide-body) | High-output Diesel / Dual Motor Electric | Fully redundant systems, Radar collision avoidance |
Manufacturing heavy aviation equipment requires stable raw materials supply, precise tooling, and cost-effective assembly. Our manufacturing base in China offers specific advantages to global airport procurement offices:
We utilize automated robotic welding, large-scale CNC machining centers, and structural steel treatment facilities to ensure each chassis withstands high stress over decades of use.
We source structural steel, high-capacity hydraulic pumps, planetary gearboxes, and electric drive components locally, lowering lead times and production costs.
Every tractor undergoes static load tests, pull-bar verification, hydraulic pressure cycling, and electrical safety diagnostics to ensure compliance with CE, ISO, and international GSE standards.
Explore our comprehensive range of specialized units serving refueling, transport, and ground handling divisions worldwide.
Equipped with specialized pumps, filtration, metering, self-circulation, and pressure control systems.
Designed for large fleet operators needing high-capacity fuel transfer with micro-filtration systems.
Features digital pressure regulation and flow meters for safe ramp-side fueling operations.
Provides dual-directional movement for container cargo loading and aircraft deck integration.
High-durability transport chassis designed for loading standard commercial LD3 containers.
Self-propelled, electric passenger boarding stairs providing stable access for modern narrow-body and wide-body fleets.
Delivers stable 400Hz frequency electrical power for aircraft onboard systems during ground handling.
Heavy-duty aircraft tractor engineered to manage pushback operations for high-tonnage wide-body aircraft.
Ground handling operational challenges vary by region. Airfield layouts, weather patterns, local fuel specifications, and environmental laws demand bespoke engineering solutions. We provide comprehensive design, manufacturing, and support integration.
From the initial design phase to system verification and testing, our team coordinates with airline engineers and airport technicians to design pushback units that fit into existing ground support fleets.
Engineered chassis heights, track widths, and weight distributions matching tight ramp spaces and parking configurations.
Adjusting drive units, safety layouts, and system configurations to meet CAAC, FAA, EASA, and local safety rules.
We deploy high-precision stress analysis tools, simulated load dynamics, and advanced CAD modeling to produce aircraft handling units that operate safely in all conditions.
Our structures meet rigorous QA standards. The heavy plate chassis, automated safety interlocks, and quality hydraulic seals ensure reliable long-term operations.
Through managed shipping systems, robust production pipelines, and containerized logistics, we minimize lead times to deliver equipment on schedule.
Our service teams support operations across all locations, offering commissioning services, operator safety briefings, and rapid delivery of OEM spare parts.
Our mission is to deliver dependable equipment solutions that optimize ramp operations and support the safety goals of ground handlers worldwide.
An in-depth look at modern passenger boarding stair design, focusing on stability, wind-load resistance, and mobile drive configurations that improve passenger transit safety.
Introducing our zero-emissions lithium energy storage GPU. This design helps airports reduce carbon footprints and lower fuel costs by replacing diesel generators with clean battery power.
Analyzing pre-flight power requirements: how solid-state 400Hz frequency converters and mobile truck-mounted GPUs support complex commercial avionics during gate turnarounds.
Designed for medium and wide-body aircraft, supplying reliable drawbar pull and enhanced operator control panels.
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Heavy-duty, wear-resistant steel baggage carts built for high-volume luggage transfer across airport terminals.
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Features heavy-duty chassis construction, reliable brakes, and easy-rotation roller beds for container positioning.
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Standard container dolly solutions optimized for narrow-body and wide-body belly cargo handling operations.
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High-capacity structural dollies designed to transport heavy cargo pallets on airfield aprons safely.
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Corrosion-resistant components and vacuum waste systems provide clean and rapid aircraft servicing.
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Heavy-duty, high-elevation cargo loader engineered to service wide-body freighter main deck cargo compartments.
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Supplies high-pressure, high-temperature pneumatic airflow to start jet engines on large commercial airliners.
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Chidge Dolly
