Aviation ground transport machinery engineered to demanding international standards
In modern aviation hub logistics, the performance of Ground Support Equipment (GSE) dictates the operational efficiency of airport ramps. Among these mission-critical systems, the CD-T150 Aircraft Push Back Tractor stands out as a highly specialized unit designed for regional and narrow-body aircraft operations. Engineered to facilitate safe, precise, and fast pushback and towing maneuvers, the CD-T150 meets the strenuous demands of commercial passenger airlines and air cargo fleets globally.
The "150" classification typically denotes a maximum towing weight capability optimized for aircraft in the medium-duty weight class, spanning up to 150 metric tons of Maximum Takeoff Weight (MTOW). This includes highly populated commercial airframes such as the Boeing 737 series, Airbus A320 family, Embraer E-Jets, and Bombardier CRJ series. By combining high-traction drivetrains, low-profile chassis engineering, and ergonomic control layouts, Chinese suppliers have positioned the CD-T150 as a premium alternative to traditional Western GSE brands.
China's industrial landscape has undergone a major shift from basic assembly lines to advanced, R&D-focused heavy machinery manufacturing hubs. Today, Chinese CD-T150 pushback factories offer distinct, quantifiable advantages to global buyers:
Airports are transitioning to "Smart Hub" architectures where every ground support vehicle must function as an node in an integrated telemetry network. The CD-T150 is designed to support this digital transformation. Modern configurations can be equipped with IoT-enabled telemetry systems that stream engine health parameters, fuel consumption metrics, battery charge states (for electric models), and GPS coordinates back to the airport's central command center in real-time.
From an environmental standpoint, Chinese GSE manufacturers are actively investing in hybrid and fully electric drivetrain variants of the CD-T150. By eliminating ground emissions, airports can achieve ambitious decarbonization targets while significantly lowering fuel costs and ongoing engine maintenance burdens. Additionally, electric models minimize ramp noise, improving the workplace environment for ground crews.
Ground support equipment must operate reliably under extreme climate conditions. Chinese factories design and test the CD-T150 for various localized scenarios:
Specialized engine calibration packages ensure the CD-T150 maintains sufficient air intake and power output at high altitudes (e.g., airports located 3,000+ meters above sea level).
For operations in regions like Northern Europe, Canada, and Northern China, units are equipped with pre-heating systems for hydraulic fluids and diesel engines, alongside anti-slip traction controls.
Equipped with heavy-duty cooling radiators, dynamic heat exchangers, and fully air-conditioned cabins to handle extreme summer tarmac temperatures exceeding 50°C (122°F).
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Explore our extensive portfolio of specialized ground vehicles and dollies
Consists of a chassis, oil tank, pumping system, control system, and operating components. Performs filtration, metering, refueling, self-circulation, and pressure control.
Engineered for high-volume fueling systems with advanced metering, filtration systems, and secondary pressure controls for regional passenger jets.
Designed for large-body transport aircraft, integrating high-flow rates and automated safety shut-offs for modern ground crews.
Essential for cargo terminals, assisting in effortless 360-degree rotation and multi-directional container movement.
Features heavy-duty hot-dip galvanized frame structures for maximum weather resistance and load durability.
7-ton handling capacity dolly configured with castles/swivel rollers for smooth cargo load operations on tarmac ramps.
Designed specifically to secure and transport LD3 aviation cargo containers. Features spring-loaded stops and heavy-duty tires.
Engineered to handle extreme loads under high-frequency towing schedules across airport cargo hubs.
Perfect dimensions and locking pins to secure LD6 aircraft containers. Designed for reliable ground tracking.
Equipped with sliding waterproof panels to protect valuable passenger luggage from inclement weather.
Provides dual-side access doors with secure latching systems to prevent loss or theft during transit.
Low-friction steering design, allowing operators to link multiple trolleys together behind a single tractor.
Supplies high-pressure air to start main aircraft engines. Standard on-chassis installation for rapid movement.
Supplies clean pneumatic power, reducing main engine wear and optimizing airline pre-flight checks.
Designed for wide-body aircraft start-up procedures, delivering massive airflow volumes under exact controls.
Heaviest tow tractor variant designed to push back wide-body jets, featuring four-wheel steering and crab mode.
Optimized for medium-to-large aircraft types, balancing power transmission with high safety parameters.
Versatile ramp workhorse for domestic airlines, ensuring fast repositioning of empty regional and narrow-body aircraft.
We provide comprehensive customization services for global aviation clients, ranging from color schemes and engine emission compliance to custom coupling interfaces and telematics integration.
Our mission is to help customers make sound procurement choices, creating long-term value for airport systems.
High-quality services to support global airlines, airport hubs, and logistics organizations
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Published: 2026-05-18Expert answers regarding CD-T150 specifications, customization options, and procurement workflows.
The CD-T150 is designed to tow and push back aircraft with a Maximum Takeoff Weight (MTOW) of up to 150 metric tons. This covers popular single-aisle narrow-body aircraft, including the Airbus A320, Boeing 737, and various regional jet fleets.
Most Chinese manufacturers integrate engines from major manufacturers like Deutz or Cummins, paired with automated transmissions from brands like ZF or Allison. This configuration ensures reliable power delivery and simplifies maintenance globally.
GSE manufacturers in China conform to IATA AHM (Airport Handling Manual) specifications, CE declarations, and SGS certification programs. Factory audits can be arranged virtually or in person, and detailed technical documentation is provided to satisfy local civil aviation authorities (like CAAC, FAA, or EASA).
Yes. Chinese factories offer OEM/ODM customization. This includes custom coupling options (towbarless vs. traditional towbar hitches), enclosed double-cabins with HVAC systems, telemetry trackers, and specific fleet branding colors.
Lead times depend on the level of customization. Standard configurations typically take 45 to 60 days to manufacture, test, and prepare for shipment, while custom orders may require 90 to 120 days. Shipments are handled via specialized Roll-on/Roll-off (RoRo) transport vessels to ensure safe delivery.
A broad selection of dollies, tractors, and service trucks for airport operations