Custom CD-T150 Aircraft Push Back Manufacturers & Factory

Precision Engineering, Robust Drawbar Pull, and Advanced GSE Technology Tailored for Global Commercial and Industrial Aerospace Operations

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> 150 kN
Drawbar Pull Strength
100%
SGS & IATA Certified
40+
Exporting Countries
24/7
MRO Support Availability

Global Commercial & Industrial Landscape of CD-T150 Aircraft Push Back

In modern aviation, ramp efficiency, fast turnaround times, and strict ground handling safety protocols dictate the profitability of commercial airlines. At the center of these pushback operations is the CD-T150 Aircraft Push Back Tractor. Designed to handle regional jets, narrowbody aircraft, and select medium-body flights (such as the Boeing 737 series, Airbus A320 family, and corporate business jets), the CD-T150 has transitioned from a standard ground support utility to an engineered centerpiece of safety-critical ramp maneuvers.

Worldwide demand for compact yet heavy-duty aircraft towing tractors has risen exponentially. This growth is fueled by the expansion of regional hubs, the resurgence of secondary cargo lanes, and the integration of Tier-4/EU Stage V diesel engines and high-torque electric powertrains. Industry operators demand GSE that minimizes the risk of structural landing gear damage while maximizing drawbar pull under adverse climatic conditions, such as ice, rain, and extreme tropical heat.

The commercial viability of the CD-T150 lies in its configuration versatility. Ground handling companies require units that can operate continuously in 24/7 cycles. The engineering framework of the CD-T150 focuses on optimized weight distribution, enabling high tractive effort without requiring a bloated, oversized footprint. This makes it highly maneuverable within crowded gate configurations and narrow taxiways.

CD-T150 Technical Matrix & Operational Capabilities

To ensure operational safety during aircraft towing, engineers must precisely match the tractor’s capabilities to the pushback operations. Below is a comprehensive breakdown of the typical CD-T150 configuration specifications:

Technical Parameter Operational Specifications (Metric / Imperial) Component details & Standards
Target Aircraft Fleet Boeing 737 / Airbus A320 / Regional Jets / Corporate Jets Maximum Ramp Weight handling up to 150 Tons
Drawbar Pull (DBP) 110 kN to 155 kN (Dependant on ballast configuration) Triple-stage hydrostatic converter transmission
Engine Powerhouse Cummins / Deutz turbocharged diesel (Optional Electric power) Meets Tier 3 / Tier 4f / Stage V emissions regulations
Hydraulic System Closed-loop feedback control with emergency backup pumps SAE standard high-pressure couplings, leak-free manifolds
Steering Modes 2-Wheel, 4-Wheel Coordinated, and Crab Steering Fully hydraulic, micro-processor guided coordinates
Chassis Structure Heavy-Duty integrated steel plate chassis FEA tested structural integrity against shear stress

The hydrostatic drive system provides infinitely variable speed adjustments, ensuring smooth acceleration from a complete stop. This prevents jerking on the nose landing gear (NLG) of the aircraft, which is a major source of fatigue stress on commercial passenger aircraft. Additionally, the integrated failsafe braking system ensures instant static locking if hydraulic pressure drops below critical limits.

Original Equipment Matrix & Structural Components

In accordance with technical classifications, we supply a versatile array of aviation ground service machinery designed for continuous operation.

Aviation Tank Refueling Systems (CD5207GJJ, CD5580GJJ, CD5341GJJ)

The aircraft tank refueling truck line consists of a heavy-duty chassis and double-welded oil tanks, an advanced high-flow pumping system, a digital control console, and a safe operating platform. Functions include high-efficiency filtration, fuel metering, high-flow refueling, reverse suction pumping, self-circulation, and multi-point pressure control.

Aviation Pallet & Container Dollies

We manufacture a broad selection of heavy-duty ground cargo equipment, including the Slave Pallet Dolly, Pallet Dolly, 7T Castle Pallet Dolly, New LD3 Container Dolly, Heavy-Duty Container Dolly, and the LD6 Container Dolly. Engineered with specialized rolling casters and multi-directional lock configurations for swift cargo movements.

Cargo Loaders & Passenger Boarding Solutions

Our lineup features heavy-duty Cargo Loaders including the CDL14000, CDL35000, and CDL7000 models, capable of processing dual-deck freighters. Passenger transition is streamlined through our self-propelled and towable passenger boarding stairs (CD-PBS5062E, CD-PBS5062D, and CD-PS580), maintaining strict safety guidelines.

Utility and Cabin Conditioning Equipment

We deliver critical environmental and pneumatic control units, including Truck Mounted Air Start Units, CDA300, and CDA400 Air Start Units. Power generation is covered by our Energy Storage Ground Power Units, 90KVA Aircraft Ground Power systems, and Static Ground Power converters. Pre-conditioned air is managed by the Aircraft Heating Unit CDH-60, PCA Unit CD190, and CD-H02 Cabin Heater.

China GSE Factory Efficiency & Production Advantages

As global aviation seeks optimized cost structures without compromising safety, sourcing GSE from specialized Chinese factories has become a leading strategy. The modern manufacturing capability of a Chinese factory like ours rests on three pillars: Industrial Supply Chain Integration, Advanced Automation, and Rigorous International Standards Compliance.

Advanced Robotics

We deploy robotic gas metal arc welding (GMAW) stations to fabricate the main structural frames of the CD-T150. This guarantees deep weld penetration, eliminating potential points of failure under extreme dynamic loads.

Rigorous QA Protocols

Every pushback vehicle undergoes rigorous quality control, including ultrasonic non-destructive testing (NDT) on structural welds, dynamometer pull testing, and electronic system telemetry calibration before delivery.

Supply Chain Speed

By leveraging close proximity to premier metal casting, hydraulic component manufacturing, and electronic systems clusters, we significantly reduce turnaround lead times for custom customer orders.

Localized Application Scenarios

Ground support equipment must perform reliably across diverse operational environments. The CD-T150 is engineered to adapt to distinct localized application scenarios:

  • Extreme Cold and Icy Northern Latitudes: In regions like Northern Europe, Canada, and Northern China, standard aircraft towing tractors often suffer from reduced tire traction and hydraulic fluid freezing. The CD-T150 overcomes this with automated cold-start engine heaters, bio-degradable low-viscosity hydraulic oils, and specialized high-coefficient winter tires, ensuring safe pushbacks on slippery, snow-laden aprons.
  • High-Frequency Urban Hub Airports: Major international airports experience dense passenger flows and narrow gate schedules. The CD-T150's multi-steering capability (crab steering) allows it to navigate tight gate spaces without risking contact with ground infrastructure or other airport service vehicles.
  • Remote Island and Coastal Airfields: Saline and highly humid atmospheres accelerate structural corrosion. Our custom-designed CD-T150 vehicles built for coastal applications are finished with multi-layer marine-grade epoxy coatings, polyurethane top coats, and stainless steel hydraulic fittings to prevent rust-induced component failures.

OEM & ODM Customization

We welcome custom OEM and ODM orders tailored to specific global parameters. From initial product planning, structural engineering, and automated production to safety compliance testing, our end-to-end integration helps customers minimize capital overhead while boosting fleet compatibility.

Our Strategic Services

We distribute specialized ground support equipment globally. Our service coverage supports commercial airlines, cargo operators, military logistics command centers, and independent ground handling service providers with guaranteed prompt deliveries and long-term MRO parts availability.

Business Partner Values

Our mission is to make our client’s decisions firm, correct, and secure. We focus on providing measurable ROI for airport managers and fleet operators, creating greater value and building long-term, mutually beneficial relationships.

Industrial Ground Support Equipment Trends

The aviation ground support market is undergoing a major technological transformation. Procurement directors are focusing on three main developments:

  • Transition to Electric and Hybrid Drivetrains: With airports aiming for net-zero carbon emissions, standard internal combustion engine (ICE) tow tractors are being replaced by high-performance lithium-iron-phosphate (LiFePO4) battery-powered units. These electric alternatives match traditional diesel models in drawbar pull while eliminating direct emissions and cutting down on maintenance costs.
  • Smart Telematics and IoT Integration: Modern CD-T150 fleets are equipped with wireless telematics modules. These systems stream real-time data on battery/fuel efficiency, mechanical wear, engine temperatures, drawbar tension, and exact location directly to operations control centers.
  • Semi-Autonomous Pushback Operations: Driven by AI advancements, developers are testing semi-autonomous tractor operations. Assisted by LiDAR, camera arrays, and high-precision GPS, these systems help prevent collisions, reduce the manual workload for ground staff, and improve overall safety.

Industrial FAQ: CD-T150 Aircraft Push Back Operations

Expert answers addressing technical queries from aviation procurement managers and technical flight operations directors.

Q1: What is the maximum aircraft weight range the CD-T150 can safely handle? +
The CD-T150 is designed to push back and tow aircraft with a Maximum Ramp Weight (MRW) of up to 150 metric tons (approximately 330,000 lbs). This safely covers popular narrowbody families, including the Boeing 737, Airbus A320, Embraer E-Jets, and Bombardier CRJ series, as well as typical business aviation jets.
Q2: Can the CD-T150 tractor run on full electric power? +
Yes. While the standard model is equipped with low-emission diesel engines, we offer a custom zero-emission electric powertrain version. This model uses high-capacity lithium-iron-phosphate (LFP) battery systems, providing the high initial torque required for heavy towing without producing carbon emissions.
Q3: How does the hydrostatic transmission protect the landing gear from fatigue damage? +
Our hydrostatic transmission system allows for continuous speed adjustments without manual gear shifts. This enables smooth torque delivery from a standstill, preventing the sudden jerking motions that can cause fatigue stress on the aircraft’s nose landing gear (NLG) structure.
Q4: What compliance standards do these ground support vehicles meet? +
All our aircraft pushback vehicles are built to comply with international standards, including IATA AHM 910 (Basic Requirements for Ground Support Equipment), IATA AHM 955 (Functional Specifications for Tow Tractors), and CE machinery safety regulations.
Q5: Do you provide on-site technical training and commissioning for international clients? +
Yes. We offer complete after-sales support, including on-site commissioning, operator training, and detailed maintenance programs. We also provide online diagnostics and rapid shipping for spare parts to keep your fleet running smoothly.
Q6: How does the crab steering function improve runway operations? +
Crab steering allows all four wheels to turn in the same direction, enabling the vehicle to move diagonally. This significantly increases maneuverability in tight spaces, allowing operators to align the tractor in crowded gate areas and avoid obstacles during parking.

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Aviation Business Partners

Our goal is to build customer confidence by delivering reliable solutions, optimizing operational value, and realizing mutual growth.

Aviation Business Partners