Explore our heavy-duty containers, slave palleted dollies, and structural airport dolly line engineered for international cargo hubs.
Civil aviation is facing unprecedented pressure to reduce carbon footprints across all operational sectors. Airport apron vehicles and ground support equipment (GSE) constitute a primary target for immediate electrification. By replacing traditional diesel passenger baggage tugs with advanced Electric Luggage Towing Tractors, airport operators, ground handling services, and logistics giants are realising immediate reductions in direct CO2 emissions, localized air particulate matter, and operational noise pollution.
Our heavy-duty, commercial-grade electric towing tractors represent the pinnacle of modern structural engineering and high-voltage drivetrain systems. Engineered to meet strict international airport regulatory environments, these vehicles offer equivalent drawbar pull parameters to diesel counterparts, while providing a 60% reduction in total cost of ownership (TCO) over a standard 10-year operational lifecycle.
Whether navigating tight baggage processing tunnels, operating in extreme cold weather environments, or handling continuous multi-shift operations in global cargo hubs, our electric luggage towing tractors represent a robust and highly dependable capital investment.
Directly aligns ground service operations with the Airport Carbon Accreditation (ACA) scheme and carbon reduction pathways globally.
Significant operational cost savings achieved through lower energy consumption per hour, reduced brake wear via regenerative braking systems, and near-zero motor maintenance.
Maintenance Cost Reduction
Years of Engineering Expertise
Zero Direct Emissions
Maximum Drawbar Pull
Engineered for high-intensity duty cycles inside modern air freight facilities, domestic logistics centers, and international passenger hubs.
Powered by long-life LFP cell arrangements offering thermal stability, fast charging within 1-2 hours, and a high cycle life exceeding 3,000 cycles at 80% Depth of Discharge (DoD).
Dual AC induction motors provide high-torque response at zero RPM, offering precise positioning, smoother load acceleration, and superior tractive performance on damp ramps.
Smart diagnostics integration provides real-time vehicle tracking, battery health monitoring, speed limiting controls, and operator safety telemetry.
| Performance Spec / Metric | 10-Ton Electric Baggage Tractor | 20-Ton Electric Baggage Tractor | 50-100 Ton Diesel Aircraft Tractor |
|---|---|---|---|
| Drawbar Pull (Max kN) | Up to 15 kN | Up to 30 kN | 50 kN - 120 kN |
| Power Source | 80V LFP Lithium Battery (300Ah - 450Ah) | 96V/120V LFP Lithium Battery (450Ah - 600Ah) | High-Torque Turbo Diesel Engine |
| Drive Controller | Curtis AC Controller System | Dual Curtis AC Controller System | Heavy-Duty Hydrostatic / Powershift |
| Main Application | Passenger Baggage & Light Cargo Dollies | Heavy Air Cargo & Multi-Dolly Train Pulls | Narrow-body & Wide-body Aircraft Pushbacks |
| Zero Emissions | Yes (Direct Site Clean Energy) | Yes (Direct Site Clean Energy) | No (Requires Exhaust After-Treatment) |
As a leading aviation machinery OEM/ODM manufacturer, we offer a comprehensive product catalog to optimize ramp and terminal operations.
Consists of a specialized heavy chassis, integrated fuel tank systems, high-flow pumping, filtration, and pressure control systems.
Equipped with dual filtration, electronic metering systems, self-circulation loops, and emergency shut-off controls for international runways.
Industrial aviation fuel tanker featuring pressure monitoring sensors and heavy pump systems for high-capacity military and civil aircraft servicing.
Designed for multi-directional container movement on terminal warehouse floors, featuring high-durability roller beds and rugged chassis.
Heavy-duty structural steel frame optimized for pallet operations, containing dynamic lock configurations for safety during high-speed taxiway towing.
Equipped with dynamic swivel casters arranged in a "castle" pattern, offering rapid multidirectional rotation for 7-ton air cargo pallets.
Specifically matched dimensions for high-frequency transport of LD3 air cargo containers. Built with integrated container locking pins.
Industrial load-bearing structure with dual-rear wheels, designed to withstand uneven tarmac surfaces and continuous impact loads.
Engineered for high-volume LD6 containers, optimized height profile for standard cargo deck loading heights and rapid towing configurations.
High-capacity heating systems designed to pre-heat regional jet cabins in extreme cold weather environments, ensuring passenger comfort.
Delivers high-volume, filtered, temperature-controlled fresh air directly to parked aircraft, reducing reliance on auxiliary power units (APUs).
Rugged, towable ground support heating installation delivering highly reliable thermal outputs under extreme continuous load cycles.
Highly compact zero-emission tug featuring strong drawbar performance and an ergonomic cabin layout for driver comfort.
Heavy-duty workhorse designed for high-capacity cargo towing trains and heavy regional aircraft pushback operations.
Powerful dual-drive electric vehicle designed to maneuver heavy cargo trains on wet or steep ramp configurations.
Operating worldwide requires complete alignment with regional standards, structural testing certifications, and electrical codes.
Different regions implement vastly different electrical infrastructure configurations. We build our electric luggage towing tractors with highly flexible charger systems. Our engineering options support European three-phase configurations, American 480V networks, and Asian fast-charge systems (CCS Type 1, CCS Type 2, and GB/T standards).
Additionally, our design coordinates with localized charging grid configurations to prevent harmonic distortion on local substation equipment. The smart Battery Management System (BMS) manages peak demand curves by allowing scheduled night charging sequences.
Every piece of ground support equipment leaving our production lines undergoes physical stress analysis and safety validation tests:
Ultrasonic safety sensors and optical proximity alerts detect nearby aircraft engines and personnel, preventing structural ramp damage.
Real-time vehicle parameter streaming via cellular networks. Allows fleet operations to audit battery status and motor temperature curves.
No two airports have identical operational layouts, climate structures, or fleet strategies. That is why we provide tailored OEM and ODM support directly from our engineering center. From designing custom hitch systems to match local dolly standards to installing specialized climate-controlled operator cabins, we design to meet customer requirements.
Whether you require localized brand paint matching, custom battery tray sizing for rapid battery swapping systems, or automated fleet telematics software integration, our design engineers work directly with your logistics team from concept drafting to field commissioning.
We leverage advanced FEA stress simulation techniques, state-of-the-art robotic welding systems, and rigorous dynamic load test ramps to guarantee that every bespoke model delivers optimal structural performance.
Stay up to date with the latest developments in ground support equipment design, energy storage deployments, and airport logistics operations.
An in-depth review of modern mechanical passenger stairs design, safety features, height adjustments, and stability compliance parameters on international airport ramps.
How lithium energy storage setups are changing ground power operations. Replacing diesel generator units with quiet battery setups reduces overall ramp carbon footprints.
A critical overview of aircraft ground power systems. Explores how truck-mounted setups deliver reliable electrical currents for system checks prior to takeoff.
Our goal is to deliver reliability and engineering excellence to logistics operators and airlines around the world.
The future of airport ramp operations focuses heavily on automation. Our technological development roadmap integrates autonomous driving capabilities into the core platform of our Electric Luggage Towing Tractors. By incorporating LiDAR sensors, high-definition cameras, and radar detection systems, our engineering team is developing Level 3 autonomous towing operations.
This autonomous movement framework will enable tugs to autonomously move baggage dollies between terminal sorting grids and aircraft loading lanes. This system reduces operator errors, optimizes fuel/battery consumption, and decreases ground movement collisions.
We are also testing Vehicle-to-Grid (V2G) power interfaces. This development allows parked towing tractors to return energy to the airport's microgrid during times of high localized electrical demand, acting as a distributed energy storage resource.
Provides a 360-degree safety envelope around the tug, permitting safe operations alongside ground support crews and mobile luggage loading equipment.
Integrates directly with the airport's fleet management software to receive routing commands and calculate optimal paths, avoiding active service vehicles.
Turns your electric fleet into a smart, bidirectional energy grid accessory, contributing to grid load balancing during peak flight arrivals.
Answers to common questions regarding battery chemistry, charging capabilities, maintenance requirements, and drawbar pull capacity.
Explore our diverse range of heavy-duty pallet dollies, weather-proof baggage carts, and container transport configurations.
Chidge Dolly