Foton AUMAN GTL-E Blue
Platform : Series 6/9
Driving form : 6×4 | 4×2 | 6×2
Cab: Flat top | high top
Engine: CumminsISG/ISM | WeichaiWP10/12
Dynamic range:336-460ps
Gearbox:ZF, Fast manual transmission
Foton AUMAN GTL-E Blue | New Generation Electric Heavy-Duty Tractor
The Foton AUMAN GTL-E Blue is a flagship electric heavy-duty tractor, representing the pinnacle of Foton's new energy commercial vehicle strategy. The "E" denotes its full-electric powertrain, while "Blue" signifies its clean, zero-emission technology and is often used as a signature color for its eco-friendly identity. It is engineered for demanding regional and fixed-route haulage, offering a sustainable, quiet, and low-operating-cost solution for forward-thinking logistics fleets.
Detailed Specifications & Configuration
As a technologically advanced electric vehicle, its specifications revolve around battery capacity, range, and electric drive performance. The blue exterior is a key visual identifier of its electric nature.
| Category | AUMAN GTL-E Blue (Typical Advanced Electric Specs) | Explanation & Technological Edge |
|---|---|---|
| Basic Parameters | Drive Configuration: 6x4 or 4x2 Electric Tractor. Cab: AUMAN GTL New Generation Cab, with EV-specific displays. Key Identity: Corporate Blue Livery (often with EV accents). GCW Rating: Typically up to 49 tons. | Designed from the ground up as an electric vehicle, featuring optimized weight distribution and aerodynamics for range. |
| Electric Powertrain | Motor Type: High-Efficiency Permanent Magnet Synchronous Motor. Peak Power: ~350 - 450 kW (approx. 470 - 600 HP). Peak Torque: >2500 Nm (available instantly). Transmission: 4 or 6-speed automatic e-drive unit. | Delivers instant, massive torque for superior hill-start and acceleration performance compared to diesel, with a smooth, single-speed feel. |
| Battery & Energy | Battery Chemistry: Lithium Iron Phosphate (LFP) for safety & long cycle life. Capacity: 282 kWh / 350 kWh / 422 kWh (modular options). Range: 150 - 250 km (fully loaded, realistic highway/regional). Charging: DC Fast Charging (capable of ~1-1.5 hour charge from 20%-80%). | LFP batteries are more stable and durable. Range is suitable for port drayage, regional distribution, and fixed intra-city routes. |
| Chassis & Axles | Electric Axle(s): Integrated e-axle(s) with motor and reducer. Suspension: Air suspension (common for weight compensation and ride quality). Frame: Reinforced to accommodate battery pack weight and distribution. | The integration of the motor into the axle(s) saves space and weight. Air suspension adapts to varying loads and protects cargo. |
| Smart & Connected Features | Vehicle Management: Advanced Battery Management System (BMS) with thermal management. Driver Info: Large digital cockpit with real-time energy consumption, range, and regen data. Fleet Telematics: Integrated telematics for remote battery health monitoring, energy use analytics, and route optimization. | Core systems ensure battery safety, longevity, and provide data to maximize efficiency and uptime. |
| Safety | Regenerative Braking: Multi-level energy recovery, reducing brake wear. Structural Safety: Battery pack protected within reinforced frame rails. Standard Features: ABS, EBS, and electronic stability control tailored for EV weight dynamics. | Regenerative braking is a key efficiency feature. The vehicle's architecture prioritizes battery pack safety in collisions. |
Core Product Advantages
Dramatically Lower Operating Costs: Eliminates diesel fuel costs. Electricity costs are significantly lower per kilometer. Reduced maintenance with no engine oil, filters, exhaust after-treatment, or complex transmission.
Zero Emissions & Sustainability Leadership: Provides a future-proof solution for cities and corporations with carbon neutrality goals, enabling access to zero-emission zones and enhancing corporate ESG (Environmental, Social, and Governance) credentials.
Superior Driver Experience & Performance: Instant, silent, and vibration-free acceleration reduces driver fatigue. The quiet operation also allows for nighttime deliveries in noise-sensitive areas.
Total Cost of Ownership (TCO) Competitive: While the initial purchase price is higher, the significantly lower energy and maintenance costs, along with potential government subsidies for electric vehicles, can lead to a favorable TCO over a 5-8 year lifecycle, especially with high utilization.
Primary Application Scenarios
Port & Intermodal Drayage: Short, repetitive hauls between ports, rail yards, and logistics parks—an ideal use case for fixed-range electric trucks.
Regional Distribution Hub-to-Hub: Fixed daily routes from central warehouses to regional distribution centers within a ~200km radius.
Urban & Metropolitan Clean Logistics: Deliveries within large cities that have or plan to implement low/zero-emission zones for commercial vehicles.
Corporate Green Fleet Programs: For major retailers, manufacturers, and logistics companies committed to public sustainability targets.
