TL.X Forward-Looking Concept Vehicle Debuts at Hannover 2026: How Does FAW JIEFANG Define the 2036 Heavy Truck?

On September 14, 2026, the 72nd Hannover International Transportation Expo (IAA) opened in Hannover, Germany. FAW JIEFANG participated under the theme "Craftsmanship Reaches Far, Delivering a New Journey," bringing 5 complete vehicles and 9 core powertrains to the world's premier commercial vehicle stage. On the first day of the auto show, FAW JIEFANG's forward-looking concept vehicle--TL.X was grandly unveiled. This concept vehicle oriented toward 2036 carries FAW JIEFANG's deep reflection on how the commercial vehicle industry can deliver higher value in the future.

FAW JIEFANG Chairman Li Sheng said at the press conference that in the future, AI technology will empower all industries, carbon neutrality pressure will become increasingly severe, and the transportation industry ecosystem will place higher demands on vehicles. FAW JIEFANG is committed to exploring three common industry-wide challenges--How can a truck sustain its heritage and gain new life amid the collision between historical inheritance and trendy technology? How can a flexible complete vehicle architecture meet personalized needs for multiple power options and driving/riding spaces? How to balance operating returns and driving/riding quality? TL.X is precisely a systematic answer to these propositions.

Paying Tribute to the Classic: A Cross-Time Dialogue from CA10 to TL.X.

At the FAW JIEFANG booth in Hall 24, the 1956 CA10 and the 2036-oriented TL.X stand together in the same frame, outlining the development trajectory of China's commercial vehicles from 1956 to 2026 and then to 2036.

TL.X's design inspiration comes from China's first domestically produced truck--the legendary model CA10. It uses a large number of clean lines, pure surfaces and digital features to create a highly futuristic new visual image. The all-new aerodynamic flat-front architecture not only greatly optimizes wind resistance performance and reduces operating energy consumption, but also expands cabin space. The full-width digital interactive front face breaks the cold tool attribute of heavy trucks, endows the vehicle with warmth, can realize dynamic information display in multiple scenarios, and supports flexible human-vehicle interaction.

Personalized Customization: Dual Unlocking of Spatial Freedom and Energy Freedom.

The truck cabin 10 years later is defined by FAW JIEFANG as a "versatile space." Hardware and software are all modularly designed, can be freely combined like LEGO bricks, and switched at will according to operating scenarios. With zero-gravity seats, a flexible cooking counter, a private wardrobe and more, it can instantly transform into an efficient single-person work cabin and can also stretch into a cozy two-person leisure space.

More breakthrough is TL.X's "boundless adaptive chassis"--it can perfectly adapt to all power forms, whether diesel, natural gas, range-extended, battery electric or fuel cell; all energy routes can be freely chosen and switched by users. If a diesel heavy truck is initially purchased and the user later wants to try battery electric, there is no need to repurchase the vehicle; simply apply directly for modification to achieve energy upgrade, and the upgrade cost drops by 70%. For the current industry pain point of diversified energy choices and high transition costs, this chassis design is undoubtedly an advanced solution.

Whole-Vehicle Intelligence: From Transportation Tool to "Automotive Intelligent Robot."

Perhaps in the future, heavy trucks will complete the upgrade from "traditional transportation tools" to "automotive intelligent robots with humanized service capabilities," and the driver's role will shift from vehicle driver to onboard operations manager. TL.X and such "automotive intelligent robots" must possess three basic characteristics: "intelligent interaction, intelligent execution and intelligent evolution."

In terms of intelligent interaction, the TL.X intelligent cockpit can achieve "human-like" communication and emotional interaction--instantly understanding needs (accurately judging user intent), instantly reaching key points (3D digital twin interaction engine), and instantly connecting operations (relying on a vehicle-road-cloud integrated ecosystem, balancing driving safety and operations management).

At the intelligent execution level, TL.X has embedded "intelligent execution genes" into every assembly and system of the chassis, achieving improvements in five aspects: First, more composed intelligent driving; it uses an end-to-end large model to build a fully redundant intelligent driving system, supporting assisted driving, driverless driving and unmanned platooning; Second, more precise control; equipped with a fully intelligent control-by-wire chassis, it enables active control of the vehicle's lateral, longitudinal and vertical directions; Third, smarter power; the electric drive system can automatically adjust torque and power according to road conditions and driving modes; Fourth, more worry-free operation and maintenance; it has predictive energy management and intelligent diagnosis and repair functions; Fifth, energy replenishment and revenue generation; it has megawatt-level ultra-fast charging capability (MCS), and also has a V2G reverse discharge function for commercial vehicles, can actively and intelligently estimate based on battery level, and sell excess electricity to the grid at the right time for profit.

Intelligent evolution means the vehicle is no longer an unchanging mechanical device, but an autonomously evolving intelligent agent that gets smarter the more it runs. TL.X has independently opened up a complete business data closed loop of "architecture compatibility-hardware definition-vehicle-side collection-cloud training-simulation expansion-OTA push-operational feedback." From the moment it leaves the factory, it continuously learns autonomously, optimizes performance, adapts to scenarios and self-heals faults, completing life-form-like autonomous evolution.

Global Cooperation: Building an Open and Shared Technology Ecosystem Platform.

From the roll-off of CA10 in 1956 to the global debut of TL.X in 2026, the 70 years traversed by FAW JIEFANG are an epitome of China's commercial vehicle industry from its inception to globalization. Although TL.X is a concept vehicle oriented toward 2036, what truly deserves the industry's attention is not the product form 10 years later, but the future proposition FAW JIEFANG is already thinking about today--when energy routes, intelligent technologies and transportation modes are all being reconstructed, how to continuously deliver higher value to users through technological innovation. Just like its name, TL.X heralds infinite possibilities for the future. It depicts not only the future of a truck, but also a new blueprint for the green, intelligent and ecosystem-oriented upgrade of the entire commercial vehicle industry.

FAW JIEFANG "helmsman" Li Sheng once again mentioned this "blueprint" at the 2026 Hannover China Day event: TL.X will start from the three dimensions of "sharing, co-creation and win-win" to build a global open and shared technology ecosystem platform. Sharing means opening platform interfaces so that parts manufacturers can quickly break down collaboration barriers; co-creation means opening up FAW's advanced technologies and high-quality standards in NEW ENERGY, intelligent connected and other fields, jointly developing with local OEMs and parts manufacturers to cultivate new results; win-win means deeply integrating into the industrial chain through local procurement, local production and other methods, transforming technology co-creation from short-term project cooperation into long-term industrial win-win. From product going global to ecosystem going global, from technology export to standard co-building--this may be the deeper meaning of Chinese heavy trucks going global and connecting with the world.