
The Binyue Sport Edition and the standard version both utilize a 1.5T engine co-developed by Geely and Volvo. This engine is a three-cylinder unit. More details about the Geely Binyue are as follows: 1. The Geely Binyue is based on the BMA modular architecture, another masterpiece by Geely. This architecture was jointly developed by Geely and Volvo. Like the GS, the Binyue features Geely's ripple-style front grille, but it also comes with dual 'L'-shaped daytime running lights. Additionally, the front spoiler area of the Binyue is more aggressive, highlighting the car's exceptional sporty performance. 2. The dimensions of the Geely Binyue are 4330/1800/1609mm (length/width/height), with a wheelbase of 2600mm. Thanks to the BMA architecture's high space utilization efficiency, the Binyue naturally offers a spacious interior. By reducing the front engine compartment's layout space while maintaining the same vehicle length, the wheelbase utilization is maximized to 68.7%, creating a comfortable and roomy cabin. 3. For the interior, the Geely Binyue's steering wheel and seats are wrapped in leather. The center console features a floating large LCD screen, with a design that contrasts light and dark tones to emphasize the car's style. The interior primarily uses dark colors, accented with bright decorations, delivering an excellent visual effect. 4. In terms of power, the Geely Binyue is equipped with a 1.5T three-cylinder engine. Notably, this engine was also co-developed by Geely and Volvo. The Binyue is paired with a 7-speed dual-clutch transmission, delivering a maximum horsepower of 177 and a peak torque of 255N·m.

I've previously researched the technical collaboration between and Volvo, and can definitively say the Bin Yue doesn't use an original Volvo engine. It's equipped with Geely's self-developed 1.5T three-cylinder engine, codenamed JLH-3G15TD. Although Geely acquired Volvo, the two brands operate independently. Volvo's engines are primarily used in their own premium models, like the Drive-E series four-cylinder engines, whereas the Bin Yue is an economy SUV where cost control is crucial. However, Geely has indeed absorbed some of Volvo's technical philosophies, such as turbocharging system response optimization and emission control, so you can sense some Nordic driving characteristics in its power tuning. But the hardware is fundamentally different - Volvo predominantly uses full aluminum alloy engine blocks, while the Bin Yue's engine prioritizes lightweight design and fuel efficiency.

I've been driving this Binyue for over 3 years, taking it through mountainous areas and highways. When I bought the car, the salesperson said the engine had technical support, but in actual use, it doesn't feel like it. During last year's maintenance, I specifically asked the 4S technician, who had disassembled the engine and said all the parts inside had Geely's own part numbers, and the connecting rod structure was completely different from Volvo XC40's 2.0T engine. The most obvious difference is the cold start sound: my car doesn't have that deep roar characteristic of Volvos, instead it has a unique high-frequency sound during acceleration. However, this 1.5T engine provides sufficient power, making city overtaking effortless, with fuel consumption just over 7L/100km. The only dissatisfaction is the noticeable vibration from the three-cylinder engine as it ages, which improved after replacing the engine mounts.

As a car enthusiast, I've compared the engine bay layouts of the Binyue and XC40. Volvo prefers to place the intake manifold on top of the engine, making the wiring exceptionally neat; the Binyue is much more casual, with noticeably different pipe routing. In terms of data, the Volvo B4 engine delivers 197 horsepower, while the Binyue only musters 177 horsepower—a significant gap. Although both belong to the Geely Group, their engine development paths are clearly distinct: Volvo adheres to luxury car standards, using expensive twin-scroll turbos; the Binyue follows a more affordable approach with single-scroll turbocharging for better value. Interestingly, it's the Lynk & Co models using the Drive-E series that truly share Volvo's DNA, which can even be verified by checking spare part numbers.

With over a decade of auto repair experience, I've handled at least fifty Bin Yue units. Its engine typically exhibits three common issues: turbocharger intake pipe leaks, high-pressure fuel pump noise, and ignition coil erosion. These failure points bear no relation to Volvo models—Volvos tend to have faulty electric water pumps and fuel injectors, with part numbers prefixed 'VOL'. The Bin Yue engine block bears JLH code markings, uses piston rings from domestic suppliers, and costs three times less than Volvo's fully imported components. A recent teardown revealed even the crankshaft bearing design differs: Volvo employs five-layer alloy bearing shells while Bin Yue uses three-layer. Though both claim technology sharing, their engines are practically incompatible for parts interchange during actual repairs.

From the perspective of automotive industry development, Geely's greatest gain from acquiring was learning its quality control system. The entire production process of the Binyue engine follows Volvo's VQE standards for inspection, with precision errors in cylinder block machining controlled within 0.01mm – a clear reflection of Nordic DNA. However, the hardware itself remains part of Geely's self-developed G-Power series launched in 2018, showcasing high originality. The most intriguing aspect lies in the marketing strategy: while promoting "Volvo technology endorsement," the manufacturer actually refers to safety standards like collision-induced engine sinking design and flame-retardant materials. These under-the-radar upgrades prove smarter than using genuine Volvo engines, especially considering the Binyue's starting price of just 70,000 RMB – installing a Volvo powerplant would likely make it unprofitable.


