
The installation method for the Great Wall Wingle 5 flywheel is as follows: 1. Adjust the crankshaft pulley to the first cylinder. 2. There is a letter next to the screw on the flywheel. Align the point on the back of the flywheel with the point on the crankshaft when the 'T' is facing upwards to complete the installation. Additional information about the Great Wall Wingle 5 is as follows: 1. Exterior: The new vehicle adopts a family-style grille design and is equipped with ABS+EBD, reverse radar, a 120km/h overspeed warning, a multifunction steering wheel, and leather seats. Overall, there are no significant changes in the exterior and interior compared to the current model. 2. Configuration: The new vehicle is equipped with four power windows, imitation leather seats, reverse radar, 15-inch aluminum alloy wheels, headlight height adjustment function, and ABS+EBD as standard features on all models. 3. Powertrain: The Wingle 5 is powered by a GW4D20E 2.0T diesel engine, with maximum power outputs of 75kW and 105kW, and peak torque of 225N•m and 315N•m. The transmission system is matched with a 5-speed manual or 6-speed manual gearbox.

As a mechanic with years of experience, installing the flywheel on a Great Wall Wingle 5 requires careful step-by-step work—no cutting corners. First, you'll need to prepare the necessary tools, such as a jack, torque wrench, and socket set. The first step is to securely lift and stabilize the vehicle, and don't forget to disconnect the negative battery terminal to prevent electric shock. Then, remove the transmission to access the flywheel. When taking off the old flywheel, handle it gently to avoid damaging other components. Cleaning the mounting surface is crucial—ensure there's no oil residue or rust. Before installing the new flywheel, apply some anti-seize grease to prevent corrosion. When tightening the bolts, always use a torque wrench set to around 85 Nm (check the manual for exact specifications). Too loose, and it may vibrate or come loose; too tight, and you risk engine damage. After installation, check the alignment to ensure smooth operation. The whole process carries significant risks, so professional handling is recommended. If you lack experience, it's best to visit a 4S shop to avoid causing damage.

I enjoy DIY car repairs and have installed a flywheel on a Great Wall Steed 5 (Fengjun 5), which is quite time-consuming. First, I cleaned up the garage and secured the car with jack stands. Removing the transmission bolts with a wrench was a bit challenging, so I had to ask a friend for help. After taking off the old flywheel, I used sandpaper to clean and smooth the surface. When installing the new flywheel, I made sure to align the bolt holes properly and applied some engine oil to prevent sticking. Tightening the bolts requires precision—I used a torque wrench set to 90 Nm, tightening them in stages and symmetrically to avoid uneven stress. After finishing, I started the engine to test it; any unusual noise means a recheck is needed. The tool list included sockets, screwdrivers, and gloves. Doing it yourself saves money, but beginners shouldn’t attempt it—it’s easy to make mistakes and damage the engine. I recommend watching video tutorials or having someone supervise.

I'm just an average car owner with limited repair experience, only knowing the basics. The flywheel plays a crucial role in transmitting power between the engine and transmission, and improper installation can severely affect driving. The basic steps involve lifting the car, removing the transmission, taking off the old part, cleaning, and installing the new one. However, details like bolt torque require professional tools, so I shouldn’t attempt it blindly. If I really want to try, I should first disconnect the battery for safety and buy matching flywheel parts without cutting corners. This job is complex and time-consuming, so I recommend taking it directly to a professional shop—it’s hassle-free and avoids extra costs from potential mistakes. Beginners should never force it; one wrong step could lead to startup failure or shaking, compromising safety.


