For ordinary family cars, increasing the braking speed of the engine will not cause any damage to the engine, but for large trucks, the restraining effect on the speed in the process of engine braking is more obvious, and it will also cause certain damage to the engine.
The speed ratio will be very high when the engine brakes on the growth downhill road. What is the damage to the engine? It is not easy to cause damage. In the case of going down a long slope, it is right to use the engine to brake, instead of stepping on the brake pedal, which is very easy to cause uncontrollable side slips, and in serious cases, it is very easy to cause brake failure.
Using engine resistance to control the speed measurement will lead to an increase in engine speed, which theoretically will produce certain impact and wear.However, when the engine heats up and the lubrication system is established, this kind of wear can be ignored.
No damage. Frequent use of the transmission will cause damage to the engine. The engine brakes by downshifting, and the transmission is subjected to the greatest force. It's better to slow down first and then downshift. Using engine braking for long-distance downhill can effectively reduce braking thermal attenuation.
No damage. Frequent use will damage the transmission engine. Engine braking should be done by slowing down. The greatest force is the gearbox. It's better to slow down before slowing down. The use of engine braking for long-distance downhill can effectively reduce the thermal attenuation of braking.
no damage. Frequent use of pairsThe speed box will damage the engine. Engine braking should be done by downshifting. The most powerful thing is the gearbox. It is better to slow down first and then downshift. Using engine braking on long-distance downhill can effectively reduce brake thermal attenuation.
startMechanism method: Predict braking is to relax the accelerator pedal in a planned and purposefully manner at the situation point in advance, use the natural resistance to slow down when driving, and step on the brake pedal intermittently and gently according to the situation to further slow down or stop. This is the most commonly used braking method for safe driving.
When slippery roads such as slag oil road surface, muddy ice and snow road surface, engine brake should be used as much as possible, parking brake should be used flexibly, and foot brake should be minimized. If you use foot braking, it is better to use intermittent braking. Don't step on it with your feet to prevent side slipping.
When slippery roads such as slag oil road surface, muddy ice and snow road surface, engine braking should be used as much as possible, parking brakes should be used flexibly, and foot braking should be minimized. If you use foot braking, it is better to use intermittent braking, and do not step on it to prevent side slipping.
First of all, the automatic parking system is suspended in gear without fuel. In this case, the car engine does not drive the car, and the wheel rotation pushes the car engine instead. In this way, the car engine has a reaction force to the car, which can play the effect of the braking system.
1. No damage. Frequent use of the transmission will cause damage to the engine. The engine brakes by downshifting, and the transmission is subjected to the greatest force. It's better to slow down first and then downshift. Using engine braking for long-distance downhill can effectively reduce braking thermal attenuation.
2. No damage. Frequent use of the gearbox will only the engineIf there is damage, the engine braking should be done by downshifting. The most powerful thing is the gearbox. It is best to slow down first and then downshift. Using engine braking on long-distance downhill can effectively reduce brake thermal attenuation.
3. No damage. Frequent use will damage the transmission engine. Engine braking should be done by slowing down. The greatest force is the gearbox. It's better to slow down before slowing down. The use of engine braking for long-distance downhill can effectively reduce the thermal attenuation of braking.
4. Frequent use of the gearbox will cause damage to the engine. The engine brakes are downshifted, and the gearbox is subjected to the greatest force. It's best to slow down first and then downshift. Using engine braking for long-distance downhill can effectively reduce braking thermal attenuation.
5. It doesn't seem to be very harmful to the engine itself. What is harmful is the damage to the engine support and engine foot mat.Frequent use is harmful to the gearbox. Engine braking should be done by downshifting. The most powerful is the gearbox. It is best to slow down first and then downshift.
6. The use of gearbox braking is only an auxiliary to brake braking, which is to avoid brake failure caused by long-term and long-distance braking due to thermal attenuation. Therefore, when driving a low gear downhill to help slow down, it should be well coordinated with the brakes, and there is no harm to the gearbox.
Binance wikipedia-APP, download it now, new users will receive a novice gift pack.
For ordinary family cars, increasing the braking speed of the engine will not cause any damage to the engine, but for large trucks, the restraining effect on the speed in the process of engine braking is more obvious, and it will also cause certain damage to the engine.
The speed ratio will be very high when the engine brakes on the growth downhill road. What is the damage to the engine? It is not easy to cause damage. In the case of going down a long slope, it is right to use the engine to brake, instead of stepping on the brake pedal, which is very easy to cause uncontrollable side slips, and in serious cases, it is very easy to cause brake failure.
Using engine resistance to control the speed measurement will lead to an increase in engine speed, which theoretically will produce certain impact and wear.However, when the engine heats up and the lubrication system is established, this kind of wear can be ignored.
No damage. Frequent use of the transmission will cause damage to the engine. The engine brakes by downshifting, and the transmission is subjected to the greatest force. It's better to slow down first and then downshift. Using engine braking for long-distance downhill can effectively reduce braking thermal attenuation.
No damage. Frequent use will damage the transmission engine. Engine braking should be done by slowing down. The greatest force is the gearbox. It's better to slow down before slowing down. The use of engine braking for long-distance downhill can effectively reduce the thermal attenuation of braking.
no damage. Frequent use of pairsThe speed box will damage the engine. Engine braking should be done by downshifting. The most powerful thing is the gearbox. It is better to slow down first and then downshift. Using engine braking on long-distance downhill can effectively reduce brake thermal attenuation.
startMechanism method: Predict braking is to relax the accelerator pedal in a planned and purposefully manner at the situation point in advance, use the natural resistance to slow down when driving, and step on the brake pedal intermittently and gently according to the situation to further slow down or stop. This is the most commonly used braking method for safe driving.
When slippery roads such as slag oil road surface, muddy ice and snow road surface, engine brake should be used as much as possible, parking brake should be used flexibly, and foot brake should be minimized. If you use foot braking, it is better to use intermittent braking. Don't step on it with your feet to prevent side slipping.
When slippery roads such as slag oil road surface, muddy ice and snow road surface, engine braking should be used as much as possible, parking brakes should be used flexibly, and foot braking should be minimized. If you use foot braking, it is better to use intermittent braking, and do not step on it to prevent side slipping.
First of all, the automatic parking system is suspended in gear without fuel. In this case, the car engine does not drive the car, and the wheel rotation pushes the car engine instead. In this way, the car engine has a reaction force to the car, which can play the effect of the braking system.
1. No damage. Frequent use of the transmission will cause damage to the engine. The engine brakes by downshifting, and the transmission is subjected to the greatest force. It's better to slow down first and then downshift. Using engine braking for long-distance downhill can effectively reduce braking thermal attenuation.
2. No damage. Frequent use of the gearbox will only the engineIf there is damage, the engine braking should be done by downshifting. The most powerful thing is the gearbox. It is best to slow down first and then downshift. Using engine braking on long-distance downhill can effectively reduce brake thermal attenuation.
3. No damage. Frequent use will damage the transmission engine. Engine braking should be done by slowing down. The greatest force is the gearbox. It's better to slow down before slowing down. The use of engine braking for long-distance downhill can effectively reduce the thermal attenuation of braking.
4. Frequent use of the gearbox will cause damage to the engine. The engine brakes are downshifted, and the gearbox is subjected to the greatest force. It's best to slow down first and then downshift. Using engine braking for long-distance downhill can effectively reduce braking thermal attenuation.
5. It doesn't seem to be very harmful to the engine itself. What is harmful is the damage to the engine support and engine foot mat.Frequent use is harmful to the gearbox. Engine braking should be done by downshifting. The most powerful is the gearbox. It is best to slow down first and then downshift.
6. The use of gearbox braking is only an auxiliary to brake braking, which is to avoid brake failure caused by long-term and long-distance braking due to thermal attenuation. Therefore, when driving a low gear downhill to help slow down, it should be well coordinated with the brakes, and there is no harm to the gearbox.
187.53MB
Check148.44MB
Check641.34MB
Check513.19MB
Check726.54MB
Check663.77MB
Check774.71MB
Check669.64MB
Check946.49MB
Check467.92MB
Check819.79MB
Check542.83MB
Check976.67MB
Check682.34MB
Check678.58MB
Check381.29MB
Check491.24MB
Check433.84MB
Check123.32MB
Check239.99MB
Check441.87MB
Check398.99MB
Check526.46MB
Check175.17MB
Check213.39MB
Check512.87MB
Check146.45MB
Check243.98MB
Check914.11MB
Check343.26MB
Check361.42MB
Check598.34MB
Check931.93MB
Check437.22MB
Check284.75MB
Check515.51MB
CheckScan to install
Binance wikipedia to discover more
Netizen comments More
1559 迫不及待网
2025-01-23 03:31 recommend
762 故步自封网
2025-01-23 03:14 recommend
279 器小易盈网
2025-01-23 02:54 recommend
389 面目一新网
2025-01-23 02:04 recommend
676 笃学不倦网
2025-01-23 02:00 recommend