Transmission Gear Main And Auxiliary Shaft For CG125

Name: Transmission Gear Main And Auxiliary Shaft For CG125
Brand: MOYADA
SKU: 224971318

Moyada specializes in producing valve, clutch, main and auxiliary shafts, cams, electrical parts, cylinder, bearings and other motorcycle gear accessories.

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Your Professional Transmission Gear Main and Auxiliary Shaft for CG125 Manufacturer in China!

Moyada specializes in producing valve, clutch, main and auxiliary shafts, cams, electrical parts, cylinder, bearings and other motorcycle gear accessories. The company established a sales platform based on the integration of production enterprises, and adopted the mode of factory focus on production and platform professional sales to meet all kinds of customer needs.

Wide Product Range

We offer a variety of motorcycles engine parts, including valve, clutch, main and auxiliary shafts, cams, electrical parts, cylinder, bearings and other motorcycle gear accessories.

Professional Certificate

Certificate of ISO, TS16949 management system, and Environmental Management System Certificate all reflect the professionalism of our products. Reliable after-sales service ensures that customers can purchase products with confidence.

Rich Experience

We have more than 20 years of experience in quality, production and supply chain management, and can continue to provide customers with satisfactory products and services.

Stable delivery

We will arrange production and shipment according to the customer's schedule and order urgency, and deliver on time. The fast shipping system allows customers to receive products quickly.

Brief Introduction to Transmission Gear Main and Auxiliary Shaft for CG125

A transmission gear shaft assembly is a mechanical component that transmits power and torque from an engine to the gears that drive a machine. It's also known as a drive shaft or transmission shaft. Transmission gear shaft assemblies are made of high strength materials such as steel, aluminum, or titanium. The design and size of a transmission gear shaft assembly depends on the specific application and the amount of torque and power that needs to be transmitted.

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How does Transmission Gear Shaft Work?

A transmission gear shaft is a rotating member that transmits power and torque from one location to another. A gear shaft is made up of a cylindrical metal rod with a series of teeth machined into it. When two gear shafts mesh together, the teeth of one gear engage with the teeth of the other gear causing the gears to rotate.

In a manual transmission, the input shaft is connected to the engine, which turns the shaft. The input shaft's power drives a set of gears, called the countershaft gears. The output shaft carries the power from the input shaft and runs at different speeds, depending on the gears and gear ratio.

What Does a Main and Auxiliary Shaft Do in a Transmission?

Main Shaft

This shaft is responsible for transmitting power from the engine to the wheels. It connects to the input shaft, often linked directly or indirectly to the engine's crankshaft. The main shaft carries the gears that directly engage with those on the countershaft or output shaft.

Auxiliary Shaft

Also known as the countershaft, it runs parallel to the main shaft inside the transmission housing. The gears on the auxiliary shaft mesh with gears on the main shaft and provide various gear ratios for different speeds and torque outputs. This arrangement enables the transmission to shift gears, altering the torque and speed delivered to the wheels.

Symptoms of a Bad Motorcycle Transmission System

Clutch Failure

Clutch is "Slipping": A slipping clutch is exactly what it sounds like, it essentially refers to a clutch that lacks friction in the system, which in turn, results in the discs slipping past one another instead of biting and transmitting torque. Clutch slipping can result from worn clutch discs, a broken or damaged pressure plate, or even weak clutch springs.
Clunking or Rough Gear Change: A healthy transmission system should deliver a smooth, relatively fast (depending on make and model) gear change.
Snapped or Damaged Clutch Cable: A cheap and easy repair but certainly one of the most common failures that can occur in a badly maintained motorcycle. A snapped or damaged clutch cable will prevent clutch disengagement via the clutch lever.
Warped or Bent Pressure Plate: A broken or damaged pressure plate will reduce friction in the clutch pack, and in turn, result in sluggish acceleration and inconsistent power delivery. This failure can cause overheating, excessive wearing and a reduced level of lubrication in the clutch assembly.

Bad or Difficult Gear Changes

Bent Shift Forks: A bent shift fork can occur from too much pressure being applied to the shift lever. However, it's likely that the shift lever itself would bend or break long before you damage the shift fork. But it's certainly possible.
Shift Lever Not Working: The shift lever, shifter shaft and ratchet mechanism must all be intact for a successful gear change. A bad shift lever could need a simple adjustment or may require completely replacing.
Worn Bearings: The most common causes of a bad bearing are from excessive wear and a lack of system lubrication. Both can develop from exposure to excessively high temperatures or contamination of fluids (i.e., water getting into transmission oil, etc).
Worn Gear Dogs: Worn gear dogs is the most common of all failures in a failing transmission system. Symptoms include clunky gear changes, gears slipping out of engagement and back into neutral, or even worst, no gear engagement at all. Meaning, when you attempt to shift into gear, the gearbox simply doesn't allow you to.

Our Certificate

ISO and TS16949 Management System Certification

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Company Equipment

Advanced Equipment

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Common Problems of Transmission Gear Main and Auxiliary Shaft for CG125

Q: What is a CG125 motorcycle?

It may refer a commuter motorcycle made by Honda of Japan.

The CG125 is a 125cc learner-friendly motorbike. It has a top speed of 65 mph, weighs 114 kg, and has a seat height of 781 mm. The CG125 has a four stroke, single cylinder, air cooled engine. It has a 4-speed transmission, kick start, and roller chain final drive.

Q: What is the shaft of the gear transmission?

A: Transmission shafts are rotating members and transmit power and torque from one location to another while spindles are short shafts and axles are nonrotating shafts. Shafts can be solid or hollow.

Q: What does a gear shaft do?

A: Essentially, a gear shaft is the shaft of a gear that provides the rotation that allows one gear to engage and rotate with another. This process, commonly known as gear reduction, is essential for transferring horsepower from the engine to the drive mechanism.

Q: What is a gear shift shaft?

A: These gear shift shafts find usage in a synchronized gear box that are used in most of modern manual-transmission vehicles and allow functioning of transmission gears in mesh and rotating forms.

Q: How many shafts are in a transmission?

A: Manual transmissions consist of an input shaft, intermediate shaft and output shaft. The input and output shafts are each connected with the intermediate shaft. There are also several gears that enable us to travel at various speeds, with lower gears used for slower speeds and top gears operating at faster speeds.

Q: What are the two shafts in a transmission?

A: In terms of construction, manual transmissions contain two shafts; a primary shaft that is split into two parts/sections that can rotate independently of each other, and a secondary shaft that is made up of a series of fixed gears of various diameters.

Q: What are the 3 shafts in a transmission?

A: The transmission housing contains three shafts interacting with one another. One of them is attached to the engine (the input shaft), one is attached to the differential (the output shaft), and the third shaft, often called the layshaft or the countershaft, interacts with the other two via a system of gears.

Q: Does the driveshaft have anything to do with the transmission?

A: The drive shaft (also called propeller shaft or prop shaft) is a component of the drive train in a vehicle, with the purpose of delivering torque from the transmission to the differential, which then transmits this torque to the wheels in order to move the vehicle.

Q: Where are transmission shafts used?

A: Transmission shafts are used in manual transmission gearboxes. Transmission gearbox are used to shift the generated power from an motor or engine to the wheels.

Q: What is the difference between a shaft and a gear?

A: The shaft is a machine element that helps in supporting rotating parts whereas gear is another important device that allows power transmission from a specific shaft to another.

Q: What are the names of the transmission shafts?

A: Most modern passenger cars use 'constant-mesh' transmissions consisting of three shafts: an input shaft, a countershaft (also called a layshaft) and an output shaft.

Q: What includes a transmission drive shaft and differential?

A: The drivetrain is comprised of a collection of components in a vehicle that transfer power from the transmission to the wheels/ drive it forward. These components include the driveshaft, CV joints, the differential, the axle shafts and the U-joints.

Q: What is the name of the shaft that brings the power into the transmission?

A: Power enters the transmission through the input shaft. The input shaft is connected to the engine via the clutch, such that when the clutch is engaged, power goes straight from the engine to the input shaft of the transmission, and the crankshaft and input shaft rotate at the same speed.

Q: How many shafts does a manual transmission have?

A: At its simplest, the manual transmission consists of three shafts with constantly-intermeshed gears of different sizes. The input shaft connects to the engine, via the clutch. The countershaft is constantly meshed with the input shaft and has multiple gears.

Q: What does a counter shaft do in a transmission?

A: A countershaft is a set of helical gears and shaft cast out of a single piece of hardened steel. It transfers power flow from the input shaft drive gear to the gears on the output shaft. The gears and the countershaft rotate as one and are a one-piece assembly.

Q: What is the function of the mainshaft?

A: Definition of main shaft. The line of shafting that receives its power directly from the engine or motor and transmits power to other parts.

Q: What does an output shaft do?

A: An output shaft connects the drive wheels to the automatic gearbox in your vehicle. The output shaft is the component that carries the power out of the transmission to the wheels. Depending on the speed you select and the gear that the automatic transmission sets, the output shaft will turn at the speed you determine.

Q: Where is the gearbox on a manual transmission?

A: It is usually bolted to the rear of the engine, with the clutch between them. Modern cars with manual transmissions have four or five forward speeds and one reverse, as well as a neutral position. Syncromesh disengaged. The gear turns freely on a bush, rotated by a meshing gear on the layshaft.

Q: What is the main shaft of the transmission?

A: The main shaft is a component that functions as a gear holder, bearing, synchromesh and other components. The main shaft also functions as a shaft that continues the rotation of the input shaft so that the rotation can reach the spindle.

Q: What are the two main shafts in a manual transmission?

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