Research and innovation have resulted in advanced braking system the way fuel-efficiency technology has evolved over years. With time, today, the braking system comes equipped with sintered metal, carbon fiber and lightweight steel. Brakes basically transform the energy system; from kinetic energy (moving wheel) to heat energy through friction generated by resistance to stop a vehicle.
Disc brakes are always preferred to drum brakes at least on the front wheels because of the greater magnitude of stopping power.
Disc brakes are two part system; a disc or rotor as one part and brake caliper assemblies as the other part. On the other hand the conventional drum brake system consists of drum and the brake shoes.
It is the caliper assemblies that consist of hydraulic pistons which push against the brake pads generating more friction to stop the vehicle. However, conventional braking system loses its effectiveness under high braking conditions as brake components get saturated with too much heat and hence lose the capability to halt the vehicle. This is not a thing with the disc brakes as the rotors are fully exposed to air, and so heat is not accumulated and cooling of the components is faster and easier than in the conventional drum braking system.
Disc brakes have shorter response time, so bike can halt immediately even if it is running at high speeds with same braking torque in comparison to drum brakes.
Again, disc brakes are suitable in almost all kinds of road conditions unlike drum brake system; the brakes fail under undulated terrain and mountainous terrains.
Again, in muddy roads and wet conditions disc brakes perform far better for it is mostly hydraulic and also because the centrifugal force in disc brakes fling water away from the disc brakes so there is no pooling of water around brake discs and they are kept dry. However, drum brakes will eventually collect water inside the drum surface which eventually become very difficult for riders to ride in wet conditions.
Disc brakes require few tweaks now and then and then calls for less maintenance in comparison to the drum brakes.
Thanks for the informative article!
A good info…after read this article only understood the difference btwn Disk breaks & drum breaks…Thx
why the manufacturers give disc brakes to only the front wheel in many makes of them.
Braking causes the car’s weight to shift forward, and as a result about 70% of the work is done by the front brakes. (That’s why your front brakes tend to wear out faster.)By fitting disc brakes to the front wheels and drum brakes to the rear wheels, manufacturers can provide most of the benefits of disc brakes while lowering costs. (Drum brakes are less expensive to make than disc brakes, largely because they can also double as a parking brake, whereas disc brakes require a separate parking brake mechanism.)
thanks for your kind information
Wont the bike skid it the disk brakes are hit harder?
D bike is nt gng to skid if u apply both brake simntnsly i.e front disc n rear drum if u r runng nt abve 80 kmh.
Der is much chance f skidng is ven u apply disc brake hardr on turns n u r in sped too.
What are the disadvantages of disc brake system
Thanks for information, I was told that the disc breaks will spoil the tyres very fast as compared to drum breaks.
Disc brakes are no doubt advanced technology compared to drum. Wheel locking is the potential hazard for either disc or drum. So ABS is again a revolutionary development. I don’t agree that disc brakes will damage tyres. A lot depends on how much an expert driver you are!