Details of Yamaha R 15.
The Yamaha R 15 has become a revolution in India. This has changed this perception of Indians towards a sports bike. Now it has become affordable for an average person to own a stunning looking vehicle. this costs about Rs. 115000/- in India and is having a mileage of about 30 - 35 liters.
The bike has a radiator in place with aluminum. it have unique air cooling fins designed on either side of the body. Very much aerodynamically designed machine, its is a true value for money. The shock absorbing system is very much balanced with provides a smooth ride for the vehicle.
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The bike has a radiator in place with aluminum. it have unique air cooling fins designed on either side of the body. Very much aerodynamically designed machine, its is a true value for money. The shock absorbing system is very much balanced with provides a smooth ride for the vehicle.
For videos on New Cars/ Bikes/ Machine Click Here
For videos on Automobile Technology Click Here
Details of Volkswagen Polo.
This is a high quality budget Car from Volkswagen. The polo is available in both Diesel and Petrol. The look of the car is classic and the paint finish is superb.
This a superb engineering and quality product. The shape of the vehicle is unique in its class with great front view. The is enough baggage space in the rear. The mileage provided by the vehicle is satisfactory.
Ashok Leyland U- Truck U-3123 T
This is an 8*4 tipper; the biggest feature is the higher fuel efficient low operating. The U- 3123 T is the first of its kind designed for the bulk movement of the construction material and other low density commodities like coal and coke. The ‘H’ series common rail fuel injection system (CRS) engine ensures high fuel efficiency. The heavy duty aggregates and high capacity load bodies facilitate higher load carrying capacity. All of these enable the U-3123 T to take on any challenges in the construction industry.
Ashok Leyland U- Truck U-2518il T
This is a 6*4 tipper; the biggest feature is the higher fuel efficient low operating. Road projects and infrastructure development often demands transportation of large volumes of construction materials across long distance. The U 2518il is designed to enhance the experience for construction material movement by keeping operating cost to minimum. Higher fuel efficiency uptime reliability and increased productivity ensures the U-2518il to give you good return on investment.
Ashok Leyland U- Truck U-1618 T
This is a 4*2 tipper; the biggest feature is the higher fuel efficient low operating cost 3-year care package. The u-1618 T is designed for tough duty cycles that are intrinsic to stone quarries and irrigation sites. The superior ‘H’ Series engine coupled with suitable aggregates and a rugged body ensures better gradability with heaver load. This high performance tipper is fully geared for more trips with out compromise on vehicles uptime and can generate the best results across any terrain.
Ashok Leyland U- Truck U-1616 T
This is a 4*2 tipper; the biggest feature is the higher fuel efficient low operating cost 3-year care package. The u-1616 T offers ‘H’ Series engine with inline fuel pump. A matching drive line. Driver-friendly cab and as assortment of robust bodies enabled the U-1616 T to perform economically and reliably, ensuring high productivity across the construction industry. These features together make it a winner.
TEREX TLB740S
This is a BHL (back hoe loader) machine, very reliable with great performance. It has a proven heavy duty rear axle and transmission fro lesser maintenance. Larger standard front wheel for lower ground pressure, better grip. Digging depth of 4.74 m – highest among all. Safety in design for protection against falling objects and machine roll over. Excellent operating height, spacious cabin and wider door openings, ensure excellent ventilation's and visibility all around. Boom and swing safety locks can be operated from with in the cabin.
DOOSAN DX210
Doosan is one of the leading brands in the construction equipment industry, the DX210 is a reliable tracked excavator
Engine:
SAE J1439, Net: 150 PS (148 HP) @1950 rpm.
Operational weight: 20, 150 kg (44,423lb)
Bucket capacity (SAE): 0.93m3
Specifications:
Machine weight: 20150 kg.
HEMAN 175 from TEREX VECTRA
The HEMAN 175 skid steer loader is an engineering marvel in the earth moving industry, complete with compactness, manoeuvrability and versatility. The finest quality of the machine is its dexterity, which is made possible by the four wheel drive system. Each side is independent of the other, maximizing the mobility in the very small radius. The drive system is hydrostatic and has a set of wheels on either side connected to an independent drive motor, through a gear train which provides slip free drive to the wheels. The forged gears are hardened for long life and are immersed in a oil bath providing continuous lubrication. This machine is build on the foundation of providing operator safety, reliability, easy maintenance and low cost of ownership. When it comes to the test of strength,endurance and surviving the tough Indian conditions, the HEMAN 175 skid steerloader has it more than any other machine.
Space shuttle and the process involved in its flight path.
The space shuttle is a space craft which is employed for space excavation jobs. Usually they are used for climate analysis or for launching satellites. This topic we will be discussing about the flightpath of a space shuttle and the process involved in this flight path.
Major components of a space shuttle:
1. 1.Two solid rocket boosters (SRB)
2. 2. External fuel tank (ET)
3. 2. Orbiter.
Working of Hydrostatic CVT Explained.
This topic we will be studying about Hydrostatic CVT. See the video in this topic for easy understanding.
Main components of a Hydrostatic CVT:
1. Hydrostatic pump
2. Hydrostatic motor
Hydrostatic pump: it is connected to the engine crank shaft, that mean s this is the driving side and is getting its drive from the engine crank shaft.
Hydrostatic motor: this is the driven side; the drive coming from the pump is driving the hydrostatic motor.
Working of Turbocharger
Function of turbocharger:
What exactly a turbocharger does:
Turbocharger provides a boost (more compressed air to the cylinder to facilitate the combustion of more fuel supplied).
You must have learned in LP school that if a burning candle is closed with some thing it will slowly stop glowing due to lack of air.
Advantages of Continuously variable transmission (CVT)
Advantages of CVT:
1. Facilities smooth drive.
2. Effective auto torque and speed adjustment as per the drive demand.
3. No gears involved.
4. Transmission becomes simpler.
5. Can avoid a clutch in between.
How Clutch Works.
Clutch is an integral component of a manual transmission vehicle. This part is helping the engine to smoothly engage with the transmission. It is a part of the transmission (gear box). Now in modern vehicles we can see clutches are been replaced with automatic transmission technology such as CVT, Torque converter etc.
Working of Pulley Based CVT.
The CVT is a continuously variable transmission system. This type of transmission systems are used in vehicle withautomatic transmission. The function of the transmission system is to changethe gear ratio between the engine and rear wheels. A manual transmission will be having many numbers of gears where the CVT will not have gears.
Different type of CVT’s:
1. Pulley based CVT
2. Toroidal CVT
3. Hydrostatic CVT
This topic we will be studying about Pulley based CVT. See the video in this topic for easy understanding.
Working of Toroidal CVT.
The CVT is a continuously variabletransmission system. This type of transmission systems are used in vehicle withautomatic transmission. The function of the transmission system is to change the gear ratio between the engine and rear wheels. A manual transmission will be having many numbers of gears where the CVT will not have gears.
Different type of CVT’s:
1. Pulley based CVT
2. Toroidal CVT
3. Hydrostatic CVT
This topic we will be studying about Toroidal CVT. See the video in this topic for easy understanding.
Supercharger Explained.
Superchargers are used in automobile to improve or enhance the HP (horse power) of an engine.
As we all know, a bigger engines is capable of producing more power compared to smaller one, this is as the bigger engines are capable burning more fuel compared to smaller engines. The study of automobile engineers to enhance the power produced by a smaller engine resulted in the invention of Superchargers.
Basic logic on the construction of Supercharger:
For creating more power we need to burn more fuel, with a smaller engine to produce more power we need to do the same. But supplying more fuel is an easy job, but for ensuring its proper combustion is the difficult part.
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