Design is printed on a black 6oz Hanes Tagless T-shirt made from 100% cotton and features:
- Tag free neck label
- Double needle, cover-seamed neck with lay flat collar
- Shoulder to shoulder tape
Thursday, 3 July 2014
HAWKEYE
Design is printed on a black 6oz Hanes Tagless T-shirt made from 100% cotton and features:
- Tag free neck label
- Double needle, cover-seamed neck with lay flat collar
- Shoulder to shoulder tape
- Double-needle sleeve and bottom hems
Available at Torquenation.com
BLOBEYE
Design is printed on a smoke grey 6oz Hanes Tagless T-shirt made from 100% cotton and features:
- Tag free neck label
- Double needle, cover-seamed neck with lay flat collar
- Shoulder to shoulder tape
- Double-needle sleeve and bottom hems
Available at Torquenation.com
BUGEYE
Design is printed on a steel grey 6oz Hanes Tagless T-shirt made from 100% cotton and features:
- Tag free neck label
- Double needle, cover-seamed neck with lay flat collar
- Shoulder to shoulder tape
- Double-needle sleeve and bottom hem
Available at Torquenation.com
Eat Sleep Subaru
Design is printed on a deep royal 6oz Hanes Tagless T-shirt made from 100% cotton and features:
- Tag free neck label
- Double needle, cover-seamed neck with lay flat collar
- Shoulder to shoulder tape
- Double-needle sleeve and bottom hems
Available at Torquenation.com
One Love
Design is printed on a denim blue 6oz Hanes Tag less T-shirt made from 100% cotton and features:
- Tag free neck label
- Double needle, cover-seamed neck with lay flat collar
- Shoulder to shoulder tape
- Double-needle sleeve and bottom hems
Available at Torquenation.com
Keep Calm Drive Subaru
Design is printed on a deep red 6oz Hanes Tagless T-shirt made from 100% cotton and features:
-Tag free neck label
-Double needle, cover-seamed neck with lay flat collar
-Shoulder to shoulder tape
-Double-needle sleeve and bottom hems
For Order Visit www.torquenation.com
-Tag free neck label
-Double needle, cover-seamed neck with lay flat collar
-Shoulder to shoulder tape
-Double-needle sleeve and bottom hems
For Order Visit www.torquenation.com
Difference between power and torque of a car
- Power is the rate at which work is done, that is the rate at which energy is transferred by force. The rotational force that is generated by the engine (by which the energy is transferred) is called torque.
- Internal combustion (IC) engines do not produce same power at all engine speeds, hence there would be an engine speed (RPM) at which the engine would be generating max power. Same is the case with torque.
- As a characteristic of IC engine the max torque is normally produced at a lesser engine speed than when the max power is.
- RPM is the short for "Rotation Per Minute". This is the speed at which the engine is rotating the flywheel.
What is Torque
Torque is the stuff that rockets you away from the stoplight and shoves you into your seat.
Torque is the amount of “turning power” you have, much in the same way you turn a wrench. 369 foot-pounds means that if you had a wrench that was 1 foot long, and applied a force of 369 pounds directly perpendicular to that wrench, you would get 369 foot-pounds of torque.
As you know, an engine’s output is rated in horsepower and torque. Torque is pulling power, and it’s best demonstrated as the grunt that gets you moving, while horsepower is what keeps you going.
Without sounding like your high-school physics teacher, torque is the twisting force created in an engine by rotating parts; horsepower is the measurement of how fast torque is being used. Horsepower and torque work hand-in-hand, as horsepower is calculated from torque.
For the average buyer, torque shouldn’t be a deciding factor unless you know you’ll be towing or hauling heavy loads. And that’s where high-torque vehicles will thrive, driving while towing a trailer or maxing out cargo capacity. It will be easier to accelerate and sustain speed with a high-torque car in any situation, but especially with heavy loads.
High-performance cars can also produce gobs of torque that greatly aid in acceleration. That feeling of your eyeballs being sucked into the back of your head in a fast car during heavy right-foot pounding is an example of excessive torque.
Torque is the amount of “turning power” you have, much in the same way you turn a wrench. 369 foot-pounds means that if you had a wrench that was 1 foot long, and applied a force of 369 pounds directly perpendicular to that wrench, you would get 369 foot-pounds of torque.
As you know, an engine’s output is rated in horsepower and torque. Torque is pulling power, and it’s best demonstrated as the grunt that gets you moving, while horsepower is what keeps you going.
Without sounding like your high-school physics teacher, torque is the twisting force created in an engine by rotating parts; horsepower is the measurement of how fast torque is being used. Horsepower and torque work hand-in-hand, as horsepower is calculated from torque.
For the average buyer, torque shouldn’t be a deciding factor unless you know you’ll be towing or hauling heavy loads. And that’s where high-torque vehicles will thrive, driving while towing a trailer or maxing out cargo capacity. It will be easier to accelerate and sustain speed with a high-torque car in any situation, but especially with heavy loads.
High-performance cars can also produce gobs of torque that greatly aid in acceleration. That feeling of your eyeballs being sucked into the back of your head in a fast car during heavy right-foot pounding is an example of excessive torque.
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