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Ride Control Repairs: Keeping Your Customers' Tires Glued to the Road Cheshire CT

The basic idea behind any performance suspension system is to keep the tire in contact with the road surface. Like the modern import vehicle, the unsprung weight of the wheel, brake and axle of a modern racing vehicle has been reduced to a minimum. Spring rates have been refined to provide instant response to changes in chassis height.

Tire Service On Wheels Inc
(203) 272-6055
344 E Johnson Ave
Cheshire, CT
Firestone Complete Auto Care
(203) 235-7921
72 Cook Ave
Meriden, CT
Firestone Tire & Service Centers
(203) 235-7921
72 Cook Ave
Meriden, CT
Gt Silver City Tire Co.
(203) 235-8606
155 Colony St
Meriden, CT
Firestone Dealer Store
(203) 269-1417
400 N Colony St
Wallingford, CT
Modern\S Anderson Tire & Auto
(203) 272-3296
514 West Main St
Cheshire, CT
Sears
(203) 639-6695
470 Lewis Ave
Meriden, CT
Berlin Bandag
1401 N Colony Road
Meriden, CT
Englewood Tire
800-725-6172
55 Pent Hwy
Wallingford, CT
Wal-Mart
(203) 759-1990
910 Wolcott St
Waterbury, CT
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Ride Control Repairs: Keeping Your Customers' Tires Glued to the Road

Confused about modern ride control technology? Sometimes looking back into automotive history can put such technology into a more usable framework. A good illustration is how ride control technology evolved from the simple, early-century friction shock absorber to the electronic variable-rate shocks and MacPherson struts currently being installed on late-model imports. When early automobile manufacturers first mated a gasoline engine to what was essentially a buggy chassis, they quickly discovered that the buggy-style suspensions with high percentages of unsprung weight concentrated in the wheels and axles would bounce uncontrollably at anything above horse-drawn speeds. As speeds increased, the need for a spring dampening device or "shock absorber" became apparent and what we now refer to as the "ride control industry" was born.

EARLY RIDE CONTROL TECHNOLOGY
The first shock absorbers were simply pieces of leather or asbestos sandwiched between spring-loaded plates, with the friction body mounted to the chassis and a movable arm attached to the axle. As the suspension moved up and down in relation to the chassis, the friction shock dampened the resulting spring oscillations by converting excessive spring oscillations into heat. Unfortunately, overheating would reduce the efficiency of the friction shock during sustained high-speed driving conditions.

The tubular, oil-filled "airplane" shock absorber, popularly introduced in the 1930s, seemed to offer the best solutio...

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