Our mobile technicians offer services 7 days a week. Upfront and transparent pricing.
Price range for all vehicles
Mechanic comes to you
12-month / 12k-mile warranty
Free 50 point safety inspection
Our certified mobile mechanics can come to your home or office 7 days a week between 7 AM and 9 PM.
It depends on the type of car you drive and the auto repair shop you go to. Our mechanics are mobile, which means they don't have the overhead that repair shops have. They provide you convenience by coming to your home or office.
|Cars||Estimate||Parts Cost||Labor Cost||Savings||Average Dealer Price|
|2015 Kia Optima||$123||$43.42||$79.99||18%||$150.92|
|2011 Jeep Patriot||$147||$67.20||$79.99||15%||$174.70|
|2014 Ram 1500||$104||$24.45||$79.99||20%||$131.95|
|2007 Lexus RX350||$137||$57.26||$79.99||16%||$164.76|
|2015 Mercedes-Benz Sprinter 2500||$123||$42.80||$79.99||18%||$150.30|
|2014 Jaguar XJR||$319||$239.24||$79.99||7%||$346.74|
The oil cooler hose is responsible for keeping the transmission and engine oil from overheating. The hose runs from the radiator to the transmission and the engine. The oil that is used to lubricate the engine and transmission circulates through the oil cooler hose to the radiator, where it is cooled down. The keeps the oil from overheating and damaging the engine and transmission.
Any time the oil cooler hose is replaced, the oil cooler pump should be inspected as well.
Your oil cooler system should be inspected during all routine maintenance and servicing. It’s also a good idea to have your oil cooler system inspected every time your oil is changed.
Your oil cooler system is responsible for cooling the oil in your engine and transmission. The oil circulates through the oil cooler hose and to the radiator, where the oil is cooled before returning to the engine and transmission. This oil is needed to keep the engine well lubricated. When the oil cooler hose breaks, oil will leak out of the hose, and will be removed from the system. The engine and transmission won’t have the lubrication they need, which can be harmful to both systems, and will likely cause overheating.