Our certified mobile mechanics come to you 7 days a week between 7 AM and 9 PM.
How A Diagnostic Works
Instantly book a certified mobile mechanic to come to you
Mechanic diagnoses the problem and quotes necessary repairs
Your vehicle is ready to go
Fair, upfront & transparent pricing for all services
Our certified mobile mechanics can come to you now.
On average, the cost for a Chevrolet Silverado 3500 HD Temperature gauge is maxed out Inspection is $95 with $0 for parts and $95 for labor. Prices may vary depending on your location.
| Car | Service | Estimate | Shop/Dealer Price |
|---|---|---|---|
| 2010 Chevrolet Silverado 3500 HDV8-6.0L | Service typeTemperature gauge is maxed out Inspection | Estimate$114.99 | Shop/Dealer Price$124.99 - $132.49 |
| 2018 Chevrolet Silverado 3500 HDV8-6.0L | Service typeTemperature gauge is maxed out Inspection | Estimate$94.99 | Shop/Dealer Price$105.01 - $112.52 |
| 2011 Chevrolet Silverado 3500 HDV8-6.0L | Service typeTemperature gauge is maxed out Inspection | Estimate$94.99 | Shop/Dealer Price$105.01 - $112.52 |
| 2013 Chevrolet Silverado 3500 HDV8-6.6L Turbo Diesel | Service typeTemperature gauge is maxed out Inspection | Estimate$94.99 | Shop/Dealer Price$104.99 - $112.48 |
| 2009 Chevrolet Silverado 3500 HDV8-6.0L | Service typeTemperature gauge is maxed out Inspection | Estimate$94.99 | Shop/Dealer Price$105.02 - $112.55 |
| 2021 Chevrolet Silverado 3500 HDV8-6.6L | Service typeTemperature gauge is maxed out Inspection | Estimate$94.99 | Shop/Dealer Price$105.01 - $112.52 |
| 2019 Chevrolet Silverado 3500 HDV8-6.6L Turbo Diesel | Service typeTemperature gauge is maxed out Inspection | Estimate$99.99 | Shop/Dealer Price$109.87 - $117.28 |
| 2021 Chevrolet Silverado 3500 HDV8-6.6L Turbo Diesel | Service typeTemperature gauge is maxed out Inspection | Estimate$99.99 | Shop/Dealer Price$110.24 - $117.94 |
Your car’s engine needs to maintain the right operating temperature. As it runs, it creates immense amounts of heat. Coolant is circulated through the engine to absorb heat, and then it goes back to the radiator, where the radiator fan helps wick away the collected heat. Once cooled, the coolant is then sent back into the engine to do it all again. This should keep your engine in the normal operating temperature range, but if your temperature gauge is maxed out, there could be something seriously wrong.
The temperature gauge in your dash is connected to the car’s computer and from there to a temperature sensor on the engine block. The sensor measures the temperature of your car’s coolant (it uses resistance, but the actual resistance values can vary drastically from one automaker to another, and from one model to another).
The information read by the sensor is sent to the car’s computer, which adjusts the temperature gauge and also plays a role in the cooling system. Depending on the temperature level, the radiator fan will cycle on and off. As the temperature of your coolant rises, the needle in your temperature gauge should rise, moving from cold to normal. However, it may move all the way to hot in some cases.
Low Coolant: The first suspected cause of your temperature gauge maxing out is low coolant. If this occurs, your engine can overheat, and serious damage can result, up to and including cracking the block. However, if the engine isn’t actually hot (the temp gauge is maxed out but there’s no abnormal levels of heat from the engine), this isn’t the problem.
Broken Temp Gauge: If the temperature gauge is maxed out but the engine isn’t actually hot, then the problem may be a broken temperature gauge. The needle may be stuck in the hot range (this can happen after overheating the engine), or a stepper gear in the gauge may be damaged.
Failed Temp Sensor: If the temperature sensor on your engine block has failed, it may not send any information to the system, or it may send an erroneous signal, causing the gauge to rise without any actual overheating. It’s also possible that the sensor is shorting.
Failed Thermostat: If your car’s thermostat sticks in the closed position, coolant will not fully cycle through the engine, and it will begin to overheat. Your temperature gauge will rise quickly, particularly if it is very warm outside.
Cooling Fan Motor Failure: If the motor for your radiator cooling fan fails, it will not cycle on. This reduces the amount of airflow over the radiator, meaning that much of the heat is retained by the coolant, and it will not be able to absorb more from the engine.
Bad Fan Switch: Another reason your radiator fan might not be working is a bad fan switch. This switch controls the cycling of your radiator fan(s), and if it fails, it can cause overheating.
Air in System after Coolant Service: If you’ve recently had your engine coolant drained and refilled, it’s possible there’s air in the system. Air bubbles can form and block coolant from cycling through the engine, causing it to overheat.
A professionally trained mobile mechanic will come to your home or office to inspect your car’s temperature gauge and other components. The mechanic will then provide a detailed inspection report that includes the scope and cost of the necessary repairs.
The mechanic will inspect the coolant level of your vehicle, as well as the temperature sensor and other components in order to determine the cause of the gauge maxing out. It may be necessary to test drive the vehicle and verify if the engine is actually overheating, or if the problem lies with the sensor or the gauge.
If your car is actually overheating, it’s a very serious problem that could quickly lead to engine-killing damage. Even if the problem is just a malfunctioning sensor or gauge, the issue is still serious, as you will have no means of observing the actual temperature of your engine coolant. One of our professional mechanics can inspect and repair your system.
Fast and easy service at your home or office
Backed by 12-month, 12.000-mile guarantee
Real customer reviews from Chevrolet owners like you.
Our service team is available 7 days a week, Monday - Friday from 6 AM to 5 PM PST, Saturday - Sunday 7 AM - 4 PM PST.
