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“EMUSA Solid Torque Mounts: Easy Installation Guide!”


A few months after swapping my drivetrain, I decided to upgrade to solid-state torque mounts for my 2000 Civic EJ8 coupe. My reasons were twofold:

  1. When I removed the old torque mounts, I discovered they were completely shot—especially the driver’s side mount, which had no rubber left intact.
  2. My car jerked at low RPMs, particularly in first gear, making for a less-than-smooth driving experience.

Additionally, with plans to turbocharge the car, I wanted to ensure that power was delivered to the wheels more efficiently by reducing engine movement.

So, after scouring eBay and Amazon, filtering through thousands of nearly identical mounts from different sellers, I finally settled on the EMUSA torque mounts. Their design was simple yet robust, making them stand out from the rest.


Tools Needed for Installation

Before starting, gather these tools:

  • Car jack
  • Jack stands
  • Wheel wrench
  • 3/8-inch ratchet (or power tool)
  • 19mm socket + long extension (possibly two extensions)
  • 14mm socket
  • Hex-bit socket
  • Long-length screwdriver

Optional:

  • Cardboard or mat – to lay on
  • Crate or stoop – to sit on

Removal Process

  1. Loosen the wheel nuts.
  2. Jack up the vehicle and remove the wheels.
  3. Place jack stands underneath the vehicle and lower the car onto them.
  4. Use the ratchet, extensions, and 19mm socket to loosen the main torque bolt.
  5. Position the jack under the engine and raise it just enough to support the engine’s weight.
  6. Use the ratchet, extension, and 14mm socket to remove the two chassis bolts securing the torque mount. Once loosened, the mount should drop off—especially if the rubber is broken.

Installation Process

  1. Lower the engine slightly so the new mount can slide onto the bracket spindle.
  2. Place the provided washers onto the spindle. (I positioned the side with the protruding inner rubber facing the engine, just like the OEM setup.)
  3. Screw on the nut loosely—just enough for the mount to move freely.
  4. Jack the engine up until the mount is close enough to the chassis for a bolt to connect it.
  5. Use a screwdriver in one of the holes to help align the mounting hole with the chassis bolt hole.
  6. Thread in one of the supplied bolts while keeping the screwdriver in place to maintain alignment. The bolt should screw in freely without binding.
  7. Once the support bolt is in, hand-thread the supplied hex bolt until it stops, then use the hex-bit socket to tighten both bolts.
  8. Torque the chassis bolts to 33 ft-lbs (OEM spec).
  9. Tighten the main nut and torque it to 43 ft-lbs (OEM spec).

With one side done, move on to the next and repeat the same process until finished.


Lessons Learned the Hard Way

As easy as this install might sound, my experience wasn’t quite so smooth. The EMUSA mounts are wider than the OEM ones, so if you don’t align the hole before setting the bolts, the side of the mount can hit the chassis and create an offset.

When this happens, attempting to screw in the bolts causes them to bind and bite into the inner wall of the mount, stripping the threads.

Don’t ask me how I know this.


Final Thoughts

The EMUSA solid-state torque mounts are a solid upgrade for anyone looking to reduce engine movement, especially if you plan on adding more power to your setup. While the installation is relatively straightforward, proper alignment is crucial to avoid headaches.

Would I recommend these mounts? Absolutely—but with a word of caution: Take your time aligning everything properly, and you’ll be golden.


Have you installed aftermarket torque mounts? Share your experience in the comments!


DIY Guide: How to Make a Gasket for Your Car

Maintaining and repairing your car can be expensive and time-consuming. However, sometimes a simple DIY solution can save you both in time and money. One such task is to create a gasket for your car. Gaskets are essential for sealing joints and preventing leaks in various components of your vehicle. In this step-by-step guide, we will walk you through the process of making a gasket for your car at home.

Materials Needed:

  • Gasket material sheet (available at auto parts stores)
  • Pencil or marker
  • Scissors or utility knife
  • Fine-grit sandpaper
  • Precision measuring tools (ruler, calipers)
  • Old gasket (if available, for reference)
  • Gasket sealant
  • Work gloves

Step 1: Identify the Gasket Type.

You could start by identifying the type of gasket you need to replace. Gaskets can be found in various parts of your car, such as the valve cover, thermostat housing, and exhaust manifold. Each gasket may have a different shape and size, so knowing what you’re working with is essential.

Step 2: Gather Measurements.

Use precision measuring tools to gather accurate measurements of the gasket’s dimensions. If you have the old gasket, you can trace its outline onto a sheet of paper for reference. Alternatively, measure the dimensions of the mating surfaces where the gasket will be placed.

Step 3: Transfer Measurements to Gasket Material.

Place the gasket material sheet on a flat surface and transfer your measurements using a pencil or marker. Ensure you accurately mark the bolt holes and any irregular shapes in the gasket.

Step 4: Cut Out the Gasket.

Carefully cut along the marked lines using scissors or a utility knife. Take your time and make precise cuts to ensure that the gasket fits perfectly.

Step 5: Smooth Edges.

After cutting out the gasket, use fine-grit sandpaper to smooth the edges. This step helps create a proper seal and prevents any potential leaks.

Step 6: Apply Gasket Sealant

Before installing the gasket, apply a thin layer of gasket sealant to both sides. This helps enhance the sealing properties and ensures a tight fit.

Step 7: Install the Gasket.

Place the newly made gasket onto the mating surfaces, aligning the bolt holes. Tighten the bolts gradually and evenly to ensure the gasket compresses uniformly.

Step 8: Check for Leaks.

After installation, start the engine and carefully inspect for any leaks. If everything looks good, you’ve successfully made and installed a gasket for your car!

Making a gasket for your car at home is a satisfying and cost-effective solution for minor repairs. With the right materials and careful measurements, you can ensure a proper seal and keep your vehicle running smoothly. Remember to exercise caution, take your time, and enjoy the satisfaction of a DIY job well done!

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