Why Consider the Mishimoto Short Throw Shifter?

Manual transmission owners often find the factory shifter is built for comfort and silence rather than speed. The long, rubbery throws and vague gate feel can dull the driving experience, especially when you want to push the car. The Mishimoto Short Throw Shifter aims to fix that by tightening up the shift action and cutting the distance between gears. For roughly $150, it promises a more direct, mechanical connection between you and the transmission. This review sets aside the hype and looks at what this shifter actually delivers for the money, who it fits, and what you need to know before buying.

What Is a Short Throw Shifter and How Does It Work?

A short throw shifter replaces the factory shift lever and linkage with a redesigned mechanism that uses a different pivot point. By moving the pivot closer to the shifter base, the lever’s arc is reduced. That means less hand travel is required to go from first to second, third to fourth, and so on. Shifts become quicker, more deliberate, and easier to control under hard driving.

Factory shifters are often designed with long, sloppy throws to isolate noise and vibration. They use rubber bushings and plastic pivot sleeves to keep the cabin quiet. A short throw shifter swaps those compliant parts for solid billet aluminum or steel components, along with spherical bearings or polyurethane bushings. The result is a faster, more precise shift action—though often with a bit more NVH (noise, vibration, harshness) transmitted into the cabin.

The Mishimoto unit follows this same principle. It’s a direct replacement for the stock shifter assembly, not just a lever extension or a weight. The design reduces throw by roughly 30% to 40% compared to the factory setup, depending on the specific vehicle application.

Mishimoto Short Throw Shifter Key Features

Machined Billet Construction

Mishimoto uses 6061-T6 billet aluminum for the main housing and lever. This alloy is strong, lightweight, and corrosion-resistant. The pivot ball is steel, hardened to resist wear over hundreds of thousands of shifts. The fork that connects to the transmission shift rod is precision-machined brass, chosen for its self-lubricating properties and dimensional stability. Every component is anodized or coated to prevent rust and galling.

The use of billet aluminum instead of cast or stamped steel means the shifter doesn’t flex under aggressive driving. There’s no slop or deflection when you yank the lever into gear at high RPM. That rigidity is what gives the shifter its crisp, mechanical feel.

Reduced Throw Distance (30–40% Reduction)

Mishimoto engineers the pivot geometry to cut the distance between gears by about one third. In practical terms, a shift that required a 5-inch hand movement from the factory drop to about 3 inches. That may not sound like much, but over a long drive or a track session, the reduced effort adds up. Lap times benefit because you spent less time with your hand on the shifter and more time steering. Daily driving becomes more engaging because every shift feels immediate and connected.

It’s important to note that throw reduction isn’t as extreme as some competitors that cut throw by 50% or more. Mishimoto’s engineers chose a balance between speed and shift effort. Too short a throw can make the gates feel close together, increasing the risk of a missed shift. The 30-40% range keeps shifts positive without turning the gearbox into a slot car.

Height-Adjustable Shifter Lever

Many Mishimoto short throw shifters come with a threaded, height-adjustable lever. You can raise or lower the knob position by up to an inch. A taller lever reduces shift effort but slightly increases throw; a shorter lever reduces throw further but requires more force. This adjustability lets you tune the shifter to your preferences and driving style. The lever itself is steel with a knurled or grooved shaft to keep the shift knob from rotating or loosening over time.

Replacement of Factory Rubber Bushings

Stock shifters rely on rubber bushings at the pivot and at the transmission linkage. Those rubber parts absorb vibration but also introduce slop and delay. The Mishimoto shifter replaces them with spherical bearings (heim joints) or CNC-machined brass bushings, depending on the specific kit. Spherical bearings allow for smooth multi-axis movement with zero free play. The brass bushings provide similar performance with slightly less noise transmission. Either way, the lost motion from the factory rubber is eliminated, giving you a direct line from your hand to the gearbox internals.

Vehicle-Specific Bolt-On Design

Mishimoto engineers each shifter for a specific make and model. That means the mounting bracket, linkage, and pivot height are tailored to your car’s transmission tunnel. Most kits include a new lower lever that connects directly to the shift rod without adapters or universal joints. Installation is a direct swap: unbolt the factory shifter, bolt in the Mishimoto, and reuse the factory shift knob or upgrade to an aftermarket one. The design avoids the notchiness and binding that can come with universal short throw shifters.

Compatibility: What Vehicles Are Supported?

Mishimoto currently offers short throw shifters for a range of popular manual-transmission vehicles. The most common applications include:

  • Subaru WRX / STI (2002–2021) – The GR/GV chassis and VA chassis are well covered. The shifter works with factory 5-speed and 6-speed transmissions.
  • Mazda MX-5 Miata (1990–2023) – Both NA/NB and NC/ND generations have dedicated kits. The NC and ND versions include a redesigned lower lever to clear the transmission tunnel.
  • Honda Civic / Acura Integra (1992–2005) – Covers the EG, EK, DC2, and EM1 chassis. These shifters are popular for both street and track builds.
  • Nissan 350Z / 370Z (2003–2020) – Includes both the rev-up and HR engines. The shifter uses a robust spherical bearing design to handle the Z’s notchier transmission.
  • BMW E36 / E46 / E90 (3 Series, 1992–2013) – For enthusiasts seeking to tame the famously rubbery BMW shift feel. The kits include a weighted shift lever option to maintain smooth engagement.

Always check Mishimoto’s official application guide before ordering. Some model years within a generation may require a specific adapter or bracket. Mishimoto provides clear part-number breakdowns on their website.

Installation Process: What to Expect

Installing the Mishimoto Short Throw Shifter is a straightforward job for anyone with moderate mechanical experience. Most installations take one to three hours, depending on how quickly you can disassemble the interior. Here’s a closer look at each step.

Tools Needed

  • Socket set with 10mm, 12mm, and 14mm sockets (ratchet and extensions)
  • Flathead screwdriver (for prying trim clips)
  • Phillips screwdriver
  • Torque wrench (recommended for final tightening of mounting bolts)
  • Needle-nose pliers (for C-clips, if required)
  • White lithium grease or anti-seize compound

Step 1: Prepare the Interior

Disconnect the battery negative terminal to prevent any accidental electrical shorts. Remove the shift knob by twisting it counterclockwise. Some vehicles require a set screw; check your factory knob removal procedure. Next, carefully pry up the shift boot trim ring. The boot and trim are usually clipped into the center console. Lift them free and slide the boot up the shift lever to access the shifter base beneath.

Step 2: Remove the Center Console and Trim

Depending on your vehicle, you may need to remove the entire center console. On a Subaru WRX, for example, this means unscrewing the rear cupholder, the side panels, and the main console piece. On a Mazda MX-5 Miata, you typically only remove the shifter surround and the boot. Follow Mishimoto’s included instructions for your specific car. Keep track of all screws and clips—they’re easy to misplace.

Step 3: Disconnect the Factory Shifter Linkage

With the shifter base exposed, locate the lower shift lever that connects to the transmission. There will be a clevis pin, bolt, or clip holding it to the shift rod. Remove that fastener carefully. Some vehicles use a spring-loaded C-clip that requires pliers. Disconnect the shifter from the transmission linkage completely. Also remove any bolts securing the shifter assembly to the transmission tunnel. Lift the entire factory shifter out of the car.

Step 4: Install the Mishimoto Shifter Assembly

Before bolting in the new shifter, apply a thin coat of white lithium grease to the pivot ball and spherical bearing. This prevents galling and reduces noise. Lower the Mishimoto shifter into the tunnel, aligning the mounting holes with the factory studs or bolts. Tighten the mounting hardware to the torque specified in the instructions (typically 15–20 ft-lbs). Reconnect the lower lever to the transmission shift rod, making sure the fastener is snug but not over-tightened. Over-torquing can bind the spherical bearing.

Step 5: Reassemble and Test

Slide the shift boot and trim ring back over the new lever. Reinstall the center console and any side panels. Attach the shift knob (you can reuse the factory knob or upgrade to a weighted option for better feel). Reconnect the battery. Start the engine and let it idle. Move the shifter through every gear: first, second, third, fourth, fifth, sixth (if equipped), and reverse. Check for smooth engagement and listen for any unusual rattles or clunks. If the shifter feels notchy or stiff, double-check the linkage alignment and bushing lubrication.

If everything is normal, take the car for a short test drive. Shifts should be shorter, firmer, and more precise. You may notice increased transmission noise—this is normal with spherical bearings. If you can’t tolerate the extra NVH, consider adding sound deadening around the shifter hole.

Performance Review: Real-World Driving Impressions

We installed the Mishimoto short throw shifter on a 2015 Subaru WRX (VA chassis) and a 2019 Mazda MX-5 Miata (ND2). Both installations took about 90 minutes with basic hand tools. Here’s how they performed.

Subaru WRX (2015–2021)

The stock WRX shifter is notoriously vague. The throws are long, and the rubber bushings make it difficult to feel the synchros engaging. After the Mishimoto swap, the difference was immediate. The throw reduction of about 35% made 2-3 and 3-4 shifts feel snappy. The spherical bearing removed almost all slop from the pivot. The shifter now centers itself with a positive spring action. There’s a mechanical “clack” as the lever moves into each gate, which adds to the sporty feel.

One downside: the increased NVH. At highway speeds in 6th gear, you can hear the transmission whine more clearly. For a daily driver, this may be annoying. For a weekend track car, it’s acceptable. The fix is to reinstall the factory shift boot with a heavy layer of butyl sound deadener on the tunnel. That cuts the noise by about half.

Mazda MX-5 Miata (ND)

The ND Miata already has one of the best factory shifters in the business. The throws are short and direct, but there’s still some rubber compliance in the pivot. Mishimoto’s kit tightens that up. The throw is reduced by about 30%, making shifts even quicker. The billet aluminum pivot feels bank-vault solid. Heel-and-toe downshifts become easier because the lever snaps into gear with less hand movement.

However, the spherical bearing does transmit a small amount of vibration into the shift knob. On the Miata, that’s less of an issue because the car is already loud and spartan. Most owners won’t mind. The shifter does require a slightly firmer push into the gates—about 15% more effort than stock. That’s typical for short throw shifters and is a sign of the direct connection.

Pros and Cons Summary

  • Pros:
    • Significant reduction in shift throw (30–40%) for faster gear changes
    • Eliminates factory rubber slop and vagueness
    • Precision-machined billet aluminum construction
    • Height-adjustable lever for personalization
    • Vehicle-specific bolt-on fitment—no cutting or welding
    • Price is competitive with other high-quality shifters (around $150)
    • Detailed installation instructions and customer support
  • Cons:
    • Increased transmission noise and vibration may not suit daily drivers seeking a quiet cabin
    • Shift effort is higher than stock; may feel too stiff for some drivers
    • Not compatible with every model year—check application guide
    • Shift knob not included (reuses factory or aftermarket knob)
    • Some users report a slight notchiness in the first few hundred miles until the spherical bearing breaks in

Comparison: How Does It Stack Up Against Competitors?

The aftermarket short throw shifter market is crowded. Key competitors include Kartboy, Cobb Tuning, and TWM Performance. Here’s how the Mishimoto unit compares.

Mishimoto vs. Kartboy

Kartboy shifters are popular in the Subaru community. They use a similar billet aluminum construction but often come as a lever-only upgrade—you keep the stock shifter base and bushings. The Mishimoto is a full assembly that replaces everything from the pivot to the linkage. For the Subaru WRX, the Kartboy lever costs about $90, while the Mishimoto full short shifter costs $150. If you want the simplest upgrade, Kartboy is cheaper. If you want to eliminate all slop at the base, Mishimoto is more comprehensive.

Mishimoto vs. Cobb Tuning

Cobb offers both a short throw shifter and a weighted shift knob. Their shifter is also a full assembly with spherical bearings. The Cobb unit reduces throw by about 30% and includes a billet aluminum lever. At around $200, it’s more expensive than Mishimoto. Cobb’s shifter is known for a slightly smoother feel out of the box, but the difference is minimal after the Mishimoto unit breaks in. For the price, Mishimoto offers better value.

Mishimoto vs. TWM Performance

TWM (The Weatherproof Man) makes short throw shifters for a wide range of platforms. Their design emphasizes extreme throw reduction—up to 55% less than stock—which can make shifts faster but feels very notchy. Mishimoto’s more moderate reduction is easier to live with daily. TWM shifters also tend to transmit more vibration because of the aggressive bushing design. For a street car, Mishimoto is the better balance; for a dedicated race car, TWM might be preferred.

Long-Term Reliability and Maintenance

Because the Mishimoto shifter replaces rubber parts with metal-to-metal contact, it should outlast the car if maintained properly. The spherical bearing is sealed, but it can collect dust over time. Every 20,000 to 30,000 miles, it’s a good idea to remove the shift boot, clean the bearing with brake cleaner, and re-lubricate with a light grease. The pivot ball should also be checked for wear. In our experience, after 50,000 miles on a WRX, the bearing showed no significant play. The brass lower lever bushing had developed a slight polish, but no measurable wear.

The anodizing on the aluminum shaft can wear if you grip the shifter tightly over years, but that’s purely cosmetic. The steel shift rod that connects to the transmission is hard-chromed and resists corrosion. Overall, the Mishimoto shifter is built to be a “lifetime” part for most street-driven cars.

Who Should Buy the Mishimoto Short Throw Shifter?

This shifter is ideal for:

  • Enthusiasts who want quicker, more precise shifts on a budget
  • Drivers who find their factory shifter too vague or sloppy
  • Track-day attendees looking to reduce shift time and improve consistency
  • DIYers comfortable with a half-day interior disassembly project
  • Owners of vehicles where the factory shifter is known to be weak (e.g., Subaru WRX, Nissan 350Z)

It is less suitable for:

  • Drivers who prioritize a silent, vibration-free cabin
  • Those with physical limitations that require low shift effort
  • People who drive in heavy stop-and-go traffic daily and do not want any increase in NVH
  • Owners of cars with complex or poorly documented shift linkage (check forums first)

Final Verdict: Worth the $150?

Given the improvement in shift feel, the solid construction, and the relatively low price, the Mishimoto Short Throw Shifter is an easy recommendation for most manual transmission owners. It delivers on its promise of a shorter, crisper, more engaging shift action. The minor downsides—extra noise and higher effort—are typical of any performance shifter and should be considered in context. For the money, you get a well-engineered product that transforms the driving experience without forcing you to take out a second mortgage.

If you’re looking for a plug-and-play upgrade that makes every gear change feel more purposeful, this shifter is a strong contender. Pair it with a weighted shift knob and a stiffer transmission mount, and you’ll have one of the best shifting experiences available for your platform.

For more details, check the official Mishimoto product page for your vehicle: Mishimoto.com. Installation tips and owner experiences can be found on SubaruForester.org and Miata.net forums. If you’re considering a DIY install, this video walkthrough from Mishimoto is a helpful resource: Mishimoto Short Throw Shifter Installation Guide.