4 Common Problems With Gear Shifters






The tactile motion of shifting gears manually is one of the first features that a new driver learns to get to grips with. It’s a universally-familiar piece of design, to the extent that clever engineering minds have even created pens with a gear shift and clutch that actually works. They’re a hard-working part of any car, and as such, they will naturally experience their share of issues.

With a manual, you’ll adjust gears by means of the familiar shifter as described, implemented in conjunction with a clutch pedal to facilitate shifting between your engine’s different gears actively as you drive. With an automatic transmission a clutch isn’t necessary, as engine timing is handled behind the scenes; you’ll simply shift from Park to Drive and let the car do the rest of the work. Yet in either case mechanical issues are common, though manual-shift vehicles are often less expensive to repair due to the higher complexity of an automatic transmission.

We’re going to take a closer look at some of the issues that most frequently trouble gear shifters of different types, often heralded by an unnerving sound coming from the vehicle. Other issues that emerge can include being stuck in park when trying to maneuver and excessive wear on the clutch. These are the sorts of things that can potentially lead to more complex issues if not addressed, so here’s how to identify some of these problems and how to respond to them. 

Accidents caused by unfamiliar electronic gear shifters

As we know, manuals require an active hand on the stick shift because of the necessary direct connection to the transmission, but this is not the case with automatics. Instead, manufacturers are often able to create digital shifters, especially in more modern vehicles. It’s a newer concept and one that has undergone significant experimentation, which means drivers have had to adjust to the unique positioning of each shifter — and these can be considerably different between vehicles.

This is far from a new concern. In March 2016, CBS News reported that then-new monostable e-shifts were effectively removing the tactile feedback that came from shifting into reverse or drive, which was resulting in considerable uncertainty. One driver, Gary Titus, told the outlet of his experience with a 2014 Jeep Grand Cherokee: “I got out of the Jeep. I thought it was in park and it was in reverse still. And as I walked back towards the garage, I noticed it was moving a little bit.” 

With both a traditional manual or automatic shifter, there’s a certainty to the options selected, which helps ensure you can park safely. Without this familiar feedback, accidents tended to happen. Resultantly, recalls were made, and quite sweeping ones too. In April 2016, CBS News reported that Fiat Chrysler models across the 2012 to 2015 Dodge Charger, Chrysler 300, and Jeep Grand Cherokee lines had been recalled. The measure covered not just cars and SUVs primarily from the United States but internationally as well, totaling some 1.1 million individual vehicles. According to the report, approximately 41 accidents had been attributed to the gear shifts, with drivers mistakenly believing that they had placed their ride into park when they hadn’t. 

Getting stuck in park

It’s clear, then, that electronic gear shifts can pose problems with the uncertainty of whether you’ve actually put your vehicle into park. You might also find that you have the opposite problem: There are multiple different issues that can cause your gear shift to become stuck in park, whether you have a traditional shifter or not. What’s most concerning about this is that while it can be indicative of electrical problems, but is not so easy to pinpoint.

As noted by JD Power, a vehicle can become stuck in park if the operator doesn’t follow an optimal order of operations. An automatic’s shift interlock solenoid is designed to allow the vehicle to shift out of park only when the brake is fully engaged. Because of this, if the pedal isn’t fully down, you might find that you’re unable to do just that. This isn’t the only factor at play, though. If you’ve ensured that you’re depressing the brake accordingly and still can’t switch out of park, there are several potential mechanical causes as well. One major one is the brake switch, a critical function that impacts the solenoid.

Another thing to be wary of is where you’ve parked your vehicle in the first place. Spots with inclines or on hills can pose a unique problem for car in that, depending on how you’ve parked, your vehicle’s parking pawl, the metal pin that prevents your car from rolling while in park, may be impacted by enough weight to prevent it from disengaging as it should. This is why it’s important to bear in mind not only how you park, but where. Your gear shifter will surely thank you for it. 

Your gear shifter being too loose or too stiff

Gear shifts can frequently develop a stiff feeling, which can be a danger sign of potential factors like issues with electronic sensors or having insufficient or dirty transmission fluid. Rather confusingly, similar problems to these can also potentially cause the opposite issue, as it’s frustratingly common for a gear shift to develop a loose feeling as well. Whether you have a manual or an automatic transmission, being able to shift between gears or driving modes is what keeps your experience smooth and helps keep you safe on the road. With that in mind, it’s critical to be aware of the tell-tale signs. 

If you find that your vehicle isn’t starting in the expected gear, or there are any synchronization issues with the indicator lights for the gear you’re in, the culprit could be the shift cable(s). They may require replacement, something best left to the professionals. Alternatively, a stiff or sticky shifter may be a simple matter of dirt and debris accumulating in your shift mechanism; gently cleaning and effectively drying your shifter can often resolve the issue. As with so many things with our vehicles, staying on top of cleaning and other simpler maintenance can save much bigger headaches down the line. 

If you’re concerned that something doesn’t sound or feel right or that isn’t operating as it used to, a trusted mechanic will be able to help diagnose and rectify anything’s that’s negatively impacting your gear shift. 

Too much wear on the clutch

Wear is an enormous contributor to vehicle failings, whether it’s contributing to the degradation of the tread on your tires or pushing your transmission ever closer towards retirement. When it comes to vehicles with manual gearboxes, a critical part of the system that keeps your car in the right gear or mode is the clutch. It’s a component that seems quite prone to expensive mechanical issues related to wear. 

The clutch’s essential role is to allow a manual driver to safely switch gears without the danger and uncertainty of a potential stall. It’s subject to a lot of friction and the considerable heat that can build up in the vehicle’s gearbox in particular, especially as the clutch is used so regularly and consistently. As such, when you notice that your gear shift isn’t performing as it should, remember that clutch slipping is a common culprit. 

One thing that a lot of manual drivers are guilty of is riding the clutch, the practice of neglecting to disengage the clutch entirely following a shift. This only increases the harsh friction that your transmission’s clutch plate is subjected to. You may be unaware that you’re facing this issue initially, but it’s one of the first things you could consider when your engine starts shifting reluctantly, if you feel excessive vibration through the gear shift, or you hear grinding noises coming from the gearbox. If you want to avoid this particular problem in your own manual transmission vehicle, the big thing to remember is that more defensive driving alleviates a lot of that pressure; shifting aggressively, in addition to causing undue wear on critical components, can also hurt your vehicle’s fuel efficiency.





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It’s easy to assume that vehicles all had internal combustion engines until very recently. Gasoline and petrol engines were the standard for decades, after all, so why would early vehicles be any different? In reality, the early days of the automobile era were more varied than you might expect, and even featured a range of electric cars. Yes, despite electric vehicles not truly taking off until the 21st century, the first electric vehicles are much older than you think; drivers in the 1900s were going around town in electric vehicles — and where there are EVs, there are charging stations.

One such station, visible in the image above, was the creation of General Electric. Formally called the mercury arc rectifier, it took alternating current and sent it through vaporized mercury in a glass tube. This converted it into direct current, which powered up the EV’s battery. The woman in the image, who’s charging a Columbia Mark 68 Victrola, is standing at the control panel, which allowed a user to adjust power levels. 

These chargers could be installed everywhere, including homes, businesses, and public parking garages, supporting the electric vehicle boom of the early 20th century. While 21st-century EV chargers have come a long way from where they were, the basic building blocks are all still there, and it’s fascinating to see.

How EV chargers have evolved since the early 20th century

EV charging has changed a lot in some ways — but not in others. At the core of it all is the aforementioned conversion from AC to DC, which still happens when you charge modern EVs at standard charging stations. The difference is that your vehicle’s on-board charger performs the conversion, not the charger. Old EV chargers took between several hours and a day to charge, and current-day units can similarly take a few hours to well over a day from empty, depending on the charger’s speed. Fast chargers, which provide DC directly, can cut this down to around an hour or less.

Old-school and modern EV chargers also differ in how they provide power to the vehicle. Mercury arc rectifiers connected directly to the negative terminal of the lead-acid battery that needed charging. Nowadays, EVs use dedicated charging ports. Battery swapping was also commonplace in the early 1900s, and companies like General Electric tried to cash in by offering to replace drivers’ old, run-down batteries with new ones for a fee. That’s not yet possible with most mainstream EVs, although companies like Stellantis have tried to introduce EV battery swapping with moderate success.

Even if they were unrefined compared to today’s models, early EVs seemed to be on to something. Why, then, did electric cars fail, and how did gasoline end up becoming the predominant power source for vehicles?

What led to the downfall of the original wave of electric cars

EVs were no mere fad in the 1900s and 1910s. According to the 1900 United States census, 1,575 of the 4,192 vehicles sold that year were electric, with the value of these early EVs — $2,873,464 — accounting for more than half of the total market value of $4,899,443. It wasn’t just EVs, either; other sources of propulsion, like steam, were also vying for a foothold in the automobile market. By the 1920s and 1930s, though, these had all been superseded by the internal combustion engine.

One of the major drawbacks of early EVs was the fact that electricity was not yet widely available. Electrical hookups were a rarity outside of major cities, limiting the use of these vehicles. The lead-acid batteries they used also had their fair share of issues. They needed to be inspected, cleaned, and repaired every few days, making them more of an inconvenience than anything. Worse yet, they had poor mileage, and, with chargers possibly out of reach, many likely didn’t want to risk being stranded while out for a drive.

Eventually, price reductions for gas cars and improvements such as electric starters and better reliability prompted buyers and automakers alike to move away from electric rides. Thus, while the best-selling EVs of 2026 show that it’s a good time for EVs, this electric boom plainly isn’t the first of its kind. Early EVs eventually fizzled out, but they still set the stage for our current fascination with electric vehicles.





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