Future of Hilux Battery Tray

Innovation is the name of the game in any industry and this applies to the automotive sector as well. In fact, if you look through the last few decades, you’ll be surprised at the number of changes that have taken place in your car. While the engine and other important parts haven’t changed much, there has been a world of improvements in accessories and these have played a big role in changing the face of the automotive industry.

Today’s cars are more luxurious than ever before and come with a plethora of choices that enhance the driving experience greatly. Whether it is the car seats or the infotainment options available for us, there is really no doubt that we have come a long way in terms of using our car as more than just a vehicle that can take us from one place to another.

The best part about these changes is that these are only going to get better every day, given the rapid strides that we are making in the world of technology, infotainment, automation, and other related fields. Typically when you think of automation, the first things that come to your mind are connectivity that allows you to do a ton of things from the car, automatic doors and windows, and possibly even driverless cars.

What you’ll never think of is the material that goes into the making of a car and its parts. A lot is going on in the field of metallurgy and researchers are coming up with an alloy of different metals that make the parts more resilient.

As you may have guessed by now, this article will focus on the improvements made in the field of metallurgy and how it is likely to impact important and metal-dependent car parts like the Hilux battery tray.

One of the biggest problems of a Hilux battery tray is corrosion or rust. The car’s battery leaks acids and this gets accumulated in the Hilux battery tray. Over time, this acid corrodes the tray and you have to change it to ensure that the rust or the acid doesn’t spill down to the parts below the Hilux battery tray.

While it is not hard to change a Hilux battery tray, won’t it be even better when you don’t have to change it at all or change it only once a decade or so? Yes, you heard that right and it’s not a distant dream.

Let’s take a look at some of the improvements being done in this area to get a better feel of how the composition of your Hilux battery tray will change over time.

Composite Material

The composite material is a topic that’s often discussed in car shows and possibly any forum that delves deep into the innovations happening in the automotive sector.

One of the biggest reasons why people love composite material is their strength to weight ratio. According to researchers, a 10% reduction in weight will improve the car’s efficiency by 7%. In other words, when the weight of your Hilux battery tray goes down by 10%, your car will see a 7% improvement in mileage or range efficiency.

Due to this huge advantage, especially at a time when there’s a lot of discussion on how we can reduce the impact of emissions on the environment, this becomes a truly important step.

But the problem is that there are many disadvantages to this composite material and this is why it has not developed into a full-fledged material that can replace your Hilux battery tray’s bottom.

So, if this has disadvantages, does it mean we are square one again? Not really, given the other developments happening in this field.

Lightweight Metals

Lightweight metals, as the name suggests, are metals that are not heavy, though this doesn’t translate to flimsy or poor quality materials. Before we go, it is important to understand this distinction clearly. Lightweight metals are not the same as metals that are made of inferior quality and will break soon. In other words, if your Hilux battery tray is made of lightweight metal, it will still last a long time, probably even more than what it does today depending on how much rust and corrosion these lightweight metals can handle.

As of now, lightweight metals are only alloys of steel that are significantly lighter and are less prone to rust, a double advantage for your future Hilux battery tray. Besides, here are some of the advantages that can come with lightweight metals.

  • They can improve mileage because the amount of weight that your car has to carry goes down. This becomes even more significant if all parts are made of lightweight metals and not just your Hilux battery tray.
  • There are many end-of-life opportunities for these parts. This is all the more significant for our environment because you longer have to discard the used Hilux battery tray, rather it can be recycled into something else and can exist in a different form, long after you discard it.
  • These lightweight metals are easier to handle and repair, so you may be able to fix that Hilux battery tray by yourself since they’ll be light enough for you to lift and fix.
  • The returns from this metal will also be high. Some experts opine that its compounded annual growth rate could be 6.5% over 10 years and this can lead to significant savings for you in the long-run.

Given this development, lightweight metals seem to be the frontrunners for a new wave of innovation in the making of car parts like your Hilux battery tray. At the same time, it is also important to bear in mind that composites are already being used in sports cars and racing cars to give drivers a competitive advantage and to increase the speed.

Overall, innovations are underway and it is only time before your Hilux battery tray becomes lighter, more durable, and lasting. More importantly, you won’t have to worry about the rust and corrosion that comes from car batteries and that can be a priceless feeling.