Ridgid R86035 Gen5X Impact Driver Review

It is usual for carpenters and contractors to use an impact driver to minimize the amount of effort they must exert while screwing and unscrewing things. The gadget produces a rapid downward rotational force that rotates the device. It is effective for unscrewing big screws as well as over-torqued or frozen nuts. When extreme power is required, it may also be used in the other direction to substitute a screwdriver.

The gadget is made up of two major parts: an inside hammer that is connected to a spring and an external hammer. When the drill is squeezed, the internal hammer is pushed, which in turn presses the spring, which is pushed by the drill. When the spring is released, the energy is transferred to the hammer, which is then twisted in the process. The screw may be fastened or removed because of the high amount of force applied when the screw is spinning.

In contrast to conventional drills, which need a human downward force to be provided to the screw when screwing, the internal force produced by the impact drill is what distinguishes it from the standard drills.

Ridgid GEN5X R86035SB 18v Lithium-Ion 1/4 In Cordless Impact Driver Review

The addition of a three-speed motor to the Gen5X Impact Driver is a significant improvement. I really like this function and have been hoping for it to appear with Ridgid ever since I parted company with my beloved Milwaukee M18 Fuel Impact Driver a few years ago. When it comes to the diversity of jobs I do, the ability to divide the power between speed and torque with various settings is very beneficial to me. Okay, so it isn’t the only significant development. Aside from having greater power, the Ridgid Gen5X Impact Driver has a lot more power! All of the variables are increasing in importance. The most significant gain is the increase in torque, which is more than 40% greater than the 1400 inch pounds in the X4.

The Gen5X Motor Technology, which is comprised of an open frame motor that generates 2,000 in.-lbs. of high-end torque, is capable of driving a wide range of fasteners with ease. It features an updated three-speed switch that allows you to control the power and speed of the machine.

My suggestions on how to make use of the speed setting switch are as follows:

  • Fasteners at a speed of 0-1000 RPM would be used for fragile wood or tiny screws.
  • Large screws, such as deck screws, would be best suited for speed 2. The load speed ranges from 0-2000 RPMs.
  • Speed 3 is the most powerful mode! 0-2750 RPMs is the RPM range for this tool, which is used for driving lag bolts into anything… Basically, it’s like a hot knife through a block of cheese!

It has been decided to relocate the LED lights up to the chuck, similar to the hammer drill, as opposed to the previous model, which had the light shining up from the base. Both the Gen5x and the X4 are equipped with the same one-handed bit insert chuck, which is a very convenient feature. The following are the technical specs for the tool.

Specifications:

  • Motor Speed: 3 Speed
  • No Load Speed: 0-1000 / 0-2000 / 0-2750 RPM
  • Torque: 2000 inch-pound
  • Impacts: 0- 3200 IPM
  • Chuck: 1/4″ HEX

When it comes to performance, it’s difficult to make a direct comparison between the Gen5X and the X4. This is mostly owing to the fact that the Gen5X is equipped with a three-speed motor. When I need extra torque, I shift to a lower gear. High speed is my go-to setting when I need extra speed. I wanted to test what each impact driver could accomplish while driving 3′′ lag bolts into pressure treated wood in an attempt to at the very least have some sort of comparison. Both of them did well. As a result of being able to move to a greater torque setting, I was able direct more power to where it would be most beneficial.

Usage:

Throughout the course of this study, I have used the Impact Driver for a variety of different purposes. I’ve used it for everything from cabinet hardware installation to removing door handle screws at the highest speed level. When using the low setting for precise tasks, you will avoid overtightening the screws and shearing them off completely.

The use of #8 1-5/8′′ drywall screws to hang drywall on setting TWO provided exactly the right amount of torque to complete the project quickly and on schedule.

I’ll refer to the setting of THREE as “Beast Mode” once again. This setting is the most powerful since it allows you to drive lag bolts with ease. I just pushed a couple of 3′′ lags into some PT for the sake of experimentation. In the future, I want to run it through some more latency tests.

Comparison with other models

1.Ridgid R86034 against Ryobi P236 (Ridgid R86034 vs Ryobi P236

When compared to the Ridgid counterpart, the Ryobi is much bigger, heavier, and charges at a significantly slower rate. However, it has the benefit of a longer run time, a higher Amp battery, and three LEDs, which are all beneficial.

2.Ridgid R86035 vs Porter Cable PCL 180ID

The Ridgid impact driver is superior since it comes with a 3-year guarantee and a built-in fuel gauge, as compared to the Porter Cable impact driver, which comes with a 1-year warranty and does not have a built-in fuel gauge. The Porter Cable, on the other hand, is preferable because of its cheap cost and spring-loaded battery expulsion.

3.Ridgid R86035 vs Dewalt 20v DCF885C1

1.Ridgid R86034 against Ryobi P236 (Ridgid R86034 vs Ryobi P236

When compared to the Ridgid counterpart, the Ryobi is much bigger, heavier, and charges at a significantly slower rate. However, it has the benefit of a longer run time, a higher Amp battery, and three LEDs, which are all beneficial.

4.Ridgid R86035 vs Milwaukee 2753-20 M18 Fuel

Because of its three different speed settings, the Milwaukee impact driver is quite comparable to the Ridgid. This brand, on the other hand, is expensive, and it does not come with a belt clip.

5.Ridgid R86035 vs Bosch 25618

Bosch does not include a fuel gauge and offers just a one-year guarantee, as opposed to the three-year warranty provided by Ridgid. Its advantages of Ridgid are its lower cost and higher quality charge.

What is Gen5x technology?

There is very little information available about the new Gen5x technology at this time. So here’s what we do know about the situation:

Gen5x is an abbreviation for fifth generation technology. This is an update from RIDGID’s 4X technology, which was used in their 4X or 4th generation tools at the time of the upgrade. In the new Gen5X’s, the key lies in the magnet motor, which has been engineered to provide greater power, a longer run-time, and improved overall performance. In comparison to a conventional lithium-ion battery, the HYPER 4.0 Lithium Ion battery provides four times the amount of operating time for the tools on the market.

CHOOSING THE BEST IMPACT DRIVER: A PRO’S GUIDE

We all come across tools now and again that make us wonder how we ever managed to live (or at the very least work!) without them. Cordless impact drivers fit into this category, and almost every tradesperson would agree on that point. For decades, we struggled to get enough torque out of our drills in order to drive lengthy bolts into difficult-to-drive materials. Is it possible to get an old, rusted screw or bolt to move using a drill? It’s not easy. In those days, there were a number of screws with half-sunk heads or heads with rounded edges. To turn, there was a difficulty with torque – obtaining enough rotational force to complete the turn. Regular drills were seldom capable of performing the more difficult tasks — at least not without causing substantial damage to the tool or fastener. When viable cordless impact drivers were available in the early 2000s, our job was transformed forever. If you don’t already have one, we recommend that you acquire one! When selecting the best impact driver, consider the following factors.

Motor

Consider, for starters, impact drivers with brushless motors. Motors that run on brushless technology are more costly than those that run on brushed technology, but they have a longer life span and need less maintenance. Furthermore, brushless motors are more energy efficient, generate less heat, and may be used in conjunction with smart electronics. Electronics with intelligence, often known as smart tools, are words we use to describe tools in which the battery and motor interact with one another in order to improve performance and avoid thermal overload. Smart electronics also enable even more high-tech features, such as Milwaukee’s One-Key or DeWalt’s Tool Connect, to be implemented. If you choose a brushed motor, it is not the end of the world, but it is a disadvantage. You’ll save money while still getting Pro-level performance, but you’ll forego some of the other advantages.

Voltage

Impact drivers are available in both 12V and 18V voltages, depending on your needs. To make a comparison in terms of torque, 12V impact drivers are usually equivalent to the inch-pounds of torque found in 18V drills. With 18V Impact Drivers, you’ll be able to generate several hundred more inch-pounds. We’ll go into more detail regarding torque later on. It is quite probable that you will be able to complete 80 percent of your work with the smaller and lighter 12V tool, but for professionals or anybody else who need a little more muscle, the 18V tool is the way to go.

Trigger and RPM

Impact drivers are available in both 12V and 18V voltages, depending on your needs. To make a comparison in terms of torque, 12V impact drivers are usually equivalent to the inch-pounds of torque found in 18V drills. With 18V Impact Drivers, you’ll be able to generate several hundred more inch-pounds. We’ll go into more detail regarding torque later on. It is quite probable that you will be able to complete 80 percent of your work with the smaller and lighter 12V tool, but for professionals or anybody else who need a little more muscle, the 18V tool is the way to go.

Torque and IPM

The impact driver category is distinguished by its high level of torque. As previously said, the impact’s usefulness is unbeatable when it comes to lengthy, thick, or obstinate fasteners that are either going into or coming out of hard material. It has a punch that other tools can’t equal in terms of power. In terms of inch-pounds, 12V impact drivers should be in the 800- to 1,200-pound range. With 1,350 to 2,250 inch-pounds of torque, their 18V big siblings will outperform them, with the typical Pro model weighing in at about 1,800 inch-pounds.

If we look at our previous 18V drill shootout as a reference, we found that the torque range was about between 750 and 1,200 inch-pounds, which is roughly comparable to the 12V impact torque range. Even in such case, the hammering mechanism of the 12V impact would likely win out over the other options. And that takes us to Impacts Per Minute (IPM), which is the number of blows the hammer and anvil will deliver against a difficult fastener in a certain time period. Rapid pulsing may be very effective in completing a difficult task; thus, consider IPM in addition to torque. Expect a no-load IPM of 2,200 to 3,500 IPM with the 12V impact drivers and 1,750 to 3,750 IPM with the 18V impact drivers when using the 12V impact drivers.

Take a quick look at the Milwaukee One-Key and DeWalt Tool Connect lineups, and you’ll see that there are a few models that let you to utilize an app to customize your speed and torque settings.

Controls

The impact driver will be equipped with a forward/reverse switch as well as a trigger, similar to its drill cousin. With the thumb and index finger, you should be able to quickly change the direction of the arrow. Some tools will include a neutral button that will also lock the trigger. This prevents the battery from being depleted if the trigger is accidentally pushed, as could occur in a toolbag or toolbox, or if the device is dropped. That’s unlikely – and if your impact doesn’t have a neutral switch, you can always remove the battery to prevent this from happening.

Fuel gauges are now found on the packs of many lithium-ion batteries, while other manufacturers like as Hitachi have placed the gauge on the tool. If it is present on the tool, it indicates that the battery must be inserted in order to determine its discharge state. It isn’t nearly as handy as having it powered by a battery, though.

Overmold and Ergonomics

Because of their smaller sizes and lower weights, impact Drivers offer an ergonomic advantage over drills in many situations. It goes without saying that the instrument should be comfortable in the hand. As a best-case scenario, the rubber overmold that surrounds the handle should reach up and beneath the motor housing’s base. A little additional comfort for the sensitive region between your thumb and index finger is provided by this technique.

Keep an eye out for the same rubbery overmold that is seen around the edges of the motor housing. When the impact driver is placed on its side (or, more often, falls on its side), it protects the tool’s plastic housing. This is particularly essential for 12V impacts since their batteries are less likely to provide a stable foundation on which the tool can stand erect. As a result, a 12V’s default posture may be lying down rather than standing up, if necessary.

Worklight and Belt Hook

Impact drivers are equipped with work lights as standard, so be prepared for a dazzling experience. Having these lights is advantageous not only during the journey but also in the event that you drop the fastener in a poorly lit place. We’ve also used them to search for our keys when we’ve been in a hurry! A belt hook is also quite useful – at least for those who work in the industry. Consider impact drivers with ambidextrous belt hooks, which may be connected to the driver’s belt on either side of the vehicle. Even if you don’t believe you’ll need it, if you’re ascending a ladder or driving a succession of long distances with stops in between, you’ll probably change your mind. Hung from your side, rather than carrying it about or taking it up and putting it back down, is far more convenient than lugging the tool around.

Top Ridgid Impact Driver Questions & Answers

Do I Need to Buy An Extra Battery for the Driver?

The most appropriate response to this question is no. This is owing to the fact that additional batteries for the drill are nearly as expensive as purchasing a whole new set of tools. As a result, rather than purchasing a new battery, it is more cost effective to purchase a new battery kit.

Is there a Difference Between Using the Impact Driver and Cordless Drill?

It is common for technicians to use an impact driver to loosen or tighten bigger screws (bolts) and nuts that have become corrosively “frozen” or over-torqued. An impact driver is a tool that provides a powerful, rapid rotating and downward force (Source).

An impact driver, in contrast to a cordless drill, features a collet that takes hex-shanked driver bits, which makes it more versatile. As a result, impact drivers are capable of driving lengthy, massive bolts that would stop even the most powerful drill.

A cordless drill/driver, on the other hand, is a multi-purpose instrument that is mainly used to drill holes and drive screws in a variety of materials.

There is a large range of drill bits and screw-driving bits that may be used with its keyless chuck, as well as hole saws, rotary sanders, wire-wheel brushes, and other accessories.

Additionally, all cordless drill/drivers are fitted with a slip clutch, which enables you to fine-tune the amount of torque applied for accurate and consistent screwdriving.

Now that we’ve established what an impact driver is, let’s learn more about the company that makes them – Ridgid.

The rotating speeds of the gadgets are what distinguishes them. Drilling with a steady rotation is made possible by the cordless drill. In contrast to impact drivers, which have a greater rotating force and speed or torque, which are essential for achieving efficient outcomes in every drilling job.

Which Impact drivers are better, Brushless motors or Those with Brushes?

It is critical to understand that brushes relate to the kind of motor used in order to decide which is the best choice. In the case of conventional motors, which rely on brushes to transfer energy from their source to the spinning rotors of the device, the brushes eventually wear out, decreasing the efficiency of the device. In contrast to conventional impact drivers, brushless impact drivers do not need electric transmission to the spinning rotors, resulting in reduced friction and wear and, therefore, a longer service life for the device.

Closing Words

Ridgid has already made a name for itself in the world of construction equipment and other instruments that must be used in tough conditions. Therefore, you can be certain that the equipment they provide are strong, powerful, and dependable for any job you may be doing.

The impact drivers that we have given here are just a small selection of the finest that the business has to offer. And, more practically, you can be certain that whatever you pick will be a fantastic tool. In reality, they are all of them.

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