How to Reverse Vacuum Cleaner Airflow: Discover the Hidden Trick!

Tired of your vacuum just sucking up dust? It’s time to flip the script! In our latest guide, we’ll show you a little-known trick on how to reverse your vacuum cleaner’s airflow.

Some of the links in this post are affiliate links, meaning we may earn a commission if you click through and make a purchase.

Yes, it can blow as well as suck! So, get ready for some exciting cleaning magic right in your own home.

Identifying Your Vacuum Type and Preliminary Steps

How to Reverse Vacuum Cleaner Airflow

Before diving into the process of reversing airflow, it’s crucial to identify the type of vacuum cleaner you possess.

Some popular brands are Shark, Dyson, and Bissell. Each has specific models with differing functionalities like Shark Rocket Vacuum or Shark Navigator, which might allow for reversed airflow.

Whether you are looking at how to reverse vacuum cleaner airflow in a Shark or Dyson model, or exploring if you can invert a Bissell vacuum cleaner’s function, these preliminary steps remain similar.

Unplug Your Vacuum Cleaner

The first step towards reversing functioning of a vacuum pump is safety-oriented: Unplug your machine from its power source.

This eliminates any risk of accidental turning on during modifications.

Detach the Bag or Cylinder and Intake Hose

Next, remove the dust bag if your model uses bags; otherwise open up and empty out the plastic cylinder meant for collecting dirt particles.

In some models such as canister vacuums, it may also be necessary to detach intake hose connected to the dust collection chamber.

  1. If dealing with a bagged model:
    – Disconnect bag
    – Locate air intake hole
  2. In case of bagless:
    – Empty out cylinder
    Unplug hose end attached near air intake port

It’s important noting that not all vacuums come designed for role reversal like ‘vacuum cleaner expelling air instead of suctioning’.

However taking these initial steps enables us understanding our machine better before considering further actions including modification needs.

Locating and Modifying the Air Intake Port

If you’re at a loss on how to reverse vacuum cleaner airflow, especially for particular models like a Shark or Dyson, worry no more.

We’ll guide you through locating and modifying the air intake port, which is crucial in this process.

Finding the Air Intake Port

Firstly, make sure your vacuum is turned off and unplugged before proceeding. The air intake port of your vacuum is typically positioned near the back or side of your machine.

For some vacuums including “how to reverse airflow on a Bissell vacuum”, you might need to open up the device entirely.

However, do note that disassembling should only be done if it’s absolutely necessary and safe for your specific model. T

o identify where exactly it’s located in other types such as “Shark Rocket Vacuum” or” Shark Navigator Vacuum”, consult with the user manual that came with your appliance.

The Modification Process

After successfully locating the intake port, detach any filters present at this end.


  • Safely switch (if available) or manually move a hose from an intake hole to an exhaust one making sure everything fits correctly.
  • If needed, use duct tape to ensure stable modification – but only as per instructions detailed specifically for reversing functioning of a vacuum pump.
  • In some cases like “shark navigator vacuum flipping airflow direction”, turning of blower handle opposite to airflow direction might be required.

Note: Any poorly made modifications can risk damaging parts leading towards less than optimal performance maybe even rendering them non-functional – hence, proceed cautiously with patience.

By accurately doing these steps, you’ll be well on your way to successfully invert a vacuum cleaner’s function.

These procedures make it possible for your device to blow out air; a handy trick that transforms it into a dual-purpose cleaning tool.

But remember: not every model makes this modification possible without professional help.

Reattaching Components and Testing the Reversed Airflow

After modifying your vacuum cleaner to reverse its airflow, it’s time to reattach all the components securely.

Whether you’re working on a Shark, Dyson or Bissell model, similar steps apply.

Fitting Back the Components

Here’s how to proceed:

  • Reattach any filters removed earlier.
  • Affix the flexible tube back onto the intake hole or exhaust hole, depending on your model’s design. This could be relating to reversing functioning of a vacuum pump or flipping airflow direction in models like Shark Navigator Vacuum.
  • Securely fasten all elements before powering up your vacuum again. The last thing you want is components falling apart during operation.

Status Check: Vacuum Cleaner Expelling Air Instead of Suctioning?

Now give it a test run!

The simple act of turning on your vacuum should reveal whether things are back-to-normal or not.

If properly executed, these alterations can transform a regular cleaning device into one with dual-purpose: both sucking up debris and expelling air when needed.

But remember – not every type of vacuum allows for this kind of adjustment.

Some vacuums come with built-in blowers while others (like Miele) don’t offer an airflow reversal feature due to potential contamination hazards.

When in doubt about how to reverse airflow on a Bissell vacuum or if questioning “can you invert a vacuum cleaner’s function,” always opt for professional advice.

Do note that reversing airflow might behave differently across brands – what works effortlessly on Shark Rocket Vacuum may require additional tweaks for models like Dyson.

Now check out if your attempt at “reversing functioning of a vacuum pump” was successful or your vacuum cleaner has started expelling air instead of suctioning.

With the correct modifications and careful reattachment, you should be able to transform your typical Shark, Dyson, or Bissell vacuum into a handy blower.

It’s a DIY project that’s as rewarding as it is practical!

Role of Vacuum Model in Reversing Airflow and Alternate Solutions

Understanding your vacuum model plays a crucial role when you want to reverse the airflow.

Not every model is built with the reversible feature, and this varies across brands.

How Does Your Vacuum Model Matter?

While learning how to reverse vacuum cleaner airflow on a Shark or Dyson device, one must understand that these models may have different designs and integrated functionalities.

Some vacuums like the Shark Rocket have easy-to-access flip switches which help in reversing air flow, while others might need some manual adjustments.

Here are few factors where specific models matter:

  • Vacuum with Blower: These are designed intentionally for both suctioning and blowing capabilities hence reversing air flow becomes hassle-free.
  • Bissell Vacuums: Specific Bissell models require turning of blower handle opposite to airflow direction or usage of specific blower adapters.
  • Miele Vacuums: Not all brands like Miele offer a reversible feature due to contamination risks.

Dyson, Shark Navigator and Inverting Functionality

When it comes to reversing functioning of a vacuum pump, like Dyson or even something as specific as flipping airborne direction on Shark Navigator, you’ll see that these alterations need expertise.

It’s essential not just knowing how to invert function but also understanding if your particular model allows it.

If your vacuum cleaner expels air instead of suctioning even after following necessary steps then consider getting professional assistance before proceeding.

If You Can’t Reverse Airflow…

If your attempts fail at creating an inverted functionality—even after exploring options like ‘how to reverse airflow on a Bissell vacuum’—consider a few alternatives.

One such solution could be purchasing an air compressor with reverse nozzle attachment.

This offers almost similar functionality without causing any possible damage to your existing vacuum cleaner.

Remember, not all vacuums offer reversible features but every model ensures thorough cleaning and varied functionalities based on its design and purpose.

Similar Posts