FPV Goggles: The Ultimate Guide (2024 Update)

First person view (FPV) drone flying is an exhilarating hobby that allows you to experience the thrill of flying as if you were inside the drone itself.

To fully immerse yourself in this exciting world, you’ll need a good pair of FPV goggles. But with so many options on the market ranging widely in price and features, it can be tricky to decide which goggles are right for you.

In this comprehensive guide, we’ll walk you through everything you need to know to find the perfect FPV goggles. We’ll cover the key factors to consider, the different types of goggles available, and provide specific product recommendations across various budgets.

By the end, you’ll have all the information you need to invest in a pair of goggles tailored to your needs and budget.

Let’s get started!

FPV Goggle Basics

First, let’s go over some FPV goggle basics so you understand exactly what you’re looking at when you evaluate different models.

What are FPV Goggles?

FPV (First Person View) goggles are a type of wearable technology used by drone pilots to receive the live video feed from their drone’s onboard camera.

They come in various designs and specifications, with features such as adjustable focus, head tracking, and different resolutions, latency, and field of view (FOV) options.

This enables the pilot to have a first-person perspective of the drone’s flight as if they were sitting in the cockpit. The video feed is transmitted wirelessly from the drone to the goggles, allowing for real-time control and navigation.

Choose your FPV video System

Before choosing FPV goggles, you need to decide one thing: which FPV video system will you be using?

FPV systems are divided into digital and analog based on the signal and hardware. Digital FPV system uses digital signals for transmission, while analog FPV system uses analog signals.

In terms of cost, digital FPV systems provide clearer video quality but are more expensive, whereas analog FPV systems offer lower resolution at a cheaper price.

When I first started with the FPV drone hobby, I used an analog FPV video system because it was cheaper and there were more options available.

As I grew into a pro pilot, I gradually switched to a digital FPV system. For content creators who need to shoot high-definition videos, digital FPV is less susceptible to interference and offers superior range capabilities.

Currently, there are three brands of digital FPV systems: DJI, HDZero, and Walksnail Avatar. You can check out my detailed analysis to help you make an informed decision.

FPV Headset Types: Box vs Low Profile

There are two main styles of FPV goggles in the market:

Box Goggles

Box goggles, as the name suggests, employ a boxy enclosure housing a single large display screen. They fully enclose around your eyes, creating an immersive experience.

Low Profile Goggles

Low profile goggles have a visor-style design with two separate screens, one for each eye. This distributes weight for greater comfort.

The best choice depends on your personal preference and needs.

What to Consider When Buying FPV Goggles?

When shopping for your first pair of FPV glasses, there are a few key factors to keep in mind:

Screen/Display

The display is the most critical part of your goggles. After all, it determines the quality of the video coming from your FPV camera that you’ll be immersing yourself in.

Here are the key display specifications to evaluate:

Resolution

When it comes to screen quality, resolution is king.

The higher the resolution, the sharper and more vivid your video feed will be. This helps you see critical details for precise flying.

It’s measured in terms of horizontal x vertical pixels, like 1280×720. For FPV, you generally want a resolution of at least 480p, which is 640×480 pixels. This provides a reasonably detailed image.

720p is better for most pilots. Some high end FPV glasses even go up to 1080p resolution now.

However, for analog FPV systems, considering the relatively lower image resolution of analog cameras, there’s little difference between using lower-end 720p goggles and higher-end 1080p goggles.

Type of Display

Next, you’ll probably want to look at the type of display.

All the goggles I have used have either had an LCD, LCOS, or OLED display. Some of those terms might be familiar to you if you’ve ever purchased a TV or computer monitor.

Here’s a quick comparison:

Price: LCD < LCOS < OLED
Video quality: OLED > LCOS > LCD

• LCD displays are the most affordable and still provide a decent image, but are a little bit duller and have less contrast. That’s why you often find them on low to mid-range goggles.
• Top of the line goggles will often have an OLED display, which has a lot more vivid colors, more contrast, and just overall looks a lot better.
• Then there is LCOS, which falls somewhere in between in terms of price and quality. Unfortunately, it’s really hard to show the differences without actually trying on a few pairs yourself.

Most FPV drone beginners start with LCD to keep costs low. Moving to OLED down the road is a great way to upgrade.

Aspect Ratio

After that, you’ll also want to note the aspect ratio.

Some goggles display 4:3 video and some goggles display 16:9 video, which is slightly more narrow and shows a bit less information.

I personally like to use the 4:3 video most of the time because it lets me see more.

But I always switch to the 16:9 video when I’m filming something important because the framing is closer to what my final image will be out of the GoPro, and it helps me ensure that nothing important will get cut off.

Ideally, having a pair of goggles that can dynamically switch between 4:3 and 16:9 aspect ratios is great. You can choose the best view for different flying modes.

This is why some FPV goggles can sell for over $250.

Field of View (FOV)

Screen size and optics determine the field of view (FOV) you get in the goggles. FOV specifies what percentage of your vision the screen takes up.

Most goggle screens range from 3 to 6 inches measured diagonally. Bigger screens fill more of your vision for a more immersive experience.

Box goggles typically have one large screen, while low profile goggles have separate smaller screens for each eye. Overall screen size affects the field of view.

A FOV between 30-50° is ideal for most. Wider fields of view are more immersive but can make it harder to see everything at once.

Interpupillary Distance (IPD)

IPD measures the space between your pupils. FPV goggles should allow you to adjust this distance to match your eyes for maximum comfort.

Look for goggles with an IPD adjustment slider that goes from around 58mm to 70mm.

Properly setting your IPD ensures each eye focuses independently through the optic lenses. This prevents eye strain.

Diopter Adjustment

Diopters allow you to adjust each optic lens for your specific vision needs.

If you wear glasses or contacts, look for goggles with diopter adjustments to tweak focus without your vision correction gear.

The range of diopter adjustment varies. But having some ability to tweak this is highly valuable.

Receiver & Antennas

While the display shows you the end video, the receiver and antennas are what get the signal to your goggles in the first place.

A higher performance receiver leads to better reception, lower latency, and less interference/breakup. Top antennas extend your range and reliability.

Here are key things to evaluate:

1. Diversity vs. Single Receiver

Diversity means the goggles have two independent receivers, rather than just one.

This provides redundancy in case one receiver experiences interference. The goggle will switch signals to whichever receiver has the better picture at any moment.

Diversity drastically improves reception reliability compared to a single receiver. It’s a must-have feature.

2. Removable Receiver

Many goggles have integrated receivers permanently installed. But goggles with removable receivers are preferable.

A removable receiver allows you to upgrade down the road as technology improves. This future-proofs your investment.

Look for goggles that use standard connections like MMCX for the antenna and SMA for the video input.

3. High-End Receivers

Research the specific receiver your goggles use. Well-known receivers like ImmersionRC RapidFire or SkyZone SteadyView outperform generic receivers.

A top-of-the-line receiver can make a big difference in your overall video feed quality. This is well worth paying extra for.

4. Antenna Connectors

Your goggles need two antenna connectors to attach your antennas to the receiver.

Look for standard SMA or RP-SMA connectors. Avoid less common connections, as it will limit your antenna choices.

SMA connectors are ideal. RP-SMA are also very common but have a slightly different design. Many antennas offer both SMA and RP-SMA versions.

5. Antenna Placement

Where the antenna connectors are placed on your goggles matters. You want them positioned far apart for space diversity.

This means the antennas are in different physical locations, giving you the most robust reception from all angles.

On box goggles, connectors are often on top corners or sides. Low profile goggles may have connectors on the back. Optimal diversity spacing is key.

6. Quality Antennas

Most goggles come with basic antennas. For best performance, upgrading to high-gain directional antennas is recommended.

Things to look for include higher dB ratings like 5-6dB and directional patch or helical designs.

We strongly suggest buying upgraded antennas like the TBS Triumph, TrueRC Singularity, or VAS Mad Mushroom. These make a huge difference.

Form Factor & Ergonomics

Since you’ll be wearing your goggles for extended periods, the fit, weight, and overall comfort are very important factors.

Box and low profile goggles both have pros and cons from an ergonomic perspective. You’ll want to evaluate:

Weight

In general, lighter goggles are more comfortable for longer wear. Heavier models can cause neck fatigue over time.

Low profile goggles tend to be lighter than box style, but weight can vary greatly between models. Be sure to check specs.

As you evaluate options, look for total weight around 400g or less for optimal comfort.

Padding & Materials

Softer, breathable padding around the face foam is critical for maintaining comfort.

Quality leather or PU leather materials feel great against your skin without getting overly warm or sweaty.

The head strap should include dense foam and distribute weight across the top and back of your head.

IPD & Diopter Adjustment

As mentioned earlier, having IPD and diopter adjustments is key for dialing in the fit precision to your face and eyes.

This prevents eye strain and headaches that can occur from improper alignment.

Modularity

Many goggles allow you to separate out components like the display module or receiver bay.

This modularity enables replacing parts or customizing for future upgrades. External battery packs also reduce front weight.

Modularity extends the lifespan of your goggle investment and keeps them up-to-date.

Prescription Lens Options

If you wear prescription glasses, some goggles support inserting your own prescription lenses.

Others offer attachable “Rx kits” for a given prescription strength. This is an excellent feature for glasses wearers.

Be sure to look into available vision correction options for any goggles you’re considering.

Additional Features

Beyond core display and reception capabilities, there are a few other nice-to-have goggle features to consider:

DVR Recording

A DVR allows you to record the footage from your goggles directly to an SD card.

This is tremendously helpful for reviewing flights, learning from mistakes, or finding lost quads.

Recording what you see in your goggles gives you perspective that onboard cameras lack.

Head Tracking

Head tracking systems detect your head movements and shift the camera angle accordingly.

This creates an incredibly immersive experience and natural way to look around your environment in real time.

Higher-end goggles are starting to integrate head tracking capabilities.

Fan

Fans help circulate air and reduce lens fogging along with keeping your face cooler.

Look for multiple fan speed settings, as high speeds can add noise you may want to minimize.

Onboard Audio

Hearing motors and wind noise from your craft in your goggles enhances immersion.

Premium goggles feed audio from the quad directly to your ears via headphones or earbuds.

Wireless Headset

Some models replace the video cable with wireless video transmission to the goggles.

This eliminates a tether, but introduces risks of interference and lag. Make sure it’s a high-quality proprietary wireless signal.

Best FPV Goggles Under $200

If you’re just starting out in FPV drones, you’ll want a budget-friendly goggle option under $200. These entry-level goggles make it easy to get in the air without a huge upfront investment. Here are some of our top picks:

Eachine EV800D

With its large 5 inch screen and integrated diversity receiver, the Eachine EV800D offers an immersive FPV experience at a budget price point. The modular design also allows you to detach the screen for use as a monitor.

Screen: 800×480 LCD

Receiver: Integrated diversity receiver

Price: ~$120

Skyzone SKY02C

The Skyzone SKY02C feature a compact, lightweight design perfect for new pilots. They include an integrated diversity receiver and DVR.

Screen: 800×480 LCD

Receiver: Integrated diversity receiver

Price: ~$160

Eachine EV800D

Very similar to the EV800D, the EV800DM adds a built-in battery for convenience. The adjustable focus also helps accommodate glasses wearers.

Screen: 720×576 LCD

Receiver: Integrated receiver

Price: ~$140

Best Mid-Range FPV Goggles $200-$400

Stepping up to the $200-$400 price range gets you improved display quality and reception for an immersive FPV experience. Here are some of our favorites:

Skyzone SKY04L

With their OLED screens, modular bay, and SteadyView receiver, the Skyzone SKY04L are feature-packed without breaking the bank.

Screen: 1280×960 OLED

Receiver: SteadyView (removable)

Price: ~$320

Fat Shark Scout

The Fat Shark Scout provides their excellent optics and comfortable fit at a lower price point through their partnership with SkyZone.

Screen: 1280×960 IPS

Receiver: Integrated diversity

Price: ~$299

Skyzone Cobra X

The Cobra X builds on the budget Cobra S with a higher resolution display and OLED screens for brighter, more vibrant video.

Screen: 1280×800 OLED

Receiver: Integrated diversity

Price: ~$260

Premium FPV Goggles $400+

If you’re a seasoned pilot looking for top-of-the-line performance, premium goggles deliver best-in-class displays, optics, and reception. Be prepared to spend $400+ for these high-end models:

Fat Shark HDO2

The HDO2 builds on Fat Shark’s reputation for superior optics and comfort. With OLED screens and 6-axis head tracking, they’re packed with cutting edge tech.

Screen: 1280×960 OLED

Receiver: RapidFire (removable)

Price: ~$650

Orqa FPV.one

The FPV.one employs twin 1080p OLED microdisplays for an incredibly immersive experience. They’re digital HD rather than analog.

Screen: Dual 1080p OLED

Video: Digital HD

Price: ~$599

Skyzone SKY04X

With 4K-ready OLED screens and Skyzone’s high-end SteadyView pro receiver, the SKY04X are geared for performance and future-proofing.

Screen: 3840×2160 OLED

Receiver: SteadyView Pro

Price: ~$580

Fat Shark vs. SkyZone FPV Goggles

Two of the most popular FPV goggle brands are Fat Shark and SkyZone. You really can’t go wrong with either. Here’s a quick rundown of how they compare:

Fat Shark

• Excellent optics and display quality
• Very comfortable fit and feel
• Feature-packed high-end models
• Generally more expensive
• Proprietary accessories and parts

SkyZone

• Great bang for buck performance
• Responsive company with good customer service
• More budget-friendly options
• Use standard connectors for customization
• Accessories can be harder to find

Ultimately, it comes down to your budget and preferences. Fat Shark leads in premium goggles, while SkyZone dominates the mid-range. Both make excellent goggles backed by years in the hobby.

FPV Goggles vs. Monitors

Another option besides goggles is an FPV monitor. Monitors are open-face screen displays you can position however you like. Here’s how they compare:

Goggles

• More immersive experience
• Isolate and focus your vision
• Require less ambient light
• Convenient head-mounted design

Monitors

• More situational awareness
• Easy to share view with others
• Don’t block your vision
• Allow eyeglasses
• Positionable for comfort

For most FPV pilots, goggles are preferred for regular use thanks to their immersive capabilities and convenience. But monitors can be great for demos, ride-alongs, or keeping situational awareness.

Many opt to have both goggles and a monitor in their kit. The monitor serves as a backup display option.

How to Choose the Best FPV Goggles for You?

If you’re just starting out in FPV, stick to budget goggles under $300.

Because beginner pilots need time to hone their skills before investing in more advanced gear. A starter goggle will still provide an awesome FPV experience.

Once you have some experience under your belt and want to upgrade, look at mid-range options in the $300 to $500 category. These offer a big jump in display quality thanks to OLED panels and better receivers.

Video quality makes a huge difference in FPV flight.

Experienced pilots who fly regularly and want the ultimate analog experience should look at premium goggles like the Fat Shark HDD02. If you have the skills to take advantage of their capabilities, the image quality and features are incredible.

Of course, advancing to DJI’s digital system means an even bigger jump in video quality. But it also requires investing in all new gear, so only look at going digital once you know you’re committed to FPV.

FPV Goggles Safety Tips

To ensure proper safety while using your new FPV goggles, keep these tips in mind:

• Never fly alone – always have a spotter watching the drone and surrounding area. The spotter maintains situational awareness.
• Don’t fly in crowded areas or near people since goggles limit your peripheral vision.
• Use a spotter to guide you if walking from your flight station to retrieve a downed drone.
• Be aware of sun glare on screens reducing visibility. Keep the sun behind you when possible.
• Take breaks every 20-30 minutes to give your eyes a rest from the screens.
• Stop flying immediately if you experience any eye pain, headaches, or nausea.
• Avoid touching or adjusting the goggles during flight – only when disarmed.

Final Thoughts

That covers everything you need to know about picking out the perfect pair of FPV goggles for immersing yourself in the pilot’s seat!

The key is identifying your budget, then evaluating options across these core factors:

• Display quality – resolution, screen size, FOV
• Receiver performance – diversity, removable, high-end
• Ergonomics – weight, fit, comfort, adjustability
• Features – DVR, head tracking, modular, etc.

We hope these FPV goggle recommendations and tips help you find the ideal model to take your flying experience to the next level. Stay safe out there, and happy flying!