We will look at the types of connection for control, how controllers differ from each other, and which characteristics you should pay attention to. At the end, we will summarize information about controllers.

The article lists only the most popular controllers, as the full range available for purchase would make the article too long.

The Importance of Choosing a Controller

Purchasing a controller is a very important step, as your impressions, learning speed, and convenience will depend on it.

A drone is controlled only with a controller. Goggles help you see video and telemetry, which is also important.

We interact with the controller tactilely, constantly moving sticks and switching toggles, so the comfort and practicality of the controller are crucial.

If the controller is uncomfortable, when controlling an FPV drone, you may feel that the drone does not respond well, control is difficult, and your hands get tired quickly.

With comfortable controller ergonomics, you will enjoy flights, and learning will be easier and possibly even faster.

Data Transmission Protocols

Each controller has an internal module, and most support external modules, and accordingly, the module can work with a specific data transmission protocol.

When buying a controller, it's important to pay attention to the protocol type, as the FPV drone itself must use the same control data transmission protocol.

The data transmission protocol plays an important role in FPV, as it transmits all control commands from the controller to the FPV drone receiver, and then to the drone itself.

If you want to go up – you raised the throttle stick up, and the module on the controller transmitted data to the drone receiver, and the drone went up.

Data transmission protocols in some cases can also be used to receive data from the drone, such as:

• Battery level
• If GPS is available – location coordinates
• Altitude and much more

Internal Modules

The most common protocols on internal modules:

• ELRS
• TBS Tracer
• Crossfire
• 4in1
• CC2500
• Frsky

The main frequency for these protocols on internal modules is 2.4 GHz, as internal modules are primarily a ready-made solution to purchase a drone and controller set and start flying.

Also recommended to read the article: FPV Drone for Beginners: How to Choose Your First TinyWhoop Drone

Usually, first flights are on small drones, which also mostly operate at 2.4 GHz. The only exception is Crossfire, which operates at 915 MHz (main frequency) and 868 MHz (for European countries).

The most common these days are ELRS, TBS Tracer, TBS Crossfire. The rest of the protocols are still used but have little popularity and are gradually forgotten compared to the protocols that made it into the top three of the list.

It is believed that 2.4 GHz is suitable for short distances with more small obstacles, as this frequency has a higher data exchange rate. That is, the loss of control packets can be compensated by the data transmission speed and, accordingly, a larger number of control packet transmissions.

External Modules

The most common protocols on external modules:

• ELRS
• TBS Crossfire

These protocols use lower frequencies (915 MHz and 868 MHz). Such frequencies can work at greater distances, such as 20-30 kilometers, unlike 2.4 GHz (3-10 kilometers).

They have a lower throughput speed but a greater ability to overcome large obstacles, so they are used for long-distance flights.

If flight range is important to you, then you should pay attention to the types of connectors on external control modules. In general, there are only two types: JR Micro and JR Nano.

There is practically no difference between the modules, the functionality is almost the same, and it mostly depends on the price. JR Micro is the most common, so there will be no problems with purchase, and the majority of controllers are sold with a Micro connector.

The advantage of JR Nano is slightly smaller dimensions, but there are few controllers with such a connector.

Controller Form Factor

First, let's consider what you need to pay attention to: form factor, sticks, and the ergonomics of toggle placement.

Form Factor and Sticks

In general, the more functionality, the more toggles on the controller. But on an FPV drone, you can use from 1 to 5 or more toggles, as well as on an airplane – it all depends on the components that make up the FPV drone and airplane.

The idea that for an airplane you need to buy a controller with the maximum number of toggles is an outdated stereotype. There are exceptions – if you have a professional type of occupation related to piloting airplanes, but this can also apply to FPV drones, it all depends on the specific activities of the pilot.

If you plan to use the controller in the future, then the priority will be an FPV controller that uses modern gimbals and Hall sensors.

And a controller that uses potentiometers on the sticks should not be considered, as this is already outdated technology and it has less lifespan compared to Hall sensors.

The form factor of FPV controllers has two main types:

• Classic, rectangular
• Gamepad style

A gamepad-style controller may be suitable for beginners and for field flights when mobility and compactness are important.

The advantages of such a controller are ease of use, but not for everyone. It should be remembered that full-size sticks will be absent, meaning the control stick travel will be shorter than a full-size stick.

The classic format is more suitable for professional flights or future pilots who want more functionality. After all, the classic format is more bulky (full-size), so they have more toggles, sticks are usually full-size.

Also, don't underestimate the presence of a screen – the larger the screen, the more information it can provide to the pilot.

Among the classic format, it's possible to choose more compact options, but don't forget that such controllers are usually transported in cases and lose in terms of dimensions compared to gamepad-style controllers.

Be sure to pay attention to the strap mount, because when you are focused only on control, the enjoyment of flights will be greater. And especially when you are taking your first steps in learning, comfort plays an important role.

Types of Stick Layouts (Mode)

Also, don't forget about the layout (Mode) of control sticks. Let's look at the main types (modes) of stick layouts on FPV controllers:

Mode 1 (MK1)

• Right stick: Throttle (up/down) and Roll (left/right)
• Left stick: Pitch (forward/backward) and Yaw (left/right)

Mode 2 (MK2)

• Left stick: Throttle (up/down) and Yaw (left/right)
• Right stick: Pitch (forward/backward) and Roll (left/right)

Mode 3

• Right stick: Pitch (forward/backward) and Yaw (left/right)
• Left stick: Throttle (up/down) and Roll (left/right)

Mode 4

• Left stick: Pitch (forward/backward) and Roll (left/right)
• Right stick: Throttle (up/down) and Yaw (left/right)

The most popular and recommended for beginners is Mode 2 (MK2).

Here's why:

1. It's the most common standard in the FPV world

2. Most tutorial videos and instructions are oriented towards Mode 2

3. It's easier to find an instructor who teaches flying on Mode 2

4. In case of problems with the controller, other pilots can easily help, as most use this mode

Therefore, for a beginner, it's recommended to start with Mode 2 right away – this will make the learning process simpler, and help from the community more accessible.

Review of Controllers

Let's look at several good options, starting from a controller for training and ending with a more professional one that will later be used for direct drone control.

LiteRadio 3 from BETAFPV

Let's start with the basic controller LiteRadio 3 from BETAFPV. This controller is suitable for those who are taking their first steps in FPV, as it has a small price tag (on the official site, the cost is $32.99), sufficient functionality, and compact dimensions.

Main characteristics:

• 8 channels
• Frequency 2.4 GHz
• Support for Frsky, ELRS protocols
• Internal module power: ELRS 25mW/50mW/100mW; Frsky-100mW
• Support for USB 3.0 Type-C-charging/firmware update
• Internal battery 2000 mAh 1s
• Support for external modules in NANO format, the manufacturer recommends installing modules from BETAFPV

This controller is fully suitable for starting. First for learning on a simulator, then you can move on to flying on a TinyWhoop.

But for slightly larger drones, there may not be enough power on the internal module. If there is a strong desire, then there is the possibility to purchase an external module, but for larger drones, it's worth purchasing a more professional controller.

Radiomaster Pocket

This controller is entry-level, but at the same time quite professional and will be perfect both for learning on a simulator and for further piloting FPV drones.

Main characteristics:

• Channels: up to 16 (depending on the receiver)
• Internal module frequency: 2.400 GHz-2.480 GHz
• Internal module: CC2500 / ELRS 2.4 GHz
• Internal module power: 10mW/25mW/50mW/100mW
• Sticks with Hall sensors
• Support for external module in NANO format
• Display: monochrome LCD 128*64
• USB Type-C, PC connection, built-in USB-C QC3 charging
• Voice command playback, vibration

Radiomaster Pocket is a great and inexpensive option for beginners. It's compact and perfect for travel. The gimbals (sticks) can be unscrewed and placed in special moldings located on the back of the case, which is very convenient for transportation. The cost of the controller on the official site is $65, and this is a great price-quality ratio, which corresponds to the functionality of this controller.

Radiomaster TX 12 II

This controller already has more sticks and, accordingly, more capabilities.

Main characteristics:

• Channels: up to 16 (depending on the receiver)
• Internal module frequency: 2.400 GHz-2.480 GHz
• Internal module ExpressLRS; CC2500
• Internal module power: 10mW/25mW/50mW/100mW/250mW
• Sticks with Hall sensors
• Support for external NANO module
• Display: 2.1-inch monochrome LCD screen
• USB Type-C, PC connection, charging
• Possibility to install a larger capacity battery
• Voice command playback, vibration

So, Radiomaster TX 12 II can fully satisfy the basic needs of an FPV pilot, and if needed, when there is more knowledge in FPV, you can consider more expensive controllers. TX 12 II has a great price-quality ratio, the price on the official site is $99.99.

Radiomaster Boxer

Radiomaster Boxer is a great controller that has the golden middle: quality, price, size. The controller has larger sticks than TX 12 II, they are more comfortable to control, and microcontrol of the drone is of higher quality due to the full-size sticks with Hall sensors. It also has a sufficient number of toggles and buttons.

The feature of Boxer is that the sticks are adjusted without disassembling the controller itself. And the internal module on the ELRS protocol has a power of 1 Watt. As you can see in the image, Radiomaster didn't skimp on the package in the form of a case and stick overlays.

Main characteristics:

• Channels: up to 16 (depending on the receiver)
• Communication protocols: ExpressLRS, 4-in-1, CC2500
• Internal module frequency: 2.400 GHz-2.480 GHz
• Sticks with Hall sensors
• USB Type-C, PC connection, quick charging QC3.0 2.0 A MAX
• Support for external NANO module
• Display: 2.1-inch monochrome LCD screen
• Possibility to install a larger capacity battery
• Voice command playback, vibration

As we can see, Boxer turned out better than TX12 II, and it will be a great option for learning and using in the future. Even the internal module will allow you to enjoy flights without limiting you to short distances.

Summary

So, the choice of controller should be approached responsibly, so before buying, decide what your needs will be: whether a cheaper option will be sufficient for you, or you need to buy something more expensive.

A limited number of controllers were mentioned in this article. I would also recommend paying attention to:

• Radiomaster TX 16
• TBS Tango 2
• TBS Tango 2 PRO
• RadioMaster Zorro
• Jumper Т12 Max
• Jumper Т15
• Jumper T-Pro V2

As we can see, the range is not small. Therefore, when choosing, spend an hour or two searching for information about the controller on the internet. Reviews on specific controllers are quite informative, not general materials about form factors, types, etc.

Please share in the comments whether this information was useful for you and what questions you still have. In future articles, we will try to provide a detailed answer.

Article Update History

It has LHCP circular polarization. It has sufficiently high amplification to provide a more stable signal at long and medium distances.

Main Specifications

• Frequency range: 5500–5800 MHz
• Gain: 11 dBi
• Polarization: LHCP
• Input impedance: 50 Ohm
• Standing wave ratio: 1.5
• Radiation angle: horizontal-75°(H), vertical-40°(E)
• Front-to-back ratio: over 10 dB
• Maximum operating power: 10w
• Connector type: MCX male plug
• Dimensions: 82 x 42 x 24 mm
• Weight: 19 g

Features

Compatible with: DJI Goggles 2

Size: compact

Flight distance: medium and long

Build quality: good

Package includes: 2 Maple Wireless patch antennas; 5.8GHz 11dBi LHCP;

Price: average ($43-$48)

Who it's for

An antenna for those who prioritize range, signal quality, and minimum interference. Perfectly suitable for DJI Goggles 2 owners.

It has RHCP circular polarization. It has sufficiently high amplification to provide a cleaner picture at long and medium distances.

Main Specifications

• Frequency range: 5500-5800 MHz
• Gain: 11 dBi
• Polarization: RHCP
• Input impedance: 50 Ohms
• Standing wave ratio: 1.5
• Radiation angle: horizontally-75°(H), vertically-40°(E)
• Front-to-back ratio: over 10 dB
• Maximum operating power: 10w
• Connector type: RP-SMA / SMA-MALE
• Dimensions: 82 x 42 x 24 mm
• Weight: 19 g

Features

Works with: analog and HDZero video

Size: compact

Flight distance: medium and long

Build quality: good

Package includes: Maple Wireless patch antenna; 5.8GHz 11dBi RHCP; SMA adapter (at 45° angle)

Cost: average (20$-33$)

Who is it suitable for

An antenna for those who value range, signal quality and minimal interference. Ideal for use with a ground station or goggles.

In this article, you will learn which controller to buy and which simulator to choose for training, and at the end, we will consider drone options for your first flights.

Let's start by understanding what a beginning pilot needs. This is a computer or, in extreme cases, a mobile phone with OTG support. A phone is an option if you are unable to purchase a PC or laptop. A starter kit also includes a controller and an FPV simulator. Purchasing a starter kit is mandatory, because without training, you will crash your drone in the first minute of flight. Therefore, before spending money on a complete flight kit, you need to prepare properly.

First, you need to accumulate at least 10 hours of flight time in the simulator, but this is individual for everyone: some people will need only 5-10 hours, while others will be able to master control only after 30-50 hours. The simulator will help prepare your vestibular system and train reaction speed – this is the most important thing in FPV flights. The simulator also provides the necessary basis for flight, maneuvering skills, and the ability to perfect drone landing.

Let's imagine the worst-case scenario for your training: if during the entire time of training in the simulator you fail to fly, you will save considerable money, because at this stage you don't need goggles and the FPV drone itself. However, I don't know anyone who diligently trained and failed.

Controller

Let's start with the most important thing. For simulator training, you will need a controller, or in professional language – equipment. It's up to you which equipment to purchase, but I will suggest several options.

The first option is the Emax EZ Pilot Pro RTF Kit, and kits from BetaFPV are also worth considering. This option is good because immediately after training in the simulator, you will be able to enjoy flying a drone, as well as combine flights on FPV and in the simulator. But kits are only effective at the start, as pilots usually quickly outgrow small drones, especially such FPV kits. Plus, the cost is usually higher than a full-fledged controller. Therefore, you need to consider your budget.

The second option is to buy a professional controller with future prospects, as a professional controller is suitable for flying various FPV drones. One controller can be used for Whoops (TinyWhoop, Whoop), CineWhoops, Freestyle – usually 5-inch, Long Range – usually 7-10-inch. There is a wide variety of such controllers on the internet, they differ in technical characteristics, size, and shape.

Special attention should be paid to the stick format. You need the MKII (M2) layout – this is when the left stick does not spring back in the up-down range. This stick is responsible for throttle. Therefore, DJI equipment is not suitable, as there the stick is constantly positioned in the center. To start, you can purchase a not too expensive controller, and when your hobby develops, you will know exactly what you want to purchase.

When choosing a controller, you should also pay attention to the form factor of the controller.

There are controllers in the form of a joystick, such as TBS Tango 2, Jumper T Pro V2. This format may be suitable for those who are used to gaming joysticks and who have a small hand, as all controls are nearby.

But if you want more traditional equipment for FPV and you have a large hand or musical fingers, then you will find larger equipment more comfortable. It's worth looking at Radiomaster: TX12, Boxer, TX16 and Jumper T14, T15, and T20.

The third thing to pay attention to is the data transmission protocol during flight control. To avoid giving you too complex information at the beginning, let's limit ourselves to the two main protocols currently used – ELRS and TBS Crossfire. ELRS requires more knowledge regarding settings, but it is also cheaper, the ELRS community is large, so you shouldn't worry that something won't work out for you. TBS Crossfire is simpler to connect, has some functions that ELRS doesn't have, but they are for more narrow use, and the cost of TBS is higher than ELRS. I would advise you to buy something from Radiomaster. At the beginning, it's not worth focusing too much on data transmission protocols, as you can always buy an external module with the desired protocol, and flight range can be increased with an external module.

If you don't want to spend on a controller right away, you can purchase a used one, but note that an excessively old controller is not worth taking, as it may not connect to a computer. Also, currently, I recommend using only the TBS Crossfire and ELRS communication protocols. On extremely old models, the sticks are not of very good quality, and this can hinder you or completely discourage you from learning. Often, the M2 layout is confused with M1 (M1 is when the throttle stick is on the right), so be careful before buying.

Why M2, not M1? Because it's like a car with the steering wheel on the right and on the left. M2 is most common in our country, and if you get accustomed to the M1 layout, then sooner or later you will face the fact that you will have to use a controller with the M2 layout.

I don't recommend considering used BetaFPV controllers, as they have a small resource and are usually only suitable for the first stages of FPV – simulator and small drones.

Choosing a Simulator

Now we've reached the flight simulator. In today's reality, there are a sufficient number of flight simulators for different preferences, with different maps, physics, and graphics. You can learn on any of them, the main thing is to understand the physics of flight itself.

I can recommend Liftoff to you, as it is among the top best simulators, and for good reason: it has physics control maximally close to a real drone, and the graphics are not bad.

There's also Uncrashed – but it's more of an arcade type. The graphics are already a head higher than its predecessor, although there are fewer maps, but the size itself is larger, there are moving objects. So in any case, you won't be bored.

However, it's not worth fixating on the above-mentioned simulators; there are free options on the internet as well. As mentioned earlier, you can learn to fly on any simulator, but the more realistic the physics, the easier it will be to start flying on a real drone.

I recommend purchasing all simulators on the Steam platform or similar licensed platforms. If your budget is limited, there are also free simulators on these platforms.

By purchasing a good simulator, you will receive updates on time and regularly, and you will support the developer.

Note: before purchasing, don't forget to look at the minimum technical characteristics of the PC for your chosen simulator. This information can usually be found in the description or below the description itself.

How much does control in the simulator differ from a real drone? You don't need to worry too much about this question, as the difference is similar to the difference in controlling TinyWhoop (Whoop), CineWhoop, Freestyle drones. That is, the basic control mechanics, which need to be worked out to automatism, remain unchanged.

How to Choose Your First Drone

And here it is, the cherry on the cake. With which drone to start your long-awaited flights?

Our recommendations are to purchase a Whoop 65-85 mm, and then something larger, depending on your needs. For example, quite popular are: Mobula, Meteor, and the new BETAFPV Air.

Why exactly is this option better? Given our realities and new laws, you won't be able to fly anywhere, but with a Whoop, you will be able to fly in your own house, in your own yard. Maybe somewhere else, but already at your own discretion and with the knowledge that your actions may carry administrative punishment according to the law of Ukraine. But if you fly in your own private yard and not higher than buildings, then hardly anyone will have questions for you. Don't forget that somewhere there may be an angry neighbor who will harm at the first opportunity (JOKE).

We have already considered how to choose the first drone in the Tinywhoop category, if you are interested you can view the article:

FPV-drone for beginners: how to choose your first drone TinyWhoop?

Having all the necessary equipment, you will be able to move on to the next stage of training.

Please share in the comments whether this information was useful to you and what questions you still have. In future articles, we will try to provide a detailed answer.

Whatever your choice, you'll first have to deal with constant crashes and drone accidents. This will happen again and again until you eventually start feeling more confident. If you train in a simulator at the same time, learning will go much faster.

Does drone size matter?

In this article, we'll take a detailed look at which drone a beginner should choose at the start of their FPV journey. Over time, your skills will improve, but you need to start somewhere. And the best option to start with is a TinyWhoop.

TinyWhoop has protective ducts that help avoid damage during falls and collisions with obstacles. They also protect people and animals nearby, as propellers and motors have minimal direct contact thanks to this design. The drone doesn't contain unnecessary external sensors or parts that can break off during crashes. Plus, it's not difficult to repair and doesn't differ much from repairing larger drones, and can be gradually upgraded. And the components themselves will be either similar in price or cheaper than those of larger counterparts.

So, we've determined the type of drone. Now let's consider its size, because even among TinyWhoops there are options — 65 mm, 75 mm, and 85 mm. Manufacturers may label them differently, but this is the general classification.

TinyWhoop 65 mm — the best option for flying in a small house or apartment. Thanks to its compact size, this drone easily flies between shelves, under chairs, tables, and other household obstacles. But in open space, it's only suitable for windless weather, as even light gusts of wind can blow it away, making flights less comfortable.

TinyWhoop 75 mm — a more versatile option. If you have a large apartment or house, such a drone can still be used indoors, although flying through narrow spaces will be more difficult. It's more powerful than the 65 mm and requires better control. In the yard, it feels more confident and is less sensitive to light gusts of wind, although in strong wind, flights will still become less comfortable. Thus, 75 mm is the golden middle between indoor and outdoor flights.

TinyWhoop 85 mm — this size is more suitable for hangars, large spacious houses, or outdoor flights. If you could easily fly through narrow gaps with a 65-mm drone, doing this with an 85-mm will be almost impossible. However, in open space, it demonstrates excellent stability and wind resistance. If you have a large yard, such a drone will be a great choice.

Cost of TinyWhoop configuration

Since the price of drones of different sizes is usually the same or differs minimally, we'll skip this aspect and go straight to analyzing the configuration.

Batteries for TinyWhoop

Let's consider which drone size will cost a beginner less, as getting into FPV is not cheap.

Let's start with batteries. For 65-mm drones, batteries cost less since their capacity is smaller — on average 1S 250-300 mAh. This allows you to buy them in larger quantities.

For 75-mm drones, batteries are on average 20-30% more expensive compared to 65-mm, as they need greater capacity, usually 1S 400-500 mAh.

For 85-mm drones, batteries are at least twice as large as 65-mm ones, since the capacity is about 500 mAh, but they consist of two elements (2S), which also affects the price.

Frames, canopies, and propellers

Frames, canopies, and propellers are consumables, as during flights your drone will inevitably crash into obstacles and fall. Therefore, these components will need to be periodically updated.

The difference in the cost of consumables between drones of sizes 65, 75, and 85 mm is not significant, but the smallest components (for 65 mm) usually cost less.

Battery chargers

If standard 1S batteries are used for drones of sizes 65 and 75 mm, then the chargers for them are the simplest and cheapest or at least the same cost, but not more expensive. Their price depends on the manufacturer and functionality.

When choosing a charger, it's worth paying attention to such features:

• Storage charge mode for batteries
• Ability to charge multiple batteries simultaneously
• Power sources that the device works with
• Presence of indicators for convenience

For 85-mm drones that use 2S batteries, chargers are more complex as they need to balance two elements. Accordingly, their cost is also higher.

Sometimes the cost of chargers is often the same. But it all depends on the region where FPV peripherals are sold.

Conclusion: the cheapest configuration for a beginner

To summarize, the cheapest drones to use for a beginner will be (from cheapest to most expensive):

• 1. Drones on a 65-mm frame
• 2. Drones on a 75-mm frame
• 3. Drones on an 85-mm frame

In the end, you won't feel a strong difference. After buying a complete flight kit, your further expenses will only be on consumables. Expenses may be higher if you want a better flight configuration for FPV if what you have no longer satisfies you.

Choosing a drone for a beginner

I recommend starting with a drone on a 65-mm frame, as it is ideal for training at home. In addition, in good windless weather, you will be able to fly comfortably in the yard as well.

Another important factor is financial benefit. As we've already found out, drones on a 65-mm frame are the cheapest both in terms of the cost of the drone itself and consumables. Therefore, this is the size we will consider first and foremost.

However, if you need a larger drone, you can choose a model on a different frame — nothing limits your choice.

For example, you read this article, watched several videos, and decided that you like the Meteor 65 PRO or Mobula6, but want something a bit bigger. In that case, boldly choose their "big brothers" — Meteor75 PRO, Mobula7, or Mobula8, depending on your needs.

Next, we'll consider only current models that are the best option today.

Meteor65 Pro: a productive micro-drone

Meteor65 Pro is a high-performance micro-drone that combines lightweight construction with powerful components, providing excellent flight characteristics.

Meteor65 Pro package contents

• Meteor65 Pro quadcopter
• 2 BT2.0 300mAh 1S 75C batteries
• BT2.0 charger and voltage tester
• USB Type-C cable
• Transport case
• Spare 35 mm propellers, 3-blade (1.0 mm shaft)
• Screwdriver
• 3 decorative parts
• Camera mount with 20° tilt angle (for C03 camera)
• Camera mount with 30° tilt angle (for C02 camera)
• Set of screws

Main characteristics of Meteor65 Pro

Motors and propellers

Meteor65 Pro is equipped with 0802SE 19500KV brushless motors combined with 35-mm 3-blade propellers. This provides high maneuverability and flight speed, making the drone ideal for indoor flights.

FPV camera

The drone is equipped with an ultra-light C03 FPV camera (weight — 1.45 g) with:

• Resolution: 1200TVL
• Sensor: 1/3-inch CMOS
• Lens: 2.1 mm
• Field of view: 160°

This provides a clear picture with minimal delay, which is important for FPV flights.

Video transmitter (VTX)

The installed M03 VTX transmitter supports power up to 350 mW, providing a stable signal even in difficult conditions.

Flight controller and receiver

Meteor65 Pro is equipped with F4 1S 5A FC (2022) with built-in receiver:

• ExpressLRS 2.4G
• FrSky
• TBS RX

This guarantees fast and accurate control, which is important for FPV drones.

OSD (on-screen display)

The integrated Betaflight OSD system allows you to adjust flight parameters and track them in real-time.

Flight time

With a BT2.0 300mAh 1S 75C battery, the manufacturer claims up to 4.5 minutes of flight, which is an excellent indicator for micro-drones of this class.

Frame

Meteor65 Pro has a lightweight 65-mm frame made using injection molding technology. It features:

• Low profile
• Low weight (1.6 g)
• High damage resistance

Power connector

The drone uses BT2.0, which provides stable current supply and minimizes voltage sags during flights.

Drone weight

23.01 g (without battery).

Conclusion: why choose Meteor65 Pro?

Meteor65 Pro is a great choice for both experienced pilots and beginners looking for a powerful micro-drone for indoor FPV flights.

Advantages:

• ✔ High-performance components
• ✔ Light and durable construction
• ✔ Stable video signal (VTX 350 mW)
• ✔ Long flight time (up to 4.5 min)
• ✔ Precise control thanks to ExpressLRS, FrSky, or TBS

Thanks to the combination of quality, performance, and thoughtful design, Meteor65 Pro is one of the best micro-drones in its class.

Happymodel Mobula6 2024 ELRS 2.4G

Happymodel Mobula6 is an ultra-light micro-drone specifically designed for indoor flights. Thanks to its compact size and high performance, it's suitable for both beginners and experienced pilots who want to improve their skills in confined spaces.

Package contents

• Mobula6 quadcopter
• Screwdriver
• Spare propellers
• Spare canopy
• Propeller removal tool (facilitates maintenance and replacement without risk of component damage)

Technical specifications

Flight controller

Mobula6 is equipped with a SuperX V02 ELRS AOI FC controller with:

• ✔ Built-in ELRS serial receiver
• ✔ ESC 5A Bluejay
• ✔ Built-in video transmitter (VTX)

This provides stable and clear control over the drone during flight.

Motors

The drone is equipped with SE0702 28000KV motors, which provide high thrust and speed necessary for dynamic maneuvers indoors.

Propellers

3-blade Gemfan 1219-3 propellers (31 mm) are used, optimized for maximum efficiency with the installed motors.

FPV camera

Mobula6 is equipped with an FX17-B camera with:

• Resolution: 800TVL
• Sensor: 1/3" CMOS
• Field of view: 150°
• Signal system: NTSC
• Video aspect ratio 4:3

This provides a clear FPV image with minimal delay, which is critically important for precise control.

Video transmitter (VTX)

The built-in 5.8G VTX supports adjustable power from 25 mW to 400 mW and 40 channels, providing a reliable signal even in difficult conditions.

Frame

• ✔ Light and durable 1S 65 mm Whoop construction
• ✔ Plastic frame with stiffening ribs
• ✔ Minimalist and lightweight canopy

This guarantees resistance to damage, which is important for indoor flights.

Dimensions and weight

Diagonal between motors: 65 mm

Weight: 17.7 g (without battery)

OSD (on-screen display)

Integrated Betaflight OSD for monitoring flight parameters

Power connector

PH 2.0

Flight time

~ 3 minutes on one 1S 300mAh battery

Conclusion: why choose Mobula6?

Happymodel Mobula6 is an ideal micro-drone for indoor FPV flights, combining lightweight construction, powerful motors, and a quality FPV camera.

Main advantages:

• ✔ Ultra-light weight and compact size
• ✔ Powerful SE0702 28000KV motors for quick response
• ✔ Clear FPV picture with minimal delay
• ✔ Stable video signal (VTX up to 400 mW)
• ✔ Reliable construction and resistance to damage

This drone allows you to hone your skills and enjoy dynamic maneuvers, even in a small room.

Review of AIR65 – ultra-light FPV drone for beginners

AIR65 is a new product of 2024, which has become a great choice for beginners in FPV due to its lightness and maneuverability. The manufacturer claims that this is the lightest drone in its category, and it is presented in two versions:

• Racing – created for maximum speed and passing tracks with obstacles.
• Freestyle – designed for smooth or aggressive flights with tricks.

The only difference between these versions is the KV of the motors and the type of propellers. Let's take a closer look at them.

Package contents

• AIR65 (brushless quadcopter)
• Spare canopy
• Spare propellers - in Racing version: GF 1219S 3B, and in Freestyle version: HQ 31 mm Ultralight 3B
• 1 × Spare set of screws
• 1 × 4-pin adapter cable
• 1 × USB Type-C adapter board

Technical specifications

Flight controller

Starting from January 3, 2025, AIR65 is equipped with Air Brushless Flight Controller (5-in-1), which includes:

• ✔ FC (flight controller)
• ✔ ESC (electronic speed controller)
• ✔ OSD (on-screen display)
• ✔ VTX (video transmitter)
• ✔ RX (radio receiver)

The controller is based on a powerful G473 processor, ensuring excellent maneuverability and control precision.

Motors and propellers

Freestyle version: 0702SE II 23000KV motors + HQ 31 mm 3B propellers

Racing version: 0702SE II 27000KV motors + GF 1219S 3B propellers

These options are optimized for the corresponding flight style – the freestyle version has a softer response, and the racing one has faster dynamics.

FPV camera

The drone is equipped with a C03 camera with:

• Resolution: 1200TVL
• Sensor: 1/3" CMOS
• Lens: 2.1 mm (field of view 160°)
• Adjustable tilt angle: from 25° to 50°

This gives a clear picture with minimal delay, which is important for FPV flights.

Video transmitter (VTX)

The built-in 5.8G VTX supports adjustable power from 25 mW to 400 mW, providing a stable signal even in difficult conditions.

Frame

• ✔ Lightweight construction with improved strength
• ✔ Fixed motor connectors
• ✔ Optimized low-profile design

This ensures minimal weight and maximum strength.

Dimensions and weight

Diagonal between motors: 65 mm

Weight: 17.3 g (without battery)

OSD (on-screen display)

Integrated Betaflight OSD for monitoring flight parameters

Built-in ELRS 2.4G receiver

Power connector

BT2.0 U – provides reliable connection and long service life.

Flight time

About 4 minutes on a LAVA 1S 260mAh 80C battery (4.35V – 3.3V).

Conclusion: which version to choose?

AIR65 is a great drone, especially thanks to its lightness and minimal inertia. It quickly responds to control, making flights as dynamic and precise as possible.

Racing version:

• ✔ Faster response to throttle
• ✔ Sharper maneuvers
• ✔ Maximum speed for tracks

Freestyle version:

• ✔ Smoother response to throttle
• ✔ Easier control in the air
• ✔ Longer flight time

Recommendation for beginners – it's better to choose the freestyle version, as it is more controllable and smooth, which will simplify learning.

Which TinyWhoop to choose?

When choosing a TinyWhoop, it's important to understand how the drone's weight, motor KV, and propeller size affect its behavior in flight. Let's consider which drone is best suited for different flight styles.

Meteor65 Pro 2022 – maximum smoothness and autonomy

Features:

• ✔ Longest flight time
• ✔ Smooth maneuvers
• ✔ Least maneuverability due to inertia
• ✔ Best protection against impacts

This drone has the highest weight among TinyWhoops, which provides better impact resistance, especially thanks to the durable stock canopy. At the same time, the increased mass leads to greater inertia, so during sharp turns, the drone slides longer in the direction of movement.

Meteor65 Pro is ideal for those looking for a stable drone with long flight time and less aggressive maneuverability.

AIR65 Freestyle – golden middle

Features:

• ✔ Medium flight time (possibly on par with Meteor65 Pro)
• ✔ High sensitivity to control
• ✔ Quick braking and maneuverability
• ✔ Less durable canopy

Thanks to the optimal balance of weight and motor power, this drone quickly responds to control and is minimally affected by inertia during turns. However, the reduced weight has a downside – less durable construction, especially the canopy, which often breaks upon impact.

It's recommended to stock up on a spare canopy if you plan to fly actively and practice tricks.

AIR65 Racing / Mobula6 2024 – speed above all

Features:

• ✔ Fastest among TinyWhoops
• ✔ Sharpest response to throttle
• ✔ Shortest flight time
• ✔ Sensitive to damage construction

These drones have powerful motors and minimal weight, making them the fastest and most dynamic. However, this also means the shortest flight time, especially in Mobula6 2024, which may have even less autonomy due to the high power of the motors.

Another important point – the constructive design of the body and canopy in these models is very similar, so it's worth flying carefully to avoid damaging the camera in accidents.

Additional factors that affect flight

• ✔ Settings in Betaflight – allow changing the smoothness of control and response to throttle
• ✔ Flying manner – aggressive style reduces battery autonomy time
• ✔ Camera tilt angle – the more degrees, the faster the drone flies

Conclusion

If you need a stable and durable drone – Meteor65 Pro will be the best choice.

If you're looking for a balanced freestyle model with good control and average flight time – AIR65 Freestyle will be the perfect option.

And if your priority is maximum speed and sharp maneuvers, then AIR65 Racing or Mobula6 2024 will meet your needs, but you'll have to accept shorter battery life and increased risk of damage.

I hope this article helped you make your choice!

In this article, we'll try to figure out whether this drone will become a hit of 2025 or a failure. Does a digital video system make sense in a TinyWhoop, or will it fall apart after a few flights? We'll also find out if there's a chance to capture nice cinematic-style videos.

Which Versions Can You Buy?

Let's briefly look at which versions of Meteor75 PRO O4 are available for purchase.

Meteor75 Pro O4 Brushless Whoop (PNP Version)

In this version, you need to connect the O4 unit yourself. This is a good option for those who already have the appropriate video system or enjoy assembling drones themselves.

Package includes:

• 1x Meteor75 Pro O4 (PNP version)
• 1x Dome for O4 Air unit
• 4x Spare GF 45mm 3-blade propellers
• 1x Type-C to SH1.0 adapter
• 1x SH1.0-4Pin adapter cable
• 1x HD cable SH1.0-6Pin
• 1x VTX antenna 5.8G
• 4x Damping balls
• 8x Damping balls for DJI O4 camera
• 1x DJI O4 camera mount
• 1x Shock-absorbing mount for DJI O4 camera
• 4x Phillips flat head screws M1.4*4
• 4x Phillips flat washer head self-tapping screws M1.4*10
• 4x Hex flat head screws M2*4
• 1x Phillips screwdriver

The package is quite extensive. We recommend assembling the drone at home under good lighting, as there are many small parts. Additionally, this is not something to rush.

Meteor75 Pro O4 Brushless Whoop (DJI O4 Version)

In this version, the drone is already assembled, which greatly simplifies the process for the user. This is a great option for those who want to take the drone out of the box and fly immediately, as well as for beginners who are just getting familiar with FPV.

Package includes:

• 1x Meteor75 Pro O4 brushless Whoop quadcopter (DJI O4 version)
• 4x Damping balls for DJI O4 camera
• 4x Spare GF 45mm 3-blade propellers
• 1x Type-C to SH1.0 adapter
• 1x SH1.0-4Pin adapter cable
• 4x Phillips flat head screws M1.4*4

Both versions have their advantages, so the choice depends on your needs and preferences.

New Features in Meteor75 PRO DJI O4

Flight Controller: Matrix 1S 3IN1 HD FC

One of the major updates is the new flight controller. Betafpv previously had models that could fly with the O4 unit, but they had issues: rapid battery drain and unexpected unit shutdowns during flight when throttle was suddenly increased.

In the new version, the manufacturer has eliminated these drawbacks. Now the unit works as long as the drone has sufficient energy for flight. According to tests, the unit shuts down at a voltage of 2.4V-2.3V.

Matrix 1S 3IN1 HD FC is specifically designed for 1S HD Whoop drones. It is created exclusively for FPV operating on a digital video system, as it does not support analog OSD. The controller combines FC, ESC, and ELRS 2.4G RX. Thanks to improved BEC and ESC modules, Matrix 1S 3IN1 HD FC ensures stable power supply to the video system throughout the entire flight.

Motors, Propellers, and Frame

Meteor75 Pro O4 is equipped with 1102-22000KV motors and GF 45mm 3-blade propellers. This combination provides an optimal balance between power and efficiency, allowing pilots to smoothly control the drone and obtain high-quality video using the DJI O4 Air Unit.

According to the manufacturer, the drone, powered by a LAVA 1S 550mAh battery, can fly for approximately 5 minutes and 30 seconds.

Updated Canopy and Frame

The new frame has an increased motor-to-motor distance — 80.8mm compared to 75mm in the standard Meteor75 PRO version.

The canopy is designed to accommodate the camera along with mounting and anti-vibration system. The new design allows adjusting the camera tilt angle from 10° to 30°. This enables both smooth cinematographic flights and high-speed flights with extreme maneuvers.

The update has also significantly reduced sensitivity to vibrations, eliminating the common "jello effect" in videos.

DJI O4 Air Unit Lite Video System Overview

DJI O4 Air Unit Lite is a lightweight version of DJI's digital video system, specifically designed for micro drones. It provides high-quality video with minimal weight, making it an ideal choice for compact FPV drones like TinyWhoop.

Main features of DJI O4 Air Unit Lite:

Maximum resolution: 4K @ 60 frames/s

• Field of view: 117.6°
• Video latency: from 20 ms
• Weight: 8.2 g (with camera)
• Built-in memory: 23 GB (no microSD slot)
• Transmission range: up to 10 km (FCC), up to 6 km (CE)
• VTX power: 50mW, 100mW, 200mW, 400mW, 700mW

Who is DJI O4 Air Unit Lite suitable for?

This video system is perfect for micro drones where minimal weight and compactness are important. It provides quality images with low latency but has limited transmission range and internal memory without expansion capability. If you need better video quality and longer range, consider the Pro version, but it's designed for larger drones and costs significantly more.

Brief Technical Specifications of Meteor75 Pro O4

• Motors: 1102-22000KV brushless
• Propellers: 45mm 3-blade Gemfan
• FPV camera and video transmitter (VTX): DJI O4 Air Unit
• Frame: Meteor75 Pro Brushless Whoop Frame (7.73 g)
• Motor base: 80.8mm
• Power connector: BT2.0
• Weight without battery: 37.20 g
• Weight with battery: approximately 51.20 g
• Flight time: up to 5 min 30 sec (with BT2.0 550mAh 1S battery)

Smaller Brother

If you need a smaller drone, the manufacturer offers Meteor65 Pro O4. It's more suitable for indoor flights, such as in houses or hangars, where there's no external influence on the drone's aerodynamics. However, even a light wind can become a serious obstacle for this quadcopter, so comfortable flights outdoors in windy conditions will be impossible.

We won't do a full review, but just compare the specifications in a table.

Conclusions

BetaFPV has really put in the effort. The new controller allows pilots to enjoy a quality picture during TinyWhoop flights. The drone has good characteristics for flights in large indoor spaces, as well as in favorable weather conditions outdoors.

According to rumors online, there are sometimes stabilization issues, especially in open spaces. However, these are likely isolated cases, so there's no need to worry too much. It's important to note that this drone responds more smoothly to throttle and turns during flight, making it more convenient to control, especially for beginners.

Features of the PNP Version Package

For Meteor75 Pro O4 (PNP version), where you need to connect the O4 unit yourself, there's no paper manual included. However, the manufacturer has taken care of this by posting a video tutorial on the official website. Link: BetaFPV Meteor75 Pro O4 PNP.

The drone is equipped with its own stabilization system that handles its task well. Thanks to this, the image remains clear during stunts. However, be prepared that after a fall, a "jello effect" may appear in the video, so it's a good idea to stock up on consumables in advance: frame, canopy, and propellers.

Is It Suitable for Beginners?

If you've just transitioned from a simulator to a real drone, Meteor75 Pro O4 may not be the best choice. The front part of the canopy is quite flexible, and with hard impacts, the camera can touch the VTX. In the case of a strong collision, this can lead to a video transmitter failure. The camera is connected to the board through an adapter, and such connections are often a weak point. Fixing this yourself will be difficult.

Perhaps the problem could be partially solved by securing the connector with non-conductive glue. This would strengthen the camera mount and reduce the risk of breakage.

Flight Time

The manufacturer claims that the flight time is up to 5 minutes and 30 seconds. However, in real conditions, it depends on the flying style:

• Indoors, with a calm style – up to 5 minutes.
• In acro mode – 3-4 minutes.
• In open space, where there's wind influence – approximately 3 minutes.

Flight characteristics slightly lag behind lighter TinyWhoops with analog video, as the weight here is twice as much.

Is It Worth Its Cost?

If you're looking for a TinyWhoop on 1S batteries with a DJI digital video system, then Meteor75 Pro O4 is a good choice. However, if you need a more powerful option, consider 2S drones.

As a training drone, it's not quite suitable. The cost of $200 can be a barrier for beginners who haven't yet decided if they'll engage in FPV as a full-fledged hobby. Also, consider that drone repair can be expensive due to the digital system. Therefore, if you're just starting out, it's better to look at analog models. However, if your budget allows and you're not afraid of possible breakdowns, this drone will provide excellent video quality.

Thank you for visiting us! I hope this article was interesting for you. Stay with us – there's still much more new and interesting content about the world of FPV ahead!

Source of images and technical specifications: Official BetaFPV website