UAV MARKETPLACE - Blog #FPVDrones

Essential Components Needed To Build A Complete Drone (Beginner To Pro Guide)

Fri, 30 Jan 2026 05:55:49 +0000

1. What Is A Drone Parts Kit?

A kit for drone parts contains either all or most of the major components necessary to make an entire drone from nothing (not pre-assembled). In contrast to pre-assembled drones, users using a kit get to see the whole process from beginning to end; how to build it, how to operate it, and how to understand how it all works. These types of kits offer lots of room to learn and experiment, while also giving users a good degree of customization for those user types (beginning and experienced).

Using a kit from FPV Racing Drone/Drone Parts Kits will provide experience learning about all of the different pieces (frames, motors, ESCs, flight controller, battery, and FPV) and how they work together to achieve a stable and functional drone. Along with providing experience with using a kit to learn various aspects of technology and improve users' skills of problem-solving; troubleshooting is significantly easier in the future when a user has build their own or one that they put together with parts from kits.

Examples of how people use kits for their drones include: FPV Racing and Aerial Imaging, Training, and Hobby Flying. Because kits will allow users to build drones that meet satisfying all requirements and expectations for flying styles, performance expectations, and financial investments.

2. Drone Parts Kit Essential Components:

a. Frame

The frame is the foundation of a drone and is used to hold all components of the drone together. The frame also determines the size of the drone, how durable the drone will be, and how strong the drone will be.

b. Motors

The motors provide the power to lift the drone up in the air by providing the ability to pull down on the drone via the propellers.

c. Electronic Speed Controllers (ESCs)

The ESCs control the pseed of the motors by receiving signals from the flight controller and sending power to each motor at a regulated rate.

d. Blades

There are multiple blades that allow for both lift and movement. There are a variety of factors that influence the characteristics of the blades, which include: Button size and pitch of the Blade(s) – which directly impacts both speed, stability, and efficiency of flight.

e. Flight Controller

The Flight Controller is the Actual controller (Computer) of the drone. The flight controller is responsible for receiving and analyzing sensory information, and controlling the direction, balance, and stability of the drone.

f. Battery and Charger

The Battery is used to supply power to the drone. The Battery charger allows a person the ability to charge the LiPo (Lithium Polymer) batteries safely and efficiently.

g. Remote Control / Transmitter

The Transmitter provides the user with the ability to wirelessly control the throttle, direction, and flight mode of the drone by means of the transmitter.

h. GPS receiver

The GPS Module provides the user with the ability to locate and track the drone, the ability to return-to-home, and provide stable navigation when flying in advanced Modes.

i. FPV Camera and Antennas

FPV provides Real-time video feed of an Image from the drone to either the FPV goggles or the LCD screen and is an immersive experience of flying.

j. Landing Gear

The Landing gear protects the drone when taking off or landing, by keeping the drone components above the surface when taking off or landing.

3. Types of Drone Parts Kits

a. Racing Drones:

These are light, fast drones with a lightweight frame and powerful motors. Designed for speed and agility, these components provide the ultimate flying experience for the racing community.

b. Camera Drones:

These drones are designed for professional photographers and videographers. They have a stable foundation for camera mounts so the user can take professional-quality stills or video.

c. Mini/Micro Drones:

These drones are small and can be flown indoors. These kits are good for beginners to learn basic flight skills.

d. FPV Drones:

These drones come with all necessary components to allow the user to fly in real-time, use fpv goggles, and experience flight immersion.

e. RTF versus ARF:

RTF (Ready-to-Fly) kits come fully assembled and require no additional work from the user before flight. ARF (Almost Ready-to-Fly) kits require some assembly by the user before flying.

4. What Drone Parts Kit to Choose?

a. Beginner Kits are Available for New Drone Users

Beginners should stick with basic Beginner Kits, experienced builders may want more complex performance based customized kits.

b. What Tool do you want to Build? You Need to Choose Your Drone Parts/Drones Based on What Your Purpose is?

Racing, Photography, Learning to Fly, or long Distance Flying - choose drone parts based on your purpose.

c. Are All the Drone Parts Compatible with Each other?

Make sure all the drone parts in your kit work together or otherwise you will have trouble installing them.

d. Is Everything You Need to Fly a Drone Included With Your Kit?

Be Sure all the essential components of a drone (Motors, ESCs, Flight Controller, etc.) are included in your kit or available for purchase separately.

e. Trustworthy Drone builders make Quality Drones, so Pick Trustworthy Companies.

Read reviews from other customers on the companie's websites and find out if that kit worked for other people before making a purchase decision.

5. The advantages to creating a drone from a kit include the following:

a. Learning Opportunity

When you build your own drone, you gain an understanding of electronic components, mechanics of flight, and how the drone works in the air.

b. Personalized Builds

Your drone can be customized to meet your personal preferences (e.g., how you plan to fly and what you want your drone to do) and price restrictions.

c. Cost Savings

Buying parts to create your own drone from a parts kit typically costs less than purchasing a finished drone that meets all your requirements.

d. Simple Repair/Upgrade

You can easily replace or upgrade each component of your drone without having to replace the whole thing.

6. Do's and Don'ts When Buying a Drone Parts Set

a. Check for Compatibility

When you purchase a drone part, it's essential to ensure that it is compatible with your drone. Otherwise, you run the risk of either having subpar flying capabilities or a completely unusable drone.

b. Know What You're Getting

Most drones come in one complete kit and very few drones come with multiple parts or subassemblies. Many people end up paying more for parts because they weren't aware of what additional items would be included.

c. Don't Go Cheap

Cheap parts are almost always inferior in quality and will not last as long as more expensive ones and are also at risk for failure while flying.

d. Check Out User Reviews and Continue to Research Until You're Ready to Buy

Researching prices and product performance before making any kind of drone purchase helps to ensure that you're not making an expensive mistake by buying a cheap part.

7. Safety & Legal Concerns

a. Following National Drone Regulations:

Follow national drone regulations, such as maximum altitude, restricted areas, etc.

b. Avoid Close Flying Near Other People:

Fly only in open areas and remain far away from all other people (including buildings or vehicles)

c. Maintain Visual Line of Sight:

At all times, keep the drone in view to assist with controlling the drone and having clear understanding of current conditions.

d. Drone Registration and Identifying Pilots as Required:

Some jurisdictions have drone registration and pilot identification requirements for drone pilots operating heavier drones.

e. Never Fly if Battery is Swollen or Damaged:

Failure of a drone due to a swollen or damaged battery can lead to mid-air failure of the drone and potentially catch fire.

8. Step-by-Step: How to Build a Drone

Step 1: Frame Assembly

Securely fasten all arm connections as well as both the top and the bottom of the frame to make sure that there is little to no flex or give at the connection points.

Step 2: Install Motors

Install the four motors using the appropriate screws for each of the arms and route the motor wires toward the center of the frame to maintain a clean and organized look for your completed drone build.

Step 3: Install Motor Controllers (ESCs)

Connect each motor to its electronic speed controller (ESC); if you are using a 4-in-1 ESC, bolt it to the frame and connect the wires from the ESC correctly to the battery connector.

Step 4: Install and Connect the Flight Controller

Mount the flight controller with vibration-dampening pads on top of the ESC and connect the ESC signal wires to the flight controller for normal operation of the motors.

Step 5: Connecting Receiver To Flight Controller

Use a UART port to connect radio receiver and flight controller together; this enables communication between transmitter and drone.

Step 6: FPV System Installation

Mount the fpv camera on frame; connect camera to VTX. Antennas should be securely attached for quality video transmission.

Step 7: Battery Setup / Power Connection

Attach battery strap to frame; use either xt60 or xt30 connector to supply power. Make sure that battery is securely attached and will not move during flight.

9. Conclusion

If you want to get away from buying off-the-shelf drones and learn more about how a drone works, you should purchase a drone parts kit. You will be able to build a drone from scratch, which provides you with a significant amount of hands-on experience and allows you to understand how each major component (frame, motors, flight controller, FPV, etc.) works together.

You can also select a kit that meets your skill level and intended use so that you have an easier time building your drone and obtaining a better performing drone! Generally, a drone parts kit gives you flexibility, easy customization and upgrades, which makes them great for either learning, flying as a hobby, or becoming more skilled or professional.

Boost Your RC Performance With The Radiomaster Micro/Nano 4-In-1 Module – Here’s How?

Wed, 10 Dec 2025 09:53:34 +0000

Introduction:

The RADIOMASTER Micro/Nano 4-in-1 JR & Nano Module provides remote-control (RC) hobbyists and professional drone pilots with a high-quality, flexible and reliable transmission system, capable of supporting multiple protocols, allowing the connection of different receivers, and providing stable operation in a variety of flying conditions. The RADIOMASTER Micro/Nano 4-in-1 JR & Nano Module provides RC hobbyists and professional drone pilots with the ability to connect and operate with a large variety of receivers, and to enhance the performance of their radio transmission systems and enjoy uninterrupted connectivity when flying their FPV drones, RC aeroplanes, RC helicopters, RC gliders and/or surface models. This article will explain both the technical and operational characteristics of the RADIOMASTER Micro/Nano 4-in-1 JR & Nano Module.

The following items will be discussed:

a) What is the RADIOMASTER Micro/Nano 4-in-1 module?

b) The RADIOMASTER 4-in-1 module specifications (listed in a table format).

c) The RADIOMASTER 4-in-1 module's key features.

d) How to use the module.

e) Where the module can be used.

f) Why the RADIOMASTER 4-in-1 module has become the industry's number one choice for RC pilots.

1. What is the RADIOMASTER Micro/Nano 4-in-1 Module?

The RADIOMASTER Micro/Nano 4-in-1 Module is a multi-protocol receiver frequency module for many different brands of RC receivers. The four RF chipsets are combined into one unit and allow users to connect with hundreds of different RC models without the need to change any hardware.

a) FPV pilots and RC enthusiasts alike favour the RADIOMASTER Micro/Nano 4-in-1 Module for a number of reasons:

It utilizes a variety of protocols
It has stability and long range
It works with many of the most common RC transmitters on the market
It is lightweight and easy to install

b) It is also available in two different form factors:

JR Module (micro size, designed to fit all JR Modules)
Nano Module (smaller design, fits all Nano Modules)

Internally they function the same, the only difference is the size of the modules based on what transmitter you are using.

2. Key Features:

The following are the primary features of this module.

a) Versatility with 4 different protocols:

Many different types of receivers are supported; they are Frsky D8/D16, Futaba SFHSS, Flysky, DSMX/DSM2, Hubsan, Eachine, Syma, WLToys, and more.

b) Easy to Connect:

It will work with virtually all transmitters which have a JR or Nano-type connector.

c) Firmware can be updated:

The firmware can be updated to give you the most current protocols and to improve the functionality and performance of the module.

d) Exceptional RF Power and Range:

A strong transmission signal ensures that you can fly your model in a stable and predictable manner and have an extended range.

e) Compact and Light Weight:

The module is compact, lightweight, and does not add unwanted bulk to your transmitter.

f) OLED Display (on some models):

Some models include an OLED display that makes it easier to program and adjust the settings of the module.

g) Perfect for FPV / radio control pilots:

Perfect for flying drones, fixed-wing planes, RC cars, and toy-grade planes.

3. Product Specifications (Professional Table Format):

Specification	Details
Product Type	RF Module (Multi-Protocol)
Product Variant	Micro / Nano 4-in-1 Module
Chipset	CC2500, NRF24L01, A7105, CYRF6936
Protocols Supported	60+ protocols including FrSky, DSMX, Flysky, Futaba SFHSS, Hubsan, WL-Toys, Syma, Eachine, JJRC, etc.
Operating Voltage	4.5V – 8.4V
Operational Frequency	2.4GHz ISM Band (2400–2483 MHz)
RF Output Power	+20 dBm (approx. 100 mW)
Operational Current	≈100 mA
Weight	30 g (without antenna)
Dimensions	734222mm (without antenna)

4. The instructions below give instructions on how to properly use the RADIOMASTER 4-in-1 Module.

RADIOMASTER 4-in-1 Module Setup:

The 4-in-1 module is very easy to set up and use by anyone, including new users. The following is a step-by-step tutorial for installing and setting up the module on your transmitter.

a) Step 1 - Select The Correct Size Module:

If your transmitter has a JR sized module bay then select the Micro/JR version. If your transmitter has a Nano sized module bay, select the Nano size module.

b) Step 2 - Inserting The Module:

To insert the module into the transmitter simply slide the module into the module bay until it locks securely into place.

c) Step 3 - Select MULTI OR Multi-Protocol Mode:

On the transmitter (for example - OpenTX or EdgeTX) go to Model Setup then scroll to External Module and select the correct setting, MULTI or Multi-Protocol.

d) Step 4 - Choose The Protocol You Want To Bind To:

The protocol you select will be determined by the manufacturer of your receiver (e.g.- FrSky D8, DSMX, FlySky AFHDS, etc.).

e) Step 5 - Bind To Your Receiver:

Turn on your receiver in bind mode and press "Bind" on your transmitter. Wait until the LED light on your receiver indicates that binding was successful.

f) Step 6 - Perform A Range Test:

Before you attempt to fly or drive your model, always test the following:

The signal strength, the positioning of your antennas, and how your model responds to the controls.

g) Step 7 - Flying Your Model:

Once you have bound the model to your receiver, your model should be ready to use.

h) Step 8 - Check For Updates:

Periodically check for updates to your firmware. By updating your firmware you will gain access to additional protocols and improve the performance of your module.

5. What Types of Applications Are Possible With the RADIOMASTER 4-in-1 Module?

The RADIOMASTER 4-in-1 module is a very versatile module. It can be used in numerous types of applications including, but not limited to:

a) FPV Racing:

The best application for freestyle, racing, long-range etc... drones.

b) RC Airplanes (Gliders, aerobatics, DIY wings):

Excellent choice for any RC airplane use.

c) RC Helicopter (Helicopters):

Superior signal performance and stability improve pilot control accuracy.

d) RC Cars - Off-Road Vehicles:

Excellent choice of module for drifting & speed running with RC vehicles.

e) Toy Grade Models:

Many toy-grade quadcopters and other RC toys can now utilize protocols that the RADIOMASTER supports.

f) Hobby Projects and DIY Robotics:

The RADIOMASTER will also help hobbyists and robotics students develop custom RC systems.

6. The 4-in-1 module created by RADIOMASTER is well received by many remote control pilot users because of the following professional reasons:

a) Support for more than 60+ Different Protocols

The large range of supported protocols allows you to operate virtually anything without purchasing new transmitters.

b) No-Hassle Set-Up

Very user-friendly. Designed to work with most transmitters

c) Price-Friendliness of One Controller

Instead of needing multiple transmitters you can use one transmitter + this module.

d) Great for the Hobbyist Who Owns More Than One Type of Vehicle

Many remote control pilots own:

Drones
Airplanes
Cars
Boats

As this module supports all four types.

e) Stable long-range signals to provide a reliable link in open fields and complex environments.

In addition to constant firmware updates to keep the module current and future-proof.

7. Advantages of Using a 4-in-1 RF Module:

Here are the reasons a 4-in-1 module is better than single-protocol modules:

Single Protocol Module	4-in-1 Module
Works with only one receiver brand	Works with 60+ protocols
Limited flexibility	Unlimited model compatibility
More expensive long-term	Cost-effective
Less convenient	Very convenient
Requires multiple transmitters	One radio for everything

This makes the RADIOMASTER module an essential upgrade for any serious RC pilot.

8. Recommendations for Safe Usage of the Module:

To help ensure the module's safe operation:

a) The operator must perform a test range prior to all flights,

b) Use an antenna before any flight,

c) Refrain from flying in close proximity to people or obstacles,

d) Regularly check for updated firmware and

e) Maintain updated battery level indicators on all transmitters.

9. Conclusion:

The RADIOMASTER Micro/Nano 4 in 1 JR and Nano Module is the hot choice of RC enthusiasts. It supports over 60 protocols, delivers long-range capabilities and provides superior connectivity. This module is designed for use by anyone from beginner to expert level.

This module is unique because it allows the user to use only one transmitter on all of their aircraft, whether they are flying FPV drones, planes, helicopters or racing cars. In addition, the regularly updated firmware for this module enables the user to link as many aircraft or vehicles as possible to their single transmitter over time.

The versatility, performance and capability of this module to control multiple models from a single module makes RADIOMASTER's 4 in 1 module the best choice.

From Cinemas To Weddings: How Drones Are Changing The Film Industry

Tue, 02 Dec 2025 12:35:54 +0000

Drone Filming Revolution:

In recent years, there has been a significant change in how the world of visual art works through aerial photography captured via Unmanned Aerial Vehicles (UAV). Originating as an emerging phenomenon in Hollywood, UAV's are now being integrated into nearly all facets of filmmaking across the globe, including Bollywood, where drone videography is gaining popularity for producing stunning cinematic images that until now would have been too cost-prohibitive or otherwise impractical to accomplish without the assistance of UAVs.

Aerial videography using drones has transformed the film industry by making higher-quality images more readily available than ever before. All aspects of filming, from the producer's POV to small wedding studios, have incorporated the use of UAVs for shooting movies or events previously limited only to crews with expensive equipment. Top trends within the Indian film industry include UAV technology, Cinematic Drone Footage, Wedding Drone Photography, FPV Drone Footage and more.

1. Aerial Video Creativity Entering A New Era | Drone Video Making In India

Only ten years ago, an aerial shot could only be made by using a helicopter, crane, large amounts of rigging, and a significant sum of money. Today, drones have made it possible for filmmakers to create stunning aerial videos with a minimum amount of money and no constraints on how to use them.

Drones have changed from a recreational device used by people who simply wanted to have fun flying, to becoming an accepted method of filming in the following:

Films
Commercials
Music Videos
Documentaries

Weddings
Pre-wedding sessions
Visuals of Real Estate
Travel Content
Event Coverage

India's need for sophisticated drone video production has increased by over 300% in a few years. As a result, India now ranks among the fastest-developing countries for drone video production.

2. Drones Used Today in The Movie Industry: A Drones In The Film Industry – A Drones In Professional Videos:

Digital technology is being utilized in the production of feature films and other high-budget motion pictures. The use of drones to achieve aerial cinematography is now commonplace in today's film industry. Within the field of digital video production, Drones are used for many purposes, especially in the production of feature films. The primary purposes for which Drones are used are:

a) Establishing Shots

For example, an aerial view of a large urban area, or of a large open space, e.g., a beach, and a small/village/city view, creating an establishing shot of an establishment/production. By taking an aerial view of an establishment, you as a viewer will be able to manipulate the perception of the audience regarding the entire area of the establishment, creating an impression of immersion in your film.

b) Action Scene(s)

Drones have the ability to allow film-makers to create exciting, action-packed scenes that convey the viewers to a more immediate action. Drones are an ideal vehicle for capturing fast-moving action, allowing film-makers the ability to create exciting scenes of cars, trucks, boats, and actors running away. (Drones do have First Person View (FPV) capability.) These types of drones can be used to achieve fast-paced action/chase scenes that offer the film-maker high accuracy of the drone's flying capabilities when working in tight spaces.

c) Motion Smoothness – Aerial Cinematic Video

Using gimbals that incorporate three axis to keep the image stationary, Drones can provide film-makers with a possibility of the stabilisation of the picture and maximising the overall smooth appearance of the motion while recording aerial Cinematic Shots, enhancing the emotional, romantic, and dramatic aspect of a scene in the film.

d) Aerial Views are Viewed from Above:

Drones are very good for taking photographs of the top view, particularly of dance choreography, crowds, and large tracts of land.

e) Shots that are Very Difficult to Get to:

Drones provide access to locations that would be otherwise difficult to reach or unsafe to access manually or with heavy equipment (for instance, the tops of cliffs, through dense forests, close to waterfalls, and throughout deserts).

Utilisation of today's drones is more than simply a tool to film, it is also a partner for those who create stories.

3. The Impact of Drones on the Global & Indian Film Industry

Drones have the ability to reduce film production costs, help film projects be finished faster and create new perspectives for film-makers, as well as provide more creative flexibility and increase safety when working on set, while at the same time allowing film-makers to shoot more with less staff on set or in production. As a result, the use of drones has become an integral component of Indian cinema in particular, with the emergence of Bollywood, Tollywood, Sandalwood, and regional OTT platforms growing in size and complexity.

4. Weddings: How Drones Became the Star of the Show:

Weddings in India have long been an extravagant affair, however in recent times, drones have paved the way to elevate the wedding industry to a whole new level of grandeur.

a) Aerial Wedding Photography

Drones can capture the following during your wedding:

Venue
Baarat
Fireworks
Stage moments

Couple arrival

Droning shots from around the site
Haldi/Mehendi Decoration

This style of videography provides a film-like experience for the viewer.

b) Pre-Wedding Videography:

Couples have started using drones for various pre-wedding videos, including:

Mountains
Beaches
Lakes
Droning shots that follow the couple
Romantic wide... shot

Because of this, most couples are able to produce a video that could easily be mistaken for a movie trailer.

c) Drone Light Shows:

The lighting effects generated from drone swarms have started to replace traditional firework displays at elite weddings using an environmentally friendly and safer means to generate a light source.

d) Dynamic FPV Wedding Shots:

FPV drones have the ability to fly through all major areas of wedding receptions smoothly, and create eye-catching videography of draping of the wedding venues, guests dancing, etc. These types of shots consistently go viral on social media platforms due to their modern and dynamic appearance.

5. Drones as Disruptive Technologies | Drone Benefits in Film:

Drones are changing filmmaking by providing:

a) Tubes are Cost Effective

A helicopter shoot can be completed with a drone at one-tenth of a traditional helicopter shoot price, which can range anywhere from ₹3-5 lakhs in some cases to around ₹20,000-40,000 using a standard drone.

b) Drones Offer Unlimited Access

Because of their ability to travel in any direction without road or transportation restrictions, drones can provide access to the specific location where you are filming without the need for all the delays that occur by car.

c) Portability

Being small and lightweight makes drones easy to transport for film crews.

d) Drone Safety

Drones can perform shots that may not be safe to use traditional methods.

e) Live View Monitoring

Using the camera in the drone gives directors and cinematographers a chance to monitor what is being filmed at any given time.

f) Drones Allow for Creativity

With their ability to fly in every direction (forward, backward, upwards, silhouetted, or horizontally), drones give film-makers unlimited shooting perspective options.

6. The Technology that Makes Drone Filmmaking Possible (and New Drone Technologies)

a) 4K/6K Cameras

Ultra HD films have increased the quality of the film by adding depth of detail.

b) 3−Axis Gimbal Stabilization

Professional-quality footage is captured without the issue of low frame rates.

c) Intelligent Flight Modes

Orbit Mode, Follow Me Mode, Waypoint Mode, and Active Track Mode all allow for perfectly composed shots to be captured automatically.

d) Extended Battery Life

Most modern commercial drones have the capability of flying for 30−45 minutes at a time.

e) Obstacle Avoidance Sensors

In the event that you are shooting a wedding or another event in a crowded place, these sensors will provide you with additional safety.

f) FPV Technology

Using FPV technology enables fast-moving, highly engaging, and immersive shots.

These technologies are why drone cinematography is currently the most popular method of cinematography in India.

7. Challenges Encountered During Drone Filming | Guidelines for Shooting With Drones in India

a) DGCA Permit:

Film sets typically need to obtain permits in Restricted Zones for flying by drone.

b) Weather Constraints:

High winds, rain, dust storms all disrupt the stability of a drone flight.

c) Battery Life Limitations:

For long video shoots will require several batteries.

d) Safety:

Weddings have large crowds, so it is imperative to have trained piloting operators.

e) Noise and Privacy Issue:

Some areas have restrictions on flying a drone. However, through careful planning and their experience, the professional drone operator often finds ways to overcome these limitations.

8. The Future of Drones In The Wedding And Film Sector | Evolution Of Drone Filming:

Here are some exciting developments on the horizon with drones and their impact on movies and weddings. Below are a few anticipated future developments:

a) AI Based Automated Drone Shots.

b) Ultra Light 8K Cinema Grade Drones.

c) Indoor Tracking FPV (First Person View) Drones.

d) Drones Used As A Swarm For Cinematic Filming.

e) Real-Time CGI Integrated With Drone Footage.

f) Weddings Fully Automated By Drones.

g) VR Drone Filmed Movies.

Within a short period from now, drones will become just as commonplace as camera tripods in all Indian wedding venues and Film sets.

9. Summary: The Future of Filmmaking through Drones:

Drones have revolutionized the way people create films. In addition to providing filmmakers with creative options, they have also opened up new ways to create films that never before existed.

Over the last few years, many filmmakers have begun using drones in their projects. Drones are becoming more popular with filmmakers and production companies all over India; as a result, India is beginning to emerge as a world leader in drone filmmaking. In addition to being more widely used by film producers than they were before, drones will continue to evolve, making drone technology safer, cheaper, and more intelligent than ever before. As a result of these advancements, the use of drones in the film industry will continue to expand.

Drones are going to be a major part of the future of the film industry. They are going to be used more and more in filming and creating films, and as such, the number of films that include drone footage will rapidly increase over the coming years, and this growth will take place in every genre of film.