A Drone camera could not just merely be a useful and interesting gadget but it could also be a great gifting option only if it comes at an affordable price. When it comes to affordable but useful products, Khojdeal’s team always be there to serve you the best of the best. So today we brought you the best drone camera in India that too under Rs. 5000.
Sound Interesting? YEAH!! but how it is an expensive thing that people use it do film making and taking eye-pleasing shots from the sky to explore and showcase the entire beauty of the earth with different camera angles.
As you we don’t just brag, we show you, and comes with actual possibilities. So if you’re looking for the best drone camera under 5000 in India then you’re just at the perfect place to find in-depth knowledge about drone cameras and what are the best ones that you should go for.
We all know that flying a drone is an enjoyable experience in itself, plus the amazing footage you would capture would make it a much more fun experience.
Drones have come into the mainstream during the past few years due to better accessibility and flight technology reaching newer heights. From a thousand dollar drones to more reasonable, less powerful ones, the drone industry has come a long, long way.
Best Drone Camera Under 5000 in India – List
So after countless hours of research, we handpicked some top of the line drone camera that you may or should consider.
Best Drone Camera Under 5000 in India – Reviews
We selected these drones on the basis of their battery capacity, flight controller stability, camera quality, and other several factors that you should look at while buying a drone camera in India.
You’ll find the buying guide at the end bottom which will help you choose the best drone camera in India under 5000.
Without further ado, let’s dive in to the list…
1. Shop 2 Ekart Drone Camera
- Captures crystal-clear video & photography
- Includes LED lights for night flying
- Note : Images & videos will directly store in memory card, no live streaming possible
- Moves up, down, left or right
- Includes side flight, hover, flip & hand launch capabilities
2. Amitasha Drone Camera: LH-X31Wifi-1
- Features: 1 Camera Mode, Selfie, Air Pressure Set, Auto Return, Headless Mode, 2.4 GHz RC, Roll 360 Degree Flight, 6 Axis Gyro and Light
- Camera – 0.3MP HD
- Flying Height – Upto 35 mtrs,
- Flying Time – 10-12 min
- Weight – 0.310 Kgs
- Drone Battery – 3.7V 500mAh Battery (Not Included)
- Remote – 4 AA Battery (Not Included)
- Pack Contains: Quadcopter, Transmitter (Remote Control), Mobile Stand, 4 Installed Propeller, Spare Propeller, 4 Drone Support, User Manual, USB Charger, Camera
- NOTE: Charge the battery for 40 minutes before use.
3. Amitasha Drone Camera : LH-X16Sada
No products found.
- Camera: Yes
- Flying Height: 35 Mtrs
- Flying Time: 8-10 Min
- Weight: 294gm
- Charging Time: 40 Min
- Wi-Fi Camera, Auto Take Off and Landing , Auto Hover , 360° Stunt Flip Action, Easy Flight Control , Speed Control and Headless Mode
- Drone Battery – 500 mah, 3.7V li-Po (Not Included)
- Remote Battery – 4 x AA Batteries (Not Included)
- NOTE: Charge for At-least 30 min Before Use
4. Nano Drone Camera
- Flying time – 8 mins
- Flying Height from ground – 50 feet
- Net Weight – 70 grams
- Frequency: 2.4GHz
- Remote Controller included
- Camera – 2 megapixel HD
5. Jack Royal Drone Camera: X23W
- HD camera
- Hover Function
- FPV Live Stream, APP Control, Waypoint Control, Gravity Control Mode, Head Less Mode, Double Protection, 360° Flip Over and LED Navigation Lights.
- Frequency : 2.4GHz 6 Axis Gyro 4 Channel RC Drone.
- Drone Weight: 400 grams (FAA Registration NOT Required)
- Battery of : 3.7V 500mAh lipo Battery.
- Battery of Controller: 4 X 1.5V AA Battery (Not included)
- Charging time: About 130 minutes.
- Flying time: About 7 minutes.
- Controlling distance: About 70 meters
6. Jack Royal Drone Camera : FPV
- Battery Capacity: 1000 mAh, 3.7 Volt LI-PO (Included)
- Transmitter Battery: 3 x 1.5 AA Batteries (NOT Included)
- 2.4GHz Radio, Wider Control Range
- Anti-Interference of Wind and 2 Speed/Rudder Modes with One Key Return Function
- Camera – 1.3 MP 480 P Camera
- Weight – 0.30 kg
- Flying Time: 8-10 minutes
- Flying Height – 50 meters
- Function: Ascend/Descend, Turn Left/Right, Side Fly, Hovering,Hand Launch, 360° Degree Rolling, LED Light. Video Record and FPV Real Time.
- Charge For At-least 60-80 min Before Use.
7. Jack Royal Drone Camera – Vision
- Camera – Yes
- Flying Height – 40 Mtrs
- Flying time: 8-10 Minutes
- Weight – 300Grams
- 4.5 CH with Gyro / up and down, forward and backward, left sideward and right sideward, hovering slip function, LED interface, 3D roll action, take picture and video
- App Control & First-Person View (FPV) Video on Your Smartphone/Tablet
- Includes: 1 Camera Drone with Propeller, 1 Remote Controller, 1 Mobile Holder, 4 Extra (Additional) Wings, 1 USB Charging Cable, 1 Screw Driver and 1 Mobile Holder
8. Toyify Drone Camera
- Camera – Yes – 480p
- Weight – 0.30 kg
- Flying Time: 10-15 minutes
- Flying Height – 50 meters
- Battery Capacity: 3.7 Volt LI-PO (500 MAH , Included)
- Transmitter Battery: 3 x 1.5 AA Batteries (Not Included)
- Features: 360 Roll, One Key TakeOff/Landing, Headless Mode, Altitude Hold, 2.4GHz, Light, Hovering, Take Photos and Videos.
- You Can use mobile app to control the drone even from remote also ,2.4GHz Radio
- Wider Control Range and Anti-Interference of Wind.
- Charge For At-least 60-120 min
So this was the list of drone cameras price in India under 5000. If you just want to kick start your filmmaking career or as a hobby by recording engaging footage with aesthetic drone shots, you can start with the above-listed drone cameras as this won’t exceed your Rs. 5000 budget.
Drone Camera Buying Guide
1. Ease of use
Those who approach drones for the first time probably wonder how easy it is to fly them, while those who already know how to operate these radio-controlled devices are interested in knowing what types of commands can be given to them.
This is why we group under the label “Ease of use” all the features concerning the piloting of drones, which are of interest to both beginners and experts. So, let’s consider what type of remote control the drone has, what commands it supports and if there are functions that facilitate the maneuver.
a. Remote command
Depending on the model, a drone can be controlled by a special remote control or through an app for mobile devices. The first of these two cases is the most common, and even if once the diffusion of remote control via smartphone application was reserved for medium-high range models, today it is also possible to find several economic models that allow their use.
For beginners, a drone with a dedicated remote control is definitely preferable, as these are more intuitive to use, especially when it comes to motor coordination. Normally these remotes have two sticks, similar to those of the controllers of the main consoles, and a variable number of buttons.
Where there is an integration with mobile app, this usually offers a slightly more limited range of commands, but adds the possibility of taking advantage of the FPW function, or First-Person View, which allows you to shoot videos and take photos by viewing in time as real as framed by the drone camera.
The commands that can be given to a drone to make it fly are always basic four.
- Throttle: this is the command that adjusts the speed of the propellers, and the faster they spin, the more the drone gains altitude
- Pitch: This control adjusts the forward and backward movements of the drone
- Roll: serves to regulate lateral displacements
- Yaw: with this command the drone rotates on itself
The slightly more sophisticated models also provide a fifth command, called “trim”: with this it is possible to adjust the attitude of the drone, to make it fly perfectly horizontal or with a particular inclination.
There are two main functions that can be found on a drone: automatic return and “headless mode”.
The automatic return function is only present on drones equipped with integrated GPS, which is used to memorize the take-off position and then be able to return to it once the command is received.
To explain headless mode, we must instead dwell on a somewhat more complex explanation. Even if it does not seem, in fact, the drones have a front and a back, usually distinguished by the color of the blades or in any case by the presence of inserts or colored lights. It is important to always be able to distinguish the front and rear of the drone because all the commands given are related to the orientation of the aircraft. For example, if the front of the drone is facing the pilot and the pilot gives him the command to move to the right, the drone will move to the left of the pilot, which is the right of the drone.
As it is easy to guess, piloting a drone in these conditions is not very simple, both because it is not always possible to distinguish lights and colors from the distance, and because it is easy to lose focus and give a wrong command. To facilitate piloting, the headless mode was born, literally “headless mode”: when this mode is activated, all the movements of the drone are relative to the position of the pilot and not to the head of the drone, which thus becomes irrelevant for the purposes of orientation. This function is widespread and is now also found on lower-end drones, indeed, paradoxically, some high-end models do not yet support it.
Not so widespread is the “follow me” function: with this the drone keeps a constant distance from the remote control, following its movements like a dog.
Finally, remember that of course the remote control also needs power: this is normally entrusted to normal batteries of different types depending on the model, even if alkaline batteries are very often required. The batteries are not usually supplied with the drone at the time of purchase, so you will have to get them separately: both the classic disposable and rechargeable batteries are fine.
The second thing you have to ask yourself is how long a drone can fly. For those who do not know, we must immediately specify that we must start with rather low expectations: even the highest range models hardly fly for more than 30 minutes.
At the other extreme, the cheaper models also have less than 10 minutes of battery life. This is due to the fact that a lot of energy is required to power the drone’s motors and support its weight in flight, and the ratio between power and lightness of a battery is currently not particularly efficient. The batteries used on drones are naturally the lightest currently available, namely those of the Li-Po type, lithium polymer, or Li-Ion, lithium ion.
We have already mentioned what flight times we should expect from a drone, but we can still consider some characteristics of the battery to understand what performance to expect.
The battery voltage has a direct relationship with the power of the rotors, and therefore with the altitude and / or speed that the drone can reach. The higher the voltage, the bulkier the battery will be, so we can say that on the more compact models we will find low voltage batteries (3-4 V), while on the larger drones we will find more powerful ones (14 V or more in the case of drones for industrial use).
Battery amperage, expressed in mAh (milliampere / hour), indicates the amount of energy the battery can store. A greater capacity may indicate a longer autonomy, but everything must naturally be related to the size and weight of the drone: a large drone will necessarily need a greater supply of energy, since it will consume it faster than smaller models.
c. Charging times
The time required to fully recharge the battery also depends in part on the amperage: it is obvious that the greater the battery capacity, the longer the recharging times can be. We must say that, in any case, the recharge times are always longer than the flight autonomy, ranging from 90 minutes to three hours. In some cases, the battery is integrated, and it is therefore not possible to keep a spare charge so as not to have to interrupt the flight for a long time. In other cases, however, it is possible that the manufacturer offers the possibility to buy spare batteries separately, an important factor to consider if you are looking for a model that can fly for longer times.
d. Flight distance
In terms of performance, flight distance is another parameter to consider. Drone remote controls usually transmit on 2.4 GHz, and of course the antenna power varies from model to model: drones for private use have a range of 300 to 800 m.
Some models with integrated GPS also allow route planning pre-flight: in this way the drone, once taken off, flies with the “autopilot” on the pre-established route, and in this case, it can reach much greater distances (some industrial models even fly up to 50 km away). However, it should be remembered that currently by law the drone must always remain within the user’s field of view, and that to shoot in an urban environment it is necessary to request permits from the authorities.
One of the main attractions of the drone is that, almost always, it is already equipped for photography and aerial shots, unlike model aircraft. It is therefore not only fun to fly the drone itself, but also to practice shooting shots and sequences filmed from otherwise impossible angles. the possibility of replacing it with another device (typically an action cam). So, let’s summarize the characteristics to pay attention to.
Of course, first you will want to know if the camera supplied with the drone, whether fixed or not, can take good quality photos. Keeping in mind that any integrated camera will have a 1 / 2.3” sensor, the same as digital cameras, the photographic performance will hardly be better than that of a modern compact camera. The number of pixels that you can find in a camera integrated in a drone ranges from only 2 MP to a maximum of 20 MP on very high range models.
Furthermore, in the entry level models, the cheaper ones, you will rarely find other characteristics specified, such as ISO or the viewing angle of the lenses. Only the best drones are sold already equipped with a good camera, with functions such as multiple shooting, the ability to choose between different resolutions and to set some technical parameters.
b. Video resolution
Secondly, you will evaluate the quality of the video footage taken by the drone. In this case, it is a question of considering at what definition and fps (frames per second) the video sequences are created, and whether or not it is possible to change the settings, so as to have, for example, lower resolution videos that also occupy less space on the memory card (which we’ll talk about shortly). Now even the cheapest drones offer shooting in Full HD or 4K, but the final results are often far from what one might expect by simply evaluating this technical data. For a quality shooting it is necessary to invest quite large amounts, while amateur drones can simply be a good way to train your piloting skills.
In many cases the memory card on which to save photos and videos taken in flight is not included in the package when purchased or, when it is, it is not very large (2 GB or a little more). The advice is therefore to buy a separate one, taking care to respect the maximum dimensions if indicated by the manufacturer. Micro SD memory cards are normally mounted on drones: the top-of-the-range models can mount cards up to 128 GB.
d. Mobile integration
We have already been able to see how in some cases it is possible to control your drone from a smartphone or tablet, simply by installing the free applications made available by the manufacturers. Very often, however, applications also allow (and in some cases only) to control the camera mounted on the aircraft: that is to say that it is possible to view the images taken by the drone in real time on the screen of your mobile device, decide when to shoot and when to shoot, share images immediately online. Seeing the drone’s “point of view” in real time is also useful for another reason: when it is not easy to follow the drone with your eyes, you can fly “in sight” orienting through the images transmitted by the camera.
We said that a camera can be integrated into the drone or taken apart and replaced with another camera. In both cases there is a further factor to consider, namely whether the camera can be oriented at different angles, on a support that is therefore articulated, or whether it has a fixed position. The ability to orient the camera at will clearly allow you to shoot and shoot at different angles, while a drone with a fixed camera allows less creativity in directing. The best models may also have a camera stabilizer called a gimbal included in the fixing system, or provide the possibility of mounting one.
The presence or absence of a stabilizer makes a big difference in the quality of the shots: the images are in fact very fluid, without jolts, precisely because the stabilizer actively compensates for the sudden movements that a drone in flight can be subjected to.
Finally, some technical considerations must also be made on the stability of a drone, naturally meaning stability during flight. The characteristics that we are going to enumerate are relevant both for those who want to learn how to fly their first drone, and for those who want to specialize in aerial shooting: learning to fly with a very stable drone is naturally easier, while to make good photos and videos the stability is a determining factor. Let’s go in order.
One of the main factors that determine the stability of a drone is the number of rotors it is equipped with. There are no longer any drones with only three rotors, the minimum is now that of four rotors. This type of drone is often called a quadcopter or, in English, quadcopter, and from the point of view of stability in flight it already offers satisfactory performance.
The only flaw is that, in the event of a malfunction of one or two propellers, stability is lost and the aircraft becomes almost unmanageable. Much better from this point of view the models with six rotors, the hexacopter or hexacopter. These are mid – range models, usually medium-large in size, which by the simple fact of having six rotors instead of four are in general more powerful, more stable even in windy conditions and better governable even in the event of one failure or two rotors. We can therefore recommend a drone of this type to those who want to specialize in aerial shooting, while a quadcopter is fine to learn to fly.
There are also eight-rotor models (octacopter or octacopter): these are however very large, very expensive, and mostly used in the film industry.
Among the technical specifications of a drone, you will always find the number of axes mentioned. In this case, it is the number of sensors that allow the drone to understand how it is positioned in relation to the surrounding space: at what altitude it is, if it is upside down, if it is accelerating upwards, downwards, sideways, etc. The trend of manufacturers is now to equip their drones with six axes, as a better knowledge of space allows the drone to fly more stable and safer. The drones of the previous generation, with three axes, are in fact more prone to overturning when they are made for example a very tight and fast curve, and they also hold up much worse in gusts of wind.
Finally, the most obvious of the factors that affect a drone’s stability is its size. It is not just a question of weight, for which a heavier object is obviously less sensitive to adverse weather conditions, but also of lift: larger blades in fact develop greater lift, and not only allow you to fly higher and faster, but also to maintain a better position under any circumstances.
For a drone, materials are important for at least two reasons. The most obvious is of course the weight: to fly a drone it has to be as light as possible. For this reason, the construction materials of the frame, the shell and the propellers must be very light: in the cheaper models it is simply plastic, while the more sophisticated ones are in carbon fiber. These two materials are also very different in terms of resistance: of course, plastic is softer and more brittle than fiber.
This is why it is also important to consider which and how many spare parts are included in the purchase of the drone: it is essential that there are some spare parts for the propellers, for example, which are the most fragile and subject to breakage parts. It is also important that there are protections specifically for the propellers, which can be mounted when you are learning to fly and when flying indoors, to protect in the latter case not only the drone, but also the furniture and people.
How to use a Drone?
If you have purchased your new drone but don’t know how to use it, don’t be discouraged as it is much simpler than it may seem. First you need to make sure that the battery is charged. Then power the drone with the appropriate USB cable or, if you have a model with AA or AAA batteries, get new ones, possibly rechargeable so you will avoid buying them continuously at a considerable expense.
After charging the internal battery or rechargeable batteries, equip yourself with an instruction manual and, if the drone can be controlled by smartphone, start downloading the application recommended by the manufacturer, usually free, through the virtual stores of the iOS or Android systems.
How to calibrate a drone?
Before starting to fly it is important to calibrate the device. Place the drone on the ground facing north, possibly in a place free of any electromagnetic interference such as in a garden or park. Take care to disassemble the propellers and disconnect the battery and only then turn on the remote control and connect the battery.
Wait for the pairing, i.e., the pairing between the drone and the remote control, to be carried out before starting the calibration procedure which consists in moving both analog sticks following this scheme: left joystick at the top right, right joystick at the bottom center. After this first procedure it will be necessary to raise the drone in flight and repeat the procedure, but moving the left joystick up to the left and the right one always in the lower center.
How to fly a drone?
Before starting to indulge yourself with your drone, it may be useful to perform exercises to learn to fly, especially if you are new to and have never done it before. Choose an open space, possibly without obstacles such as trees and buildings, make sure the batteries are charged and if you still don’t feel safe install some propellers to avoid damage if the drone falls on the ground upside down.
When everything is ready, start with takeoff, one of the simplest operations that can be done by lifting the left joystick. Immediately after, instead of starting to fly wildly, try to stabilize yourself, keeping the drone motionless two meters above the ground. After a few seconds try the landing, trying to descend as smoothly as possible.
By repeating these exercises, you will already be able to acquire greater confidence and can then devote yourself to lateral movement, moving the right joystick after having stabilized. These are very basic exercises to which you can then add more complicated operations, such as following trajectories, performing head and tail and so on to become real professionals.
Frequently Asked Questions
What are the different types of Drones
There are majorly 3 types of Drones available in the market; The Beginner Drone which is considered best for Kids. The Camera Drone which is used to take shots from the sky heights with different angles. And lastly Racing Drones they more way expensive than other types but have lots of features.
Can I get a Drone Camera under Rs. 5000
Yes, there are several options available for the best camera drones that come under 5000 in India. Amitasha Drone Camera is one of the best options for beginners.
How to choose the right Drone Camera?
There are certain factors that you need to consider while buying a drone camera. You should check the battery life of the drone, camera quality, flight control stability, and other things.
Is it legal to fly Drone in India?
According to the Ministry of Civil Aviation of India’s National Aviation Authority, flying a drone is legal and safe in India. But be always aware of the Drone Laws & Regulations in India.
How long does a drone last?
The duration or autonomy of a drone in flight depends a lot on the type of battery used by the device. Those that use high-capacity batteries, usually professional products, can even reach 25 minutes of autonomy while products that use simple AA or AAA batteries, usually have a duration ranging from 5 to 10 minutes.
How does a drone work?
The operation of a drone is very simple, it is a kind of miniature helicopter usually equipped with four or more propellers. By activating them via a remote control, you can lift it off the ground and start flying. The commands are given via Bluetooth or wi-fi connection, therefore the more powerful the internal module, the greater the distance that the drone can reach without losing the signal.
In addition to flying, drones can also be used to take photographs and record videos. Some have support for external cameras, such as action cameras, while others, generally the more expensive ones, have their own optics that are always controlled remotely via the remote control.
From more powerful, expensive drones to cheaper, less powerful ones, drones have slipped into the mainstream. Drones once were a luxury commodity and only owned by a select few.
With multiple upgrades and updates relating to flight technology, drones are now cheap to manufacture and therefore readily available to the general public. Khojdeal understands the consumer needs and brings to you the Best Drone Camera Under 5000 in India.
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