Best tricopter drones for sale reviews 2019 – find out which tricopter drones are best to buy. Popular tricopter brands are reviewed in this article.
Buying a radio-controlled drone has become a complex choice thanks to the wide array of options available on the market. Choosing the best tricopter drones extends beyond considering the technical features bur picking the best machine to meet your needs. It is important to take into account the quality to price ratio and the availability of accessories and spare parts.
1. FeiYu Y6 Scorpion Tricopter ARF
The FeiYu Y6 is ideal for users looking for a lightweight multirotor unit capable of flying indoors and outdoors. It comes with an impressive design that is sure to capture the imagination of both the young and old. Price – $238.
– LED lighting
– Uses six engines (two engines per axis)
– 2208C-980KV motors
– Black fiber frame
– Eight propellers
– Speed controllers
Pros and cons
– Sleek design
– Compatible with different types of batteries
– Stability issues in windy conditions
2. CX 33C Tricopter
- CX - 33C Tricopter CX-33C HD 1.0MP Camera High Hold 2.4G 4CH Built-in 6 Axis Gyro 3D Rollover with...
- 4 channel functions: With 4 channel functions like Up / down, left / right sideward flight, forward...
- 360 degrees / 3D rollover: Professional cool and exquisite flight action brings more fun of flying....
- Control Distance: 30 - 80m Copter Size: 31 x 34.5 x 8.5cm Copter Battery: 7.4V 360mA Lipo Build-in...
- Dimension and Weight Package weight: 1.005 kg Product size (L x W x H): 31.00 x 34.50 x 8.50 cm /...
This tricopter comes with an HD 1.0-megapixel camera that allows users to record impressive images. The unit also boasts an altitude hold function, a pressure sensor and 3D rollover capability.
– 2.4GHz control system
– Anti-interference system
– USB charging
– Altitude hold mode
– Pressure sensor
Pros and cons
– Image stabilization system ensures better quality pictures
– Stronger wind resistance
– Easier to control
– Stable design
– Shorter flight time
3. Kingzer HJ-Y3 Glass Fiber Tricopter
This unit is compatible with MWC KK radio controller and works well with all 22 series motors. It boasts a highly portable design and eliminates the need for an ESC connection board.
– 8-10inch multicopter propeller
– 15A-20A ESC
– 8-9g servo
– Glass Fiber Y3 Frame
– 3S-4S Li-Po battery
Pros and cons
– No need ESC connection board
– Simple operation
– Portable design
– Shorter flight time
What is a tricopter?
Drones are one of the best technological innovations created in recent years. They are undoubtedly changing the way users view and interact with the world. Unlike military drones, personal tricopters are used by millions of civilians from all over the world both to record videos and to capture images. Drones are being used in many applications since they allow you to perform difficult and expensive tasks.
They are available in many formats and used for different purposes. Each tricopter model is built for a specific application. For example, some drones were built and used for the wars in Iraq and Afghanistan, others for protecting the borders of the United States and Canada. There are also solar drones, reconnaissance drones, surveillance units and many others.
A tricopter comes with three axis as opposed to quadcopters that feature four while octocopters have eight axis. These types of drones are remotely controlled by means of a short-range remote control or a mobile application. To some extent, they are reminiscent of helicopters and may have different rotor blades
UAVs are real unmanned aircraft, pre-programmed before the flight to make a specific series of activities on a pre-flighted flight path. Their shape is similar to an airplane and is typically used exclusively in military situations.
Drones can be used for recreational or professional purposes. Units intended for recreational use do not require authorization from regulatory bodies. On the other hand, they must be registered in the National Register and can only be used upon presentation of a special permit or license (if used for non-critical operations). The same applies upon obtaining a specific authorization (if used for critical operations).
Before analyzing the characteristics of the drones and finding out which ones are most suitable for you, familiarize yourself with the rules affecting drones in your area.
Furthermore, to use drones in the professional field, it is necessary to obtain a certificate from regulatory bodies, which requires participation in theoretical and practical paid courses. The device must be insured and certified. For some airspaces, a clearance from the relevant authorities is necessary.
Flight operations performed outside model flight fields are classified as critical and non-critical. It is not possible to fly the drones above people’s heads, near urban areas, close to telecommunications infrastructures or power stations. The same applies to other areas considered sensitive. These rules always apply even in the event of faults or malfunctions.
Furthermore, it must be noted that for most flight operations (non-critical flights), the visual flight mode (VLOS or EVLOS) is required. For landing, the tricopter drone must be brought back to the ground under human control without using cameras or other devices mounted on it (unless the unit malfunctions). The flight space provides for a maximum altitude of 76.5 yards and 546 yards away from the pilot.
Drones are also classified according to their weight. To pilot a professional drone weighing 2-25 kg, a certificate issued by a Training Center authorized by the relevant authorities and a medical certificate issued by an authorized doctor are required. The flight operations performed by drones weighing 2 kg or less are considered to be non-critical (provided they respect the safety requirements dictated by the rules).
The drones weighing less than 300 grams have a maximum speed of 37 mph and comply with safety characteristics provided by the authorities can also be used in the city (as long as they do not fly above people’s heads) and do not require certification even if used for professional purposes. These are just some of the points concerning the use of drones.
Tricopter drone selection tips
Tricopter drones differ in weight and size. It is best to start with a small and affordable device, which allows you to practice flying at home. This ensures that you do not risk destroying an expensive device.
In the event of an accident, many drones can be repaired thanks to special kits that can be purchased online. However, with cheaper drones repairs may prove unfeasible (rather, protect the vehicle adequately during the first flights).
Most drones suitable for non-professional use have a range of 10-30 minutes per charge. Consider buying a tricopter equipped with a removable battery. In this way, you can use backup batteries and enjoy more flight time. Take into consideration that a more powerful battery (with a higher amperage) adds more weight to the drone. Also, consider battery charging times, which can be long for some models.
Before buying a drone, you should think about the range that the tricopter can reach during flight operations. The drones can be controlled via Bluetooth (in this case they have a range of 10 to 21.8 yards), via a Wi-Fi network (with a maximum range of 54.6 yards) or via radio frequency (with a maximum distance that can vary from one model to another).
Control via an app
You can also use smartphone apps to control the tricopter via Bluetooth and Wi-Fi. For drones that have a range of more than 54 yards, GPS support can be useful. The device can use satellite coordinates to orientate and easily reach its destination. Features that can be useful when you are a beginner with drones, however, are the automatic take-off and landing function in addition to the altitude hold, which allows you to hover in the same place.
Camera support and image stabilization
The use of drones to take photos and aerial shots is constantly growing. If you are interested in these features, check the type of camera integrated with the drone. Also, consider the resolution of photos and videos that the device can capture (VGA, Full HD or 4K) and the stabilization applied to the image. In addition to having a stabilization system of the camera, the more advanced drones have an instrument called Gimbal that keeps the camera aligned on its axis.
The stabilization system comes in the form of a plate with shock absorbers that reduce vibrations. This ensures maximum stability of the images. The drones equipped with the FPV (First Person View) feature allow you to see in real time the images captured by the camera. The more advanced drones also allow you to control the camera independently.
GPS and LED lights
GPS-equipped tricopter drones can intelligently detect their position and heading. They also have the ability to follow the user automatically (Follow Me Mode). On the other hand, some drones are equipped with LED lights that increase visibility and make their stunts more spectacular.
Before buying a drone, you can also take a look at the accessories. Some toy drones can be customized with the addition of cannons, which allow users to enjoy fun-filled moments outdoors. Many tricopter drones are programmed to perform aerobatics in flight. If you are interested in this feature, identify the type of stunts supported by the drone you wish to purchase.
Tricopter vs quadcopter drones
Tricopter drones and quadcopters come with distinct features that set them apart, particularly when it comes to the axis and engines. The quadcopter cannot be beaten in terms of simplicity because it is just a simple cross with four identical engines. The motors are bolted to the chassis. There is nothing mechanically complicated about these drones. In addition, users can take advantage of many prefabricated frames on the market. One can simply select the type of construction and the desired size.
In comparison, the tricopter gets a bit more complicated. The pivoting mechanism of motors that rotate with large gyro forces is harder than it looks. Additionally, tricopter users have access to fewer prefabricated frames.
A tricopter is cheaper than a quad because users only have three engines to buy and one less propeller against four for a quadcopter. Its cost is probably the main reason why tricopters are popular despite their more complex construction.
Another benefit of the tricopter is its effectiveness. The advantage of three big engines instead of four small ones can ensure better rendering. If properly designed, the power system of a tricopter can be more efficient than a quad. The quadcopter will have to fly with a bigger battery to achieve the same flight duration as the tricopter drone.
To build a tricopter, all you really need is three engines of the same size. A quadcopter cannot work if you do not have reverse rotation propellers. These are surprisingly rare. Hence, your selection of propellers is limited.
A few years ago, the best way to control a quad was to use simple helicopter gyroscopes. Since quadcopters are symmetrical, they use simpler controls. Rest assured nowadays, they are fully integrated and affordable.
In theory, the quadcopter can make a controlled descent in the event of system failure. Due to their mechanical simplicity, quads have a significant advantage when it comes to surviving a crash.
If your goal is to achieve longer flight times, then opt for a tricopter. They can be more efficient and the small number of pieces can also be a plus. A tricopter is also an excellent choice for an inexpensive home-made experimental platform. If you want a more rugged platform than a tricopter and you have a real budget then go out and buy a quadcopter drone. You will be in the air in no time.
Knowing the operation of your drone is absolutely essential to fly with greater awareness. When operating ready-to-fly tricopter drones, once the engines are started they will theoretically turn all at the same speed. This activates the radio control (throttle), which will increase the number of revolutions per minute for the engines allowing the drone to rise from the ground.
The throttle allows you to raise the tricopter altitude or lower it to the ground, essentially by varying the rotation speed of all three engines at the same time. Once the drone has been raised, it will be possible to perform different types of movements. These include pitching, rolling and more.
The pitching is the movement that allows the tricopter to move forward. To perform this movement, the controller will increase the speed of the rear engines while decreasing the power of the front engines. In this way, the drone leans forward allowing the tricopter to move forward.
To bring the drone back, the control unit will perform the opposite operation. That is, increase the speed of the front engines and decrease the speed of the rear engines.