Latest Projects Based on Aeronautical

We call this as ornithopter, means a mechanical flying machine which can mimic a bird up to 80% and Engineers are trying their best to make this bird most efficient. Basically, these are categorized by flapping wings flying machine which generate lift through the atmospheric air. This machine differs from a temporary power plant or limited ( temporary) power sources. The best application they can be used for Spying, surveillance, surface analysis.

Hovercrafts are vehicles that travel over the cushion of air created with the help of motors and propellers. Hovercrafts can reach almost all the terrains on earth. The principle behind the development of air-cushion is the closed plenum effect. The high-pressure air is accumulated below the hull with the help of motors and propellers. The skirt is used to increase the ground clearance of the vehicle which helps to achieve the smooth ride over big tide waves, rocky terrains, etc. In this article, you will learn to build an RC Hovercraft using Arduino.

Drones are getting advanced day by day and their usage also increased in various fields. With the help of drones, you can able to accomplish various types of missions by spending less. In this drone project, we will discuss how to build a drone with terrain following mode using the Mission Planner software.

Crowd control and monitoring is a difficult task for the police forces if the strength of the crowd is huge. Usually, the police will use tear gases to disperse the crowds in uncontrolled situations but during this process, the police might be injured to avoid such situations we can use the drone to control the crowds.

With the advancement in technologies, the usage of drones increased a lot. In this drone project, we will propose a solution to this problem.

The use of Unmanned Aerial Vehicles (UAV) and Unmanned Underwater Vehicles (UUV) in both military and commercial sectors have expanded greatly in recent years. The advancement in technologies paved a way for developing a single vehicle which is capable of working on both Air and underwater environment.

In this drone project, you are going to develop a fixed-wing drone that can able to fly like an aircraft and swim like a fish.

Recent advancement in aerospace and automobile paved the way for new gadgets. Hoverbike is one such innovation which combines the technology of helicopter and bike to make the transportation better.

In this aeronautical project, we will discuss the design consideration, applications and materials used to build the hoverbike. Also, you will learn to build a miniature hoverbike.

Drones are becoming more popular than ever due to their unimaginable applications and fascinating modifications. Along with their applications, the manufacturing cost of the drones also will increase. To overcome the above problem in this project idea, we are going to propose a solution. The best way to reduce the cost is by reducing the components used.

Modular drones are aerial vehicles which can be modified on the go. A single drone can be modified and used for various purposes. For example, you want the drone to capture high-quality videos - use an HD camera mod or you want to use the drone to convey information - fix the speaker mod or you want the drone to display something - attach the screen mod.

As we are advancing in technology it is necessary to find a newer method of energy generation with minimal damage to the environment. The wind is renewable source energy which will not pollute the environment. The energy generated from the wind almost fulfils the energy requirement of most of the households. But wind turbines have drawbacks like high implementation cost and difficulty in the transportation of components.

Airborne wind energy generation is the only solution to solve the problem. Here the turbine is placed airborne and the power generated is transmitted to the ground with the help of power cables. This saves a lot of cost in the implementation and transportation compared to the conventional wind turbine system.

In this aeronautical project, we are going to develop an airborne wind energy system using lighter than air aircraft.

Generating power from winds is the purest form of energy generation method when compared to other energy generation methods like thermal powerplant, nuclear power plant, etc. It also doesn’t affect the atmosphere by releasing harmful gases like Carbon dioxide or Carbon monoxide. But for generating electricity from the wind needs a huge setup such as blades, pillars, generators, etc. It also requires a lot of maintenance after the implementation. The cost of setting up the wind turbine is also very high.

In this aeronautical project idea, we will propose an innovative solution to generate electricity from the wind. We are going to develop an Airborne wind energy system to replace the traditional windmills.

Drones are the major innovation of this century which is widely used for various applications. They already proved their ability in various fields. Here we are going to use tethered drones to generate power from the wind. Here the drones are launched in the air and positioned at an altitude of 600-1000 feet. At this altitude, the turbulence of the wind will be less compared to the altitude where the conventional wind turbine is positioned.

Drones or Unmanned Aerial vehicles are used widely to do various things in fields like logistics, rescue, surveillance, inspection, and many more. More innovations are happening in the structure of the aerial vehicles to reduce the size of the aerial robot to make it more agile. Multirotors are more stable than fixed-wing but the size of the drone and the rotor positioning make it inaccessible in small areas.

In this drone project, we will try to implement biomimicry design in aerial robots to solve the structural issue in accessing small areas. Aerial transformation is one way to solve the problem. Here we are going to implement a biomimicry design similar to snake with the help of multi-link structure. This provides the ability of multi-degree of freedom aerial transformation. 

Drones are Unmanned Aerial Vehicles that finds its applications in various fields from delivering packages to surveillance, agriculture and many more. In this drone project, we are going to develop an autonomous seed sowing drone that can be used to plant trees in both agricultural fields and forest. 

With the help of tree planting drones, you can plant a large number of trees quickly in less time. Seed sowing drones can be used for reforestation to plant a large number of trees that are destroyed due to forest fire or natural calamities. 

Farmers and environmental agencies are facing difficulties in planting the trees or sowing seeds in the field. This seed sowing drone provides an effective solution to solve the problem by sowing seeds quickly with more accuracy. These drones are operated in a swarm to cover the large area in less time. 

The unmanned Aerial Vehicle or Drone is one of the best innovations of mankind. From photography, surveillance, public safety, logistics, law enforcement, agriculture, and many other fields, drones are deployed to ease the work. Though the drone has a variety of advantages the major limitation is flight time. Even the advanced drones have a flight time of 30 minutes only. 

In this drone project, we are going to solve this problem by developing a tethered drone. With tethered drones, the endurance of the flight is increased compared to free-flying drones.

As the usage of drones is expanding day by day the misuse and accidents are also increasing because of drones. Before testing a drone in real-time simulating it on a simulator will decrease the wastage of time and money. By doing this, the occurrence of accidents due to the malfunction in hardware or software of drones can also be avoided. In this ROS tutorial, we are going to simulate a drone in FlytSim simulator which is a ROS-Gazebo based setup. 

FlytSim is a 3D simulator for Drone applications. This simulator helps developers to test their applications at the convenience of their laptop/desktop. With the SITL simulation environment, the developed application can be tested without the drone hardware. During the simulation, autopilot uses the same algorithm on FC to make the behaviour close to real-time. 

Latest Projects based on aeronautical