Velos UAV

FULLY REDUNDANT PROVEN DESIGN

UAV Helicopter

Our Vision

Velos Rotors is focused on changing the way aircrafts are built and operated. Our vision is to build the best flying machines in the market and advance the state of the art in terms of performance, reliability and safety.

We are a team of entrepreneurs and engineers with a proven track record of building successful products and companies.

Our passion for aircrafts and our endless quest for new ideas, improvement and perfection, is the motivation force that pushes our team.

Velos Rotors is incorporated in the United States of America with operations globally.

Our Story

Back in 2011 we started designing a revolutionary fully redundant RC helicopter platform. 3 years later our first product came in the market! The VELOS 88O Velos 880 is first RC helicopter to incorporate a dual motor gearbox and an innovative rotor system resulting in unprecedented performance and agility.

Two years after the release of the Velos 880 and while the demand for a UAV helicopter platform is increased day by day we decided to expand into the drone industry by introducing to the market the Velos UAV.  Based on the proven Velos 880, Velos UAV is one of the most innovative UAV helicopters ever created. Optimized for long flying times while carrying heavy payloads  and with the safety of the redundant drive train – control system, Velos UAV is a mission ready UAV platform.

65

Max Endurance (min)

10

 Max Payload Weight (kg)

20

 Max radio control range (km)

Helicopter Advantages

Helicopter or Multicopter and why?

Undoubtedly, multicopters, quads, etc, have rule the market the last few years and have been used for numerous different applications like commercial, recreational and fun purposes.  We have seen an exponentially growing trend to use multicopters for videography, photography, fpv racing and many more applications.

But are these aircrafts really outperform traditional helicopters? Let us analyze that a bit.

Multicopters as their name suggests are using multiple motors coupled to a fixed pitch propeller. In terms of mechanical complexity they are very simple thus able to implemented in really small sizes something that is not possible with traditional helicopters. That is why drones with relative small weight up to 5 kg (11lb) are usually multicopters, as they can achieve flight times of about 20 minutes while carrying small payloads such as small cams and small gimbals.  Multicopters in this category are quite successful.

Things are different when we are referring to bigger scales. In fact there is no comparison in the efficiency of a single rotor helicopter of 20 kg (45lb) and a corresponding weight multicopter. The reason for that is that as the rotors are getting larger the efficiency goes up. Lift is proportional to wing area. Considering that the outer 30% part of a blade – rotor – propeller produces more than 60% of the total lift it is clear that as the propeller gets smaller  we will have to use more propellers rotating at much higher RPMs in order to compensate for the reduced wing area and produce the same thrust.  The efficiency goes down and energy is being wasted in rotating many small props at high speeds. Also according to the Reynold numbers, the larger a wing – rotor – propeller  gets,the more the lift coefficient increases. In other words you get more lift for less energy.

So increased efficiency means more flight time and more payload capacity. And lifting a specific weight with a single rotor is always the most efficient way to do it compared to two, four or more.  But benefits do not stop here. Helicopters are much more stable in windy conditions compared to multicopters.  The reason for that is that the angle of attack of the helicopter blades is constantly changing, adapting to the environmental conditions instantly, compensating any external forces and keeping the ship in a complete balance.

That is also the reason that helicopters are able to fly with much higher cruising speeds while saving energy in comparison with the multicopters that spend more in order to fly fast. So even if a helicopter and a multicopter have the same flight time with the helicopter you are able to travel much longer distances, cover more area and finish your mission in less time or do more in the same time.

Another benefit of the helicopters is their ability to decend with the same rate they ascend by varying the pitch of the blades.  This is not possible with multirotors as they are using fixed pitch propellers and the only way to descend is to reduce rpms.  Doing so you loose stability and you can only descend at very slow rates.

Helicopters vs other type of drones

Accurate Flight Plans

Helicopter drones can do more accurate and efficient flight routes than airplane drones even if flight routes include square, triangle or any polygonal paths. This results a fast and accurate mission implementation with the minimum energy consumption.

FLIGHTs under WINDY CONDITIONS

Helicopter drones are able to fly under various weather conditions and tolerate high wind turbulences unlike the multicopters that can only fly in mild weather conditions. As a result of the above a helicopter drone is capable to safely and accurately follow the flight plan even under windy weather conditions.

More payload

Helicopter drones are capable of carrying heavier payloads and stay in the air for long flying times unlike multirotor drones that can carry light payloads with reduced flight times. This capability combined with fast cruising speeds and hovering ability makes helicopter drones an one-way option for execution of demanding missions such as Search and Rescue.

High Speed Flights and agility

In contrast with multirotor drones, helicopter drones are able to cover long distances quickly, accurately, consuming minimum energy with full payload even in windy weather conditions. Because of the variable pitch of the rotor of helicopter drones, the ascending and descending movements can be achieved in equal time unlike the multirotor drones that the descending movement is by far slower than ascending. Thus the actual useful flight time of a drone is less than the advertised due to the restricted max forward speed and to the slow descending that consumes useful flight time.

SMALL TAKE OFF/LANDING AREA

Helicopter drones do not require large space/airfield for take off or landing unlike airplane drones that require runway or extra equipment for taking off and a suitable large area for landing. This capability makes drone helicopters ideal for taking off or landing on any type of ground terrain or from a mobile platform like a boat.

Easy to trasport and deploy

When considering a versatile UAV solution, easy in transportation and storage you will come to the following conclusion: Helicopters UAVs require less space for transportation or storage than the corresponding multicopters or airplane drones. Furthermore the deployment process of a helicopter drone is so easy and fast, instead of assembling wings or propellers all you have to do is to mount the main blades and the helicopter UAV is ready for the next mission.

VELOS UAV ADVANTAGES

WHY YOU SHOULD CHOOSE VELOS UAV?

flight qualities

Velos UAV offers very high levels of stability. Helicopters are by nature more stable than any quad or multirotor platform.

The custom designed variable geometry blades, together with the full body fuselage, further increase the performance of the ship making it not only very stable in strong winds, but also capable of very high cruising speeds. Big multicopters lack both of the above.

ENDURANCE

Performing flight times of more than one hour with payload, Velos UAV is able to accomplish the most demanding missions.

For example, being able to fly with a lidar sensor for one hour enables the pilot to better perform on a demanding mapping mission, save time, reduce operating cost and increase the quality of the work.

Also, long flight times can be crucial in a search and rescue missions where you can not afford to lose time going forth and back for replacing batteries.

SAFETY - REDUNDANCY

Velos UAV is one of the safest UAV helicopters ever made. Equipped with a robust, low maintenance, competition grade drive train taken from the Velos 880, a competition 3D machine.

Fully redundant thanks to twin motors, ESCs, drive belts, pulleys, bearings and four servo swash plate, it is almost impossible to lose power on main or tail rotor or lose control due to a component failure.

Other UAV helicopters, that are using one independent motor to power the tail and second one to power the main rotor, are more vulnerable and the chances of crashing are doubled, as any of the motors or ESCs malfunction will lead to a crash.

USE CASES

Velos UAV is especially suited for mission-critical missions where payload and flight duration is highly important. Velos UAV fully redundant drivetrain and ability to fly longer than any competitive product in its class make it the ideal platform for the following applications.

Velos UAV equiped with Lidar sensors is able to create a very high-resolution digital surface 3D model which represents ground surfaces such as rivers, paths, construction sites, electrical networks, forestry, etc. This possibility of drone remote sensing creates huge advantages: The elimination of any danger that crews of a manned aircraft may be subjected to in difficult terrain or remote areas. The reduction of the running costs compared to similar missions with a manned aircraft and also the simplicity of the operation.

Velos UAV is a powerful tool in search and rescue missions and specifically under harsh conditions. Using thermal sensors, Velos UAV can quickly discover the location of missing persons or victims at night or in challenging terrains and also provide the people supplies if the location is otherwise unreachable.

Velos UAV gives the ability to agriculture industry to gather all the information needed to be used for applications like Planting, Crop Monitoring, Health Assessment, Soil & Field Analysis etc.

agriculture_image_2

This is accomplished by the use of sensors and instruments such as Spectroscopes and High-definition Cameras in conjunction with on board GPS positioning information. Repeated missions and logging of the gathered information will help increase the product outcome and improve the management of the estates.

Velos UAV can be used for wind turbine inspection, power line inspection, complex structure inspection, oil & gas pipeline inspection, train station inspection, railway inspection etc and provide real-time information for further analysis.

This capability is accomplished by using a high-definition camera combined with a 50x or more optical zoom lense and with optional thermal cameras and other dedicated instruments the capabilities are endless.

Velos UAV unlocks the full potential of delivery services, with its custom designed flat payload area that can be easily loaded/unloaded and deliver fast at any hard to reach destinations packages, letters, medicines, first aid kits and other essentials. Furthermore and most important, Velos UAV is able to accomplish safely, missions over populated areas, due to its fully redundant design and the highly reliable air frame.

Using Velos UAV equipped properly may reduce the time spent collecting accurate data with sharp resolutions and gather millions of data points in one flight. The outcome of the above is that surveing teams do not risk their lives during operation in sites such as mines, transport routes, slopes etc.

Furthermore Velos UAV can be used in patrol missions and provide real-time images or videos from large areas, such as shopping malls, supermarkets with large parking lots, coastlines, prisons, military bases etc to a security centre for further analysis.

Velos UAV’s flexible load capability enables filmmakers to add aerial shots that were not possible before. Furthermore, Velos UAV offers excellent flight characteristics, long flight duration (>60 min) and minimizes the cost of filming, by replacing the very expensive helicopter pilots.

Furthermore Velos UAV, as an electric powered helicopter, eliminates any vibration and the dirt on camera’s body and lense which is inevitable if the helicopter is gas powered.

CONTACT US

Get in touch and we’ll get back to you as soon as we can.  We look forward to hearing from you!

Address:
3511 Silverside Road, Suite 105
Wilmington, DE 19810
USA

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