Skip to main content

Penguin C Mk2 UAV

 

Penguin C Mk2 UAV

The Penguin C Mk2 UAV Factory announces the appearance of the Penguin C Mk2 chassis - the most advanced strategic unmanned aircraft system in the organization.  Penguin C Mk2 effectively ended the advocacy journey program and started the organization to transfer to clients.  

The Penguin C Mk2 is open in a Group 2 or Group 3 arrangement and has an expanded payload limit, tenacity and capabilities contrasting with the Mk1 aircraft.  The aircraft is advancing to carry expansionary payloads of up to 8 inches and weighing approximately 4 kg.  Enhanced streamlined features and an expanded maximum fuel economy aided the Mk2 in its ability to withstand flight stability - and flights of 25.5 hours were effectively demonstrated with the Epsilon 140 LC day / night payload.  

The Penguin C Mk2 is locally applicable with the full range of Epsilon payloads, including Epsilon 175 and Epsilon Craft 180. The Penguin C Mk2 has a new interchangeable nose idea which allows field replacement of payloads quickly.  

The interchangeable nose has a striped drive that adds extra movement adaptation to the load similarly as it secures the load during recovery.  The idea of ​​an interchangeable payload allows customers to usefully facilitate custom loads in the Penguin C Mk2.  The Penguin C Mk2 uses advanced Silvus 2 × 2 MIMO data links with a radio link range of over 120 kilometers.  

Advanced features, for example, MESH, beamforming, various coding decisions, built-in band analyzer similar to avoid interference is also open.  Datalink de-interference benefit is available to US customers.  Moreover, the Penguin C Mk2 operates in a non-GPS environment.  The Penguin C Mk2 has seen a significant drive architecture update program.  The reliable and innovative EFI 28 cc engine is complemented by another high-quality, unchanged fuel intake structure.  Due to the upgrade, the engine is now suitable to operate continuously at over 55 ° C. 

Comments

Popular posts from this blog

How To Make A Balloon Plane

Friends! How is the thing happening? Did you try the toy planes we make here? Today I am going to show another simple toy plane design that you can make very easily but have a great fun. Today we make Balloon Plane. You may wonder what this balloon plane is. This is again a simple plane uses the rubber balloon to generate throttle power. You know that once you fill the rubber balloon with air, inside the balloon air in under pressure. Once you release this air you can generate pressurized air flow from balloon’s mouth. This air flow can be used to push your plane forward very easily. Now you can imagine what I am going to make here. Even though this is a simple plane design if you control the air flow correctly you will be able to fly your plane considerable long air time. It all depends on the balloon size, straw size and length. You need to fine tune these parameters to get optimum flying time. That means if balloon is large we can expect long flying time. If straw size is small

Rubber Band Powered Rocket

Today I am going to introduce another simple but, very interesting toy. You might remember that we make a Paper Airplane few months ago. Today I am going to fly that paper airplane using a rubber band. If you did not make my previous paper airplane you can try it from here . You have to have that paper airplane to make this rubber band powered rocket. Fig 1: How to make a paper airplane As you can see in above picture, you need to make your paper airplane. Details instruction given in previous post . Then you need to have a little long rubber band.

Hanger 9 - Cessna 40 ARF, Value Series

In previous section we discussed about major components of radio controlled airplane. In this article will look at further details about Hanger 9 - Cessna 40 ARF, Value Series radio controlled airplane and how each of these components are fixed and controlled. In previous article I mentioned that we need few components to make a airplane. First we need to have structure of the plane, wings and tail. Then we need to have a propeller for your airplane and engine/motor to give power to the propeller. Finally you need to have a mechanisum to control your airplane. First I am going to discuss how to you can build structure of your airplane. Detail description of each component as follows: Center Wing Tape Center Wing Tape is used to fix wings with the body of airplane. You don't need to use this tape always, any light weight tape can be use for this. Center Wing Tape: Cessna 40 ARF Value