Hi dear RC Fans, I'd like to share the experience of racing drone RoboCat 270 build. In this post i will adding the 3D printable improvements that go specifically designed for this model all ready.
3d Power PCB Support model
Need to improvements:
- Led light for Tail / Nose,
- Camera Supports ,
- GPS Supports,
- Battery holder
We can watch this video first:
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Step 1: The Spec of RoboCat 270
These are the spec of RoboCat 270, you can bought them form GensTattu, hobbyking, banggood or Gearbest:
- Carbon fiber Quadcopter Frame
- Marspower 2204 Motors x4
- Propeller 5030 x4
- CC3D flight controller
- power distribution board
- Lipo LiFe Low Voltage Buzzer Alarm
- 12A motor ESC
- Battery 2200mAh 11.1V 25C Lipo
- Charger compatible
- kit with some parts
The battery I bought from GensTattu, beacuse Tattu battery is the best and professional drone battery, and others I bought from gearbest, hobbyking, banggood.
Choosing right and good materials are very important.
Step 2: Build Introduce
This RoboCat feels very balanced from beginning, against other equivalent others, this has very good reputation for its
fine stability of flight and response. Easy to drive and assemble in a simple beautiful line. For all that reasons it has been selected to start this project.
Also is fully upgradeable one of the things because i love it.
This means little by little you will be able to add more things to your drone, to leave it as you like... GPS, FPV, 3D Print improvements, etc..
Step 3: Carbon Fiber Quadcopter Frame
Carbon fiber chassis feels rugged, lightweight. It has a thickness of 1.5mm thick fuselage and 3mm thick arms for better support
the power from motors . In the videos you can see a fast assemble and all parts received in a single pass.
Step 4: Assembly of the Robo
Hardware is very easy to identify it comes with not instructions, but however leave an image that came to me very well for the Assembly of the Robo.
Patience at the time to assembly It is also recommended, above all if it is the first time that you mount something,
you do it somewhere quiet, with enough space to see all parts and work in a comfortable area. I had never build one before and it took about 30 hours (counting tests and other surprises along the way). I don't think that required any technical special knowledge to come out all right, perhaps more complicated for some of the mounted, may be it welds with Tin (but is very easy with a little of practice)
Step 5: Engine Welded to the ESC
Here you can see clearly as they have to go the engine welded to the ESC, so two rotate in clockwise direction and the other two to the contrary.
These engines can get to spin very fast, certainly for this drone are more than enough. A touch of throttle and shoots out the drone.
The advantage of these motors and brushless is that friction is minimal. Which translates into better performance and less maintenance. I've see that many of the people who assemble this kit say that power PCB, does not work for this model. This is not entirely correct, I've been able to fit it perfectly, including the two frames carbon fiber which includes the chassis. The trick is cut to size. This Power PBC is also made as an octocopter, (but we are not going to use those connections) Then the best way to go is cut.
Step 6: Secure the Power PCB to the Chassis
To secure the power PCB to the chassis, I designed a piece that fits perfectly with this board model and fixed with screws to the chassis of the RoboCat.
On the next floor of the drone, we have the battery compartment, I've chosen one of 30C / 3S, giving power for 10 or 12 minutes of flight. In future 3D improvements shure i make some support for quick battery replacement.
The only problem that I found when installing the control flight CC3D, is that I was able to integrate the anti-vibration support that comes in the Kit.
A layer above, we have the CC3D, has captivated me, super simple to set up, has been to connect it by usb to the ground station, and in less than 10 minutes to have everything set up and ready to fly.
Step 7: The Last Step
Think it is advisable to protect from vibration everything we can this Board, but I have been unable.
At the end what I did was stick it to the middle frame, as shown in the videos:
The software of this flight controller is based on "librepilot" open source so it is perfect to configure it as you need.
Depending on your level of rider, you can start softer and not broke your drone while learning to fly. once you already take more esperience is going to be easy to modify the parameters of your Robocat and load more aggressive flight configs on your CC3D board.
Connected to the CC3D I have the receiver and Transmitter Sky Fly FS T6, with a simple wiring per channel and protected by the external housing feline line from this model.
On the right side, I had to drill a little the side plastic protection, since it could not connect the ESC drivers. In my conclusion, this drone i believe that it can make dreams reality of anyone interested in started in the world of the drains with a serious model and quality. Not be mistaken when I say is also a drone for starters, this dorne has a RACING spirit in all parts of his body and configured in an aggressive flight mode, it can be very very fast.. I have learned to fly dornes with it , i steel no too much good, but 100% recommend for start, is easy to Fly and config. I can help with the basic configuration from the Transmitter and the CC3D flightboard.
Step 8: Video of How to Build RoboCat 270
You can watch this video to know more about how to build RoboCat 270.