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Summary of Contents for MakeKit MD2 Dronekit
- Page 1 Teacher and student guide MD2 Dronekit...
- Page 2 To the teacher • When they have finished programming, you or students Start by studying the safety information on the next page. Propellers (other than those who have programmed) should check the can cause damage and must therefore be distributed at the end. following: Paper propellers are used temporarily to test that the motors are •...
- Page 3 Safety ARMERING When the drone is armed* and the propellers are Rule 1: mounted. you must have at least 2 meters safety distance to Propeller hazard the nearest person. The propellers rotate at up to 28,000 rpm. minute. Show respect for the forces and damage potential of *Arming: The drone is activated and the propellers the propellers when the drone has battery connected.
- Page 4 Deleliste - Ramme Top plate Bottom plate Motor holders, Arm pieces, type A and B, 4 of each Nylonskruer, Nylonnuts, Avstandsstykker, 4 stk 8 stk Protection hoops o-rings: Landing legs Battery strap upper / lower part Velcros, 4x...
- Page 5 Deleliste - Elektronikk 4 x regulators 1 stk fire proof LiPo (ESC) 3 cell LiPo-battery Charging bag Receiver 1 stk 1 stk KK2 flight controller 1x Power distribution board Radio with receiver 2+2 propeller, CW 2+2 1806 2300 kv 4 servo cables Piezo-speaker with cable and CCW type brusless motors, CW and...
- Page 7 Assembly As assembly manager, your job is to make sure that all the parts are assembled together in the right way. Use the attached drawings and get a couple of free hands from your team members. You are responsible for all assembly except connection of wires, which is left to a knowledgeable electrician when your job is done.
- Page 8 Clock wise rotating Counter clock wise propeller rotating propeller Layout Sort Black Silver motorhode motor motor Make sure: You must have two identical colors on the front of the propeller protectors, and another color on the back. This is to make the flight easier for Control board to be Nose the pilot.
- Page 9 Mounting the propeller We recommend saving this part until everything else is mounted. Always make sure that the battery is disconnected before mounting the propeller! Also, make sure that you have tested and adjusted the direction of rotation so that they are correct. Clockwise (CW) Counter clockwise (CCW) 5030R...
- Page 10 Motors and arms Senter plate Tools: 1.5mm Allen wrench Tools: Star puller Parts: Parts: 4 engine plates, 4 engines, 4 propeller protectors, 8 arm pieces (two variants), 4 landing legs, 1 top plate 16 pcs 10mm m2 screws, 4 o-rings 4 nylon screws Screw in all four engine screws through the engine 8 spacers...
- Page 11 Final frame assembly Parts: 1 pre-assembled top plate, 4 pre-assembled arms, 1 bottom plate, 1 battery strap 2 roll bars upper and lower part 4 o-rings Mount the battery strap on the lower base plate so that it can hold the battery later (1) Place a large o-ring on each arm (2) click together the arms between the top plate (3) and the bottom plate (4)
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Page 13: Electrical Connections
Electrical connections As an electrician, your job is to connect all the electrical components together correctly. The components must be connected in the right place, and all plugs must be connected in the right way. Be careful: Faulty connection can lead to malfunction and damage to components, when connecting the battery. - Page 14 Elektronikkmontering Parts: 4 pieces of fastening tape 1 radio receiver 1 o-ring 1 piece of elastic 4 servo cables 1 radio receiver 4 servo cables 1 pc buzzer 4 pcs regulators Mount a fastening strap on each arm (1) Attach the radio receiver with a large o-ring Attach the buzzer to the holder (3) Thread the antenna through the hole next to the radio so that it points downwards and...
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Page 15: Connection Diagram
Connection diagram Buzzer/ speaker Battery measurement cable Buzzer cable Flight direction S + - Servo cables s + - Radio receiver Strømfordelings- kort Plug - + S S - + Nose direction - this way LiPo Battery forward Servo cable: Minus is the darkest color, then red is +5v, then S is the signal (PWM) - Jord + 5 volt S Signal... - Page 17 Programming As a programmer, you must make sure that the control card is configured with the necessary parameters and calibrations that are necessary for the quadcopter to work. Be careful so that the drone flies stably.
- Page 18 Setup radio receiver Oppstart This must be done together with the pilot. Turn on the radio transmitter. Go to “Receiver Test”. Here it is important that both jacks on the Then connect the power by plugging in the drone battery in the yellow plug. The remote control correspond to the deflections on the screen.
- Page 19 Battery alarm You will then get an overview of: To know when the battery is nearing the end, we must program the • Location of engines voltage alarm. Go to Misc settings 1 -> Alarm 1/10 volts. Enter 105 • Directions of rotation (10.5 volts).
- Page 20 Kalibrering av regulatorer Start by turning on the remote control and set the throttle to max. The next thing to do is called the throttle range and is done to calibrate the controllers so Person 1 holds down buttons 1 and 4 on the flight controller at the same that they interpret the control signals from the control board in the same way.
- Page 21 Flying As a pilot, it is your job to fly the quadcopter in a controlled way. Here it is important to keep a cool head, at the same time as coordination and fast reaction time are important. Study the attached information carefully, they will give you good conditions for completing a controlled flight.
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Page 22: Before Flight
Mounting the battery Before flight: Securing cables Before we fly, we must secure the cables. Disconnect the battery. Place all cables so that no wire can come into contact with the propellers. Power on drone: Imagine that turbulence and wind could cause the cables to blow into the propellers. - Page 23 Radio controller Make yourself familiar with the sticks and Throttle what they do. Pitch Throttle: Gas, increases speed upwards. The drone will normally stand still approximately when the throttle is at 50% (in the middle). This stick should normally be When the drone’s down when not flying.
- Page 24 Testpropeller Cut out the test propellers and make a hole in the middle. Mount them on the motors to test the directions of rotation.
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