RC
Planes
The Word “RC Planes” Stands
For Radio Controlled Planes
1- Trainer Plane.
2- Sport Plane.
3- Aerobatic Plane.
4-3D Plane.
5- Gliders.
6- Jet Plane.
7- Helicopters.
Specifications :
1- High Wing.
2- Straight Wing.
3- Flat Bottomed Airfoil.
4- Low Speed.
5- Ease of Controllability.
Specifications :
1- Usually Low Wing.
2- Usually Symmetric Airfoil.
3-Advanced than trainer plane.
4- The Ability of maneuverability.
5- Faster than trainer plane.
Specifications :
1- Advanced model of Sport Plane.
2- It’s used for aerobatics.
3- Similar to 3D Planes.
4- Usually mid-wing Plane.
Specifications :
1- Symmetric Airfoil.
2- Larger Control Surfaces than Aerobatic.
3- Mid-Wing Plane.
Specifications :
1- High Aspect Ratio (Large Wing).
2- Low Speed.
Specifications :
1- Very fast planes.
2- Powered by EDF “Electric Ducted Fans” or Micro
jet Engines.
3- Thin Airfoils.
Specifications :
1- VTOL Powered (Vertical Take Off and Landing).
1- Balsa Wood.
2- Foam.
3- Fiber Glass (Needs molds).
4- Coroplast.
1- Body.
2- Wings.
3- Tail.
4- Landing Gear.
5- Source of Power ( Engine or Electric Motor ).
Retractable Tail Dragger
Nose
1- Engine (Gas or Nitro) or Motor(Brushless (inrunner-outrunner) -
Brushed)..(with a Propeller).
2- Servo Motors.(Big-Standard-mini-micro-peco-nano).
•Big servo motor (100 gm).
•Standard servo motor ( 45 gm).
•Mini servo motor ( 20 gm).
•Micro servo motor ( 8 gm).
•Nano servo motor ( 2 gm).
Two Stroke Nitro EngineFour Stroke Gas Engine
Inrunner Brushless Motor
Outrunner Brushless Motor
Brushed Motor
(N*N)…e.g. (9*6) (Length by Inch * Pitch)
1- Remote Control.
2- Receiver(3-14) channel.
3- Speed Controller.
4- GYRO.
5- Batteries.
6- Charger.
7- Balancer.
Brushless ESCBrushed ESC
Lithium Polymer (LIPO) (1 cell = 3.7 V)
Ni-Cd (1 cell = 1.2 V)
NiMH (1 cell = 1.2 V)
Hinges.
Control Rods.
Horns.
Clevis
Introduction to Radio Controlled Planes

Introduction to Radio Controlled Planes