Pls guys who know the price for the followings
1.radio transmitter n receiver
2.servors

yes? go on

Building an RC plane from scratch is not only a rewarding endeavor but also an excellent way to deepen your understanding of aerodynamics, electronics, and craftsmanship. Whether you're a seasoned modeler or a novice enthusiast, the process of constructing your own aircraft offers a unique opportunity to unleash your creativity and take to the skies with a sense of accomplishment.

Planning Your Build:
a. Type of Aircraft, b. Size and Scale, c. Construction Method
Gathering Materials and Tools:
a. Materials: Balsa wood, foam board, carbon fiber rods, plastic or fiberglass components, adhesives (such as CA glue and epoxy), covering material (such as Monokote or Ultracote), and electronics (motor, servos, receiver, battery, ESC).
b. Tools: Hobby knife, razor saw, sandpaper, hobby drill, cutting mat, ruler, straight edge, soldering iron, heat gun, and assorted hand tools (screwdrivers, pliers, etc.).

Designing and Cutting Components:
a. Choose or create a set of plans for your desired aircraft, either by hand or using computer-aided design (CAD) software.
b. Transfer the plans to your chosen materials (such as balsa wood or foam board) and carefully cut out each component using a hobby knife or razor saw.
c. Take your time and pay attention to detail, ensuring that each piece is accurately cut and shaped according to the plans.
Assembling the Airframe:
a. Lay out the fuselage sides, wing ribs, and other structural components according to the plans, ensuring that everything fits together correctly.
b. Glue the components together using appropriate adhesives, such as CA glue or epoxy, and reinforce critical joints with additional materials as needed.
c. Assemble the wing, fuselage, tail surfaces, and other major components separately before joining them together to form the complete airframe.
d. Take your time during assembly, double-checking measurements and alignment to ensure a straight, true airframe that's ready for flight.

Installing Electronics and Power System:
a. Determine the placement of the motor, servos, receiver, battery, and ESC within the airframe, ensuring proper balance and weight distribution.
b. Carefully route and secure the wiring for each component, taking care to avoid interference and ensure clean, reliable connections.
c. Install the motor, propeller, and ESC in the nose of the aircraft, and mount the servos in the appropriate locations for controlling the control surfaces (ailerons, elevator, rudder).
d. Test each component individually to ensure proper operation before finalizing the installation and closing up the airframe.
Covering and Finishing:
a. Choose a covering material such as Monokote or Ultracote in your desired color scheme and apply it to the airframe using a heat gun, following the manufacturer's instructions.
b. Trim and seal the covering material around the edges and control surfaces, and use a heat gun to shrink it tight for a smooth, wrinkle-free finish.
c. Apply decals, markings, and other finishing touches to personalize your RC plane and make it stand out on the flight line.
d. Double-check all control surface movements and system functions to ensure everything is working correctly before your maiden flight.

Testing and Maiden Flight:
a. Perform a pre-flight check of all control surfaces, electronics, and mechanical systems to ensure everything is functioning correctly and securely.
b. Balance the aircraft correctly by adjusting the position of the battery and other components to achieve the recommended center of gravity.
c. Choose a suitable flying location with plenty of open space, minimal obstructions, and favorable weather conditions for your maiden flight.
d. Conduct a range check of your radio system and perform a series of ground tests to verify control surface movements and motor performance.
e. With everything checked and double-checked, take a deep breath, throttle up, and gently launch your RC plane into the sky for its maiden flight.

Conclusion, Building an RC plane from scratch is a challenging yet immensely rewarding endeavor that offers a unique opportunity to unleash your creativity and craftsmanship seems like this https://www.dynamrc.com/products/albatros-dva-v2-warbird-dy8960. By following a step-by-step approach and paying attention to detail, you can construct a model aircraft that's not only beautiful to behold but also capable of thrilling flights through the skies. So, gather your materials, sharpen your tools, and embark on your aerial adventure with confidence as you bring your dream of flight to life one component at a time. Happy building and happy flying!