Physics behind how aircraft work
Module 2 covers the physics an engineer needs to understand aircraft systems: matter, mechanics, thermodynamics, optics, wave motion and sound.
It explains why hydraulic systems multiply force, why engines need cooling, and how pressure and temperature change with altitude.
What you study in Module 2
Matter
Atoms, states of matter and their properties.
Mechanics
Forces, motion, work, energy, power and fluid mechanics.
Thermodynamics
Temperature, heat transfer and gas laws.
Optics, waves and sound
Light, reflection, wave motion and sound.
Physics in aircraft systems
Hydraulic brakes, landing gear and flight controls use fluid pressure. Engines and air conditioning rely on thermodynamics. Instruments use the behaviour of air pressure.
Understanding the physics helps you troubleshoot systems rather than just follow steps.
- Hydraulics and pressure
- Engine heat and cooling
- Pressure and altitude
- Vibration and sound
Preparing for the Module 2 exam
Focus on concepts first, then formulas. Link every topic to an aircraft example. Redwings faculty use diagrams, lab demonstrations and practice questions.
- Concept-first learning
- Aircraft examples
- Practice questions
- Revision before exam
Train at Redwings Aerotechnique, Bhopal
Redwings Aerotechnique is a DGCA-approved CAR-147 basic maintenance training organisation in Bhopal, Madhya Pradesh. It is part of Redwings Group, which also runs its own DGCA-approved CAR-145 maintenance, repair and overhaul organisation. This connection means students learn aircraft maintenance from people who work to real industry standards every day.
Students can choose the B1.1 (turbine aeroplanes), B1.2 (piston aeroplanes) or B2 (avionics) stream, or the dual programme AME + B.E. Classes follow the DGCA syllabus and are supported by an engine system lab, airframe system lab, electrical, radio navigation, instrument and battery workshops, a general workshop, audio-visual classrooms and a library. Teaching and counselling are available in Hindi and English.
Admission is through the Redwings Aerotechnique admission test, or by direct joining after an eligibility check. Merit scholarships are offered on the admission test score. Redwings students have recorded 100% results in DGCA module examinations across several sessions, and the first Redwings batch achieved 100% placement in airline and MRO jobs.
You are welcome to visit the Bhopal campus to see the labs and workshops, meet the faculty and talk to the admission team before you decide. Parents can join the counselling session too.
Visit or call us
- Pragyan Nursing College Campus, Abbas Nagar, Gondermau, Bypass Road, Gandhi Nagar, near R.G.P.V., Bhopal 462036
- +91 95891 97505
- +91 96855 57506
- redwingsaerotechnique@gmail.com
Why students choose Redwings
Seeing physics in every aircraft system
Physics is not just a subject to pass; it explains why aircraft systems behave the way they do.
Pressure and fluids
Hydraulic and pneumatic systems rely on pressure. Understanding how pressure acts on area explains how small actuators move heavy parts.
Heat and gases
Engines, air conditioning and pressurisation depend on gas laws and heat transfer. These ideas explain cooling, expansion and pressure changes with altitude.
Motion and forces
Mechanics explains loads on structures, landing gear and rotating machinery.
Learning it at Redwings
Faculty link every topic to aircraft examples, making Module 2 easier to understand and remember.
Questions answered
Short, clear answers to the questions students and parents ask most. Still unsure about anything? Our admission team is happy to help.
Is Physics tough in AME?
It is school-level physics applied to aircraft. Regular study makes it manageable.
Is it common to all streams?
Yes, Module 2 is a foundation module.
Does it help in later modules?
Yes, especially in aerodynamics, engines and systems.
Is the course taught in Hindi?
Classes are available in Hindi and English.
Keep reading
Related pages and guides from Redwings.