Welcome to TinkerTails
The Future of Aerospace Education
Module-1
Introduction to the Concepts of Flying
Session 1: Introduction to Flying Things
- Storytelling: “How Do Planes Fly?” (using flashcards and animation)
- Hands-on: Color-your-own paper plane
Session 2: Meet the Shapes of the Sky
- Learn basic shapes used in aircraft (circle = wheels, triangle = wings)
- Kit Activity: Assemble a snap-fit plane using soft components
Session 3: Let’s Build & Name Our Plane
- Guided assembly of a colorful foam model airplane
- Kids name their models and decorate with stickers
Session 4: Play & Learn Flight Paths
- Learn what is up/down/left/right using simple throw-and-glide exercises
- Controlled soft indoor flight test
Session 5: Tinker Show Day
- Exhibition of models made by each child
- Participation certificates and fun quiz (visual questions)
Module-2
Basic Applications in Motion & Electronics
Session 1: Let’s Explore the Sky
- Introduction to types of aircraft (planes, helicopters, gliders)
- Interactive quiz and model demonstration
Session 2: Parts of a Plane
- Learn about fuselage, wings, tail, and wheels
- Labeling activity with model diagrams
Session 3: Build a Basic Plane (Screw-and-Fit Kit)
- Safe guided assembly using hand-tight screws
- Practice balancing and proper alignment
Session 4: Story Flight Activity
- Role-play your plane’s mission (Rescue mission, cargo drop, sky adventure)
- Add creative stickers and ID tags to models
Module-3
Introduction to Flying Simulators & Radio Controllers
- Basics of RC (Radio Control) operation
- Use of flight simulators for planes and drones
- Selection and handling of various model aircraft and drones
Module-4
Introduction to Multicopter (Drones)
- Introduction to quadcopters and Multicopter concepts
- Assembly of wooden drone kits
- Live flight of basic drones
Session 1: Testing & Modifying
- Gentle hand-launched testing
- Simple wing and tail adjustments to see how it flies
Session 2: Maker Carnival
- Mini group flying contest
- Display session with certificates and feedback
Module-5
Fixed-Wing Aircraft Fundamentals
Introduce real-world principles of flight, model design, and functional model plane building with interactive problem-solving.
Key Focus Areas:
- Aerodynamics fundamentals (lift, drag, thrust, weight)
- Working with tools and materials (foamboard, balsa wood, screws)
- Introduction to electronics (for optional motorized kits)
Session 1: The Science of Flight
- Interactive demo: How planes stay in the air (with real-time examples)
- Discuss 4 Forces of Flight
Module-6
Design, Build, Test & Fly – Coroplast (Coro) Planes
Session 1: Aircraft Components and Materials
- Learn about structure: Wing design, airfoil, stabilizers, landing gear
- Hands-on: Test wing profiles using small fan or wind tunnel
Session 2: Blueprint to Build
- How to read simple aircraft diagrams
- Sketching their own plane on a template
Session 3: Building the Frame
- Guided model construction with foam board/balsa kit
- Aligning wing, fuselage and control surfaces
Session 4: Adding Functional Elements
- Optional motorized propeller
- Control surface demo (rudder, elevator)
Session 5: Trial & Error Testing
- Gliding test flights and observation of flaws
- Fixing wing angles or tail misalignments
Session 6: Advanced Model Enhancement
- Introduction to basic electronics (battery, motor, switch)
- Safety and circuit connection basics
Session 7: Showcase & Certification
- Final demo flights and peer presentations
- Awards for creativity, best build, flight control, etc.
Module-7
Design & Flight of Multicopter
Part 1: Basic Drone Workshop (3 Days)
Learning Objectives:
- Understand UAV types and aerodynamics
- Get hands-on experience with drone frame assembly and electronics
- Learn flight principles, safety, and regulations
Day-wise Breakdown:
- Day 1: Introduction to Drones & Flight Basics
- Day 2: Assembly & Electronics Integration
- Day 3: Flight Testing & Orientation
Part 2: Advanced Drone Workshop (5 Days)
Learning Objectives:
- Advanced tuning, PID control, GPS navigation, and mission planning
- Payload integration and custom drone design
- Real-world applications: surveillance, mapping, delivery
Day-wise Breakdown:
- Day 1: Advanced Aerodynamics & Frame Design
- Day 2: Flight Controller Deep Dive
- Day 3: GPS & Autonomous Flight
- Day 4: Payload & Sensors Integration
- Day 5: Capstone UAV Challenge + Industry Overview
Module-8
Hobby Aircraft Development ,
Advanced Aeromodelling& UAV Systems
Learning Outcomes:
- Understand principles of aerodynamics, stability, and control
- Gain practical experience in designing and fabricating fixed-wing and rotary UAVs
- Learn propulsion systems, electronics integration, and flight tuning
- Simulate, assemble, and test fly an RC model or UAV
- Get exposure to RPTO frameworks and pilot licensing essentials
Day-wise Curriculum Breakdown
- Day 1: Fundamentals of Flight and Aircraft Design
- Day 2: Fixed-Wing Aerodynamics & Stability
- Day 3: Fabrication and Electronics Integration
- Day 4: Flight Simulation & Field Testing
- Day 5: UAV Capstone Project + Industry Linkage
Materials & Support Provided:
- Kits: Frame components, motor, ESC, servos, LiPo battery, charger, controller
- Tools: Cutting tools, soldering irons, screwdrivers, adhesives
- Simulators and training laptops (if hosted in a lab)
- Printed manuals + online video reference library
- E-certificate of participation
Module-9
FPV (First-Person View) Systems
Learning Objectives:
- Master FPV (First Person View) drone piloting using goggles
- Build, configure, and race high-speed FPV drones
- Understand PID tuning, motor KV selection, failsafe modes
- Develop spatial awareness, control reflexes, and aerial navigation skills
- Understand safety, race rules, and competition formats
Day-wise Curriculum Breakdown
- Day 1: Introduction to FPV Drone Racing
- Day 2: FPV Systems Setup & Tuning
- Day 3: Simulator Training + Field Orientation
- Day 4: FPV Flying Practice + Technical Maneuvers
- Day 5: FPV Drone Race Day + Debrief
Why Choose TinkerTails?
We’re not just another learning platform—we’re a launchpad for future innovators. Here’s what sets us apart:
- Original content curated by aerospace experts and educators
- Focus on 21st-century skills, innovation, and entrepreneurship
- Commitment to Make in India and self-reliance in aerospace technologies
- Real-world exposure to careers and advancements in aviation and space industries
Take Off with Us!
Whether you’re a student, educator, or institution, TinkerTails is your gateway to the fascinating world of flight, drones, and aerospace innovation.
Join us in shaping the next generation of aerospace pioneers—because when curiosity takes flight, the possibilities are endless.