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Experiment kit Flight & Flying

Product Code : SCL-EI-10586

Lab Glassware Manufacturer, based in Ambala, Haryana, India, has been manufacturing and exporting laboratory, scientific, and educational equipment since 1982. The Flight and Flying Experiment Kit (Experiment Kit "Flight & Flying") is a school physics apparatus used for teaching static lift, dynamic lift, airflow, air resistance, propeller action, rocket recoil and basic flight principles. Lab Glassware Manufacturer supplies this kit to institutions across Alpine Europe, including Switzerland, Austria, Liechtenstein and Slovenia.

Quick Answer: The Flight and Flying Experiment Kit is a 25-experiment set for grades 5–10 that lets students investigate static lift with balloons, dynamic lift on wing profiles, air resistance with drag bodies, and recoil with rocket and propeller models, linking aircraft, balloon and rocket motion to core physics laws.

Specification	Detail
Product Name	Experiment Kit "Flight & Flying" / Flight and Flying Experiment Kit
Brand	Lab Glassware Manufacturer
Category	Electronic Instruments – Aerodynamics and Flight Experiment Kit
Intended Users	Grades 5–10 physics students, science teachers, STEM labs and mechanics practical groups
Experiment Capacity	25 experiments
Dimensions	57.2 x 49.7 x 15.5 cm
Required Accessory	Air-flow generator, minimum 14 m/s flow speed – not included, sourced separately
Standards / Certifications	No product-specific certification confirmed; verify tender compliance before procurement

Key Features

Flight and aerodynamics experiment kit for grades 5-10
Supports 25 classroom experiments on flight behaviour and airflow
Covers static lift, dynamic lift, recoil, air resistance and vortex formation
Useful for studying wing profiles, pressure differences and flow patterns
Includes materials for drag-body comparison and propeller demonstrations
Supplied with organized foam inserts and storage layout plan
Requires an external air-flow generator of at least 14 m/s for optimum results

What's Included in the Kit

Foam inserts (upper, lower and grey) for organized storage
Storage layout plan for the Flight and Flying demonstration set
1 polystyrene ball, 70 mm diameter
1 silicone oil dropper bottle, 10 ml
1 red table-tennis ball
1 set of 4 drag bodies without base
1 balloon valve
1 metal plate
1 set of 100 narrow rubber rings
Detailed experiment manual for 25 experiments
Additional model parts and airflow accessories

Applications

The Flight and Flying Experiment Kit is used for demonstrating static lift with hot-air and solar-balloon activities, teaching dynamic lift using wing and airflow experiments, measuring flow velocity with Venturi-related setups, explaining pressure difference at a wing profile, comparing air resistance of different drag bodies, showing vortex formation and airflow paths around objects, demonstrating propeller, rotor, helicopter and recoil principles, and linking aircraft flight, balloon flight and rocket motion to physics laws.

How to Use the Experiment Kit "Flight & Flying"

Select the flight experiment from the teacher manual, place the required model, drag body, ball, balloon valve or measuring accessory on a stable bench, set up the air-flow generator where the experiment requires controlled airflow, adjust the airflow to the required level (at least 14 m/s where specified), observe motion, lift, pressure effect, drag or recoil behaviour, record changes in flow pattern, speed, force or direction as instructed, and switch off airflow before changing models or repositioning accessories.

Safety Note: Use the kit under teacher supervision. Keep fingers away from moving propellers, secure lightweight models before airflow tests, and use heating devices for hot-air balloon work only as directed.

Care & Maintenance

Return all small parts to the correct foam-insert positions after use, keep wing models, drag bodies, balls and valves clean and dry, check rubber rings, balloons and lightweight parts for wear before each lesson, and store the kit away from heat, moisture and heavy objects that may deform models.

Pairs Well With Other Mechanics Apparatus

Schools building a broader mechanics and dynamics teaching module often pair this kit with the Class Set Mechanics 2.0 for collaborative force and motion stations, the Flex-Box Physics Kit for modular multi-topic physics experiments, and the Mechanics of Solids Kit for single-group force and deformation work.

Why Choose Lab Glassware Manufacturer

Lab Glassware Manufacturer has been manufacturing and exporting laboratory, scientific and educational equipment from Ambala, Haryana, India since 1982, supplying schools, colleges, research institutes and government tenders across India and export markets including Alpine Europe (Switzerland, Austria, Liechtenstein, Slovenia). Every kit is checked before dispatch, and technical support is available for institutional buyers placing bulk or tender orders.

Frequently Asked Questions

What is the Flight and Flying Experiment Kit used for?
The Flight and Flying Experiment Kit is used to teach static lift, dynamic lift, airflow, air resistance, propeller action, rotor action and recoil through practical physics demonstrations.

Which class level is this kit suitable for?
The verified source identifies the kit for physics lessons in grades 5-10.

How many experiments does the kit support?
The source states that the set is supplied with detailed instructions for 25 experiments.

Does the kit include an air-flow generator?
No. The verified source states that the air-flow generator is not included and should provide at least 14 m/s flow speed for optimum results.

Can this kit demonstrate rocket motion?
Yes. The experiment topics include the recoil principle and a rocket model, helping students connect rocket motion with conservation of momentum.

Are certifications confirmed for this product?
No product-specific certification is confirmed in the verified source data. Tender compliance, safety declarations and material details should be checked before order placement.