Flight Distance Visualizer

Scientific Method

Observation

Birds and aircraft with larger wingspans tend to glide farther distances.

Hypothesis

Increasing wingspan will increase the flight distance due to greater lift generation and improved lift-to-drag ratio.

Experiment

Test different wingspan values and measure the resulting flight distances using aerodynamic principles.

Analysis

Visualize how wingspan affects flight trajectory and maximum distance traveled.

Conclusion

Larger wingspans generate more lift, allowing for longer glide distances before landing.

Wingspan (meters):

Why Wingspan Matters

Lift Generation: Larger wingspans create more surface area, generating greater lift force that keeps the aircraft aloft longer.

Lift-to-Drag Ratio: Longer wings typically have better aerodynamic efficiency, reducing induced drag and allowing the aircraft to glide farther.

Glide Performance: With increased lift and reduced drag, aircraft with larger wingspans can maintain altitude longer and travel greater distances.

Flight Distance Visualizer

Flight Results

Comparison Legend

Why Wingspan Matters