Impact Force Calculator
Calculate the force of impact in collisions with our physics-based calculator. Perfect for engineering, safety analysis, and physics education.
Object Properties
Impact Parameters
Impact Force Results
Enter your parameters to assess the safety implications of this impact.
Impact Analysis
Detailed impact analysis will appear here after calculation.
📊 Impact Force Reference Data
| Scenario | Mass | Velocity | Duration | Avg Force |
|---|---|---|---|---|
| Car crash (35mph) | 1500 kg | 15.6 m/s | 0.1 s | 234,000 N |
| Baseball bat hit | 0.145 kg | 40 m/s | 0.001 s | 5,800 N |
| Bungee jump | 70 kg | 20 m/s | 2 s | 700 N |
| Hammer strike | 1 kg | 10 m/s | 0.005 s | 2,000 N |
| Football tackle | 100 kg | 8 m/s | 0.2 s | 4,000 N |
Note: These are approximate values for reference only. Actual forces depend on many factors.
🛡️ Impact Safety Guidelines
Vehicle Safety
Modern cars are designed to crumple on impact, increasing collision time and reducing peak forces on passengers.
Construction
Hard hats can withstand impacts of about 5,000 N, protecting workers from falling objects.
Sports Equipment
Helmets absorb impact energy through foam deformation, reducing peak forces to the head.
Packaging
Good packaging increases impact duration through cushioning, reducing peak forces on contents.
Child Safety
Car seats are designed to distribute impact forces over wider areas of a child's body.
Electronics
Phone cases with air pockets increase impact duration, reducing forces on delicate components.
Note: This calculator provides estimates based on simplified physics models. Actual impact forces depend on many complex factors including material properties, object geometry, and environmental conditions. For critical applications, consult with a qualified engineer.