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

Average Impact Force
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Newtons (N)
Peak Impact Force
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Newtons (N)
Equivalent Weight
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kg

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

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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.

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Packaging

Good packaging increases impact duration through cushioning, reducing peak forces on contents.

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Child Safety

Car seats are designed to distribute impact forces over wider areas of a child's body.

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Electronics

Phone cases with air pockets increase impact duration, reducing forces on delicate components.

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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.