Designed by Driven Evidence - Copyright 2026 | US Patent Pending
Road Surface Conditions
Friction Coefficient (μ)
0.80
SAFE CONDITIONS
Vehicle Parameters
60 mph
3500 lbs
1.5 sec
Analysis Results
Total Stopping Distance
264feet
Reaction distance + braking distance
Reaction Distance
132feet
Distance traveled during perception-reaction time
Braking Distance
132feet
Distance to stop after brake application
Stopping Distance Visualization
264 ft
Deceleration
25.8 ft/s²
G-Force
0.80 g
Skid Viability
LIKELY
Forensic Assessment
Under dry asphalt conditions with good tire tread, the vehicle can achieve optimal braking performance. The calculated stopping distance represents ideal conditions with an alert driver.
Legal & Comparative Negligence Factors
Key Considerations for Winter Crashes
Duty of Care: Drivers must adjust speed for road conditions regardless of posted limits
Skid Mark Analysis: Length correlates directly with speed and friction coefficient
Tire Condition Impact: Worn tires can reduce friction coefficient by 15-40% in wet/winter conditions
Reaction Time Variables: Average 1.5s, but impairment, distraction, or age can increase to 2.5s+
Comparative Fault: Inadequate tires, excessive speed, or failure to maintain control may indicate negligence