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Montgomery County Fire & Rescue's Proactive Driving to Reduce Fleet Losses, Lecture notes of Construction

Montgomery County Fire & Rescue Service's Proactive Driving System aimed at reducing fleet losses. The system identifies common causes of collisions, driving tasks, and a new philosophy for proactive driving. It also covers daily apparatus checks, mirror adjustments, visual scans, seat belts, stopping distances, and eye movement.

What you will learn

  • What are the recommended adjustments for mirrors in the Proactive Driving System?
  • What are the five common driving tasks related to DFRS collisions?
  • How does the Proactive Driving Formula work?
  • What are the daily apparatus checks required in the Proactive Driving System?
  • What are the common causes of collisions identified in the Proactive Driving System?

Typology: Lecture notes

2021/2022

Uploaded on 09/27/2022

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Proactive Driving System
PROACTIVE DRIVING SYSTEM
Montgomery County Fire & Rescue Service
December 2002
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Download Montgomery County Fire & Rescue's Proactive Driving to Reduce Fleet Losses and more Lecture notes Construction in PDF only on Docsity!

PROACTIVE DRIVING SYSTEM

Montgomery County Fire & Rescue Service December 2002

OVERVIEW

 MCFRS Fleet

Losses

 Starting

 In-Motion

 Intersections

 Arriving on

Scene or

Stopping

 Backing

INSURANCE

 Our collision loss experience is poor

 Spending money for premium increases that could be spent for more worthwhile things

 Pledged to the insurer that we would improve

 Insightful loss study completed

 We changed the way we understand collisions

 Our driving is the loss source

 Our drivers are the solution

SPECIAL CAUSES

 Apparatus Type  Emergency vs. Non-Emergency Driving  Preventability (the other driver)  Shifts  Districts  Stations

 Assigned Station vs. Detail  Location of Vehicle Damage  Driving Experience  Multiple Collisions  Time of Day  Road Conditions

These Loss Factors Are Not Root Causes Of Our Fleet Losses

AT-RISK DRIVING BEHAVIORS

At-risk behaviors are simply actions that place the vehicle in harms way. The loss analysis revealed a distinct set of at-risk behaviors for each driving task. We have not made this connection in the past.

Collision reduction will occur as more operators master the driving behaviors.

10

10

10

13

13

14

15

16

22

24

25

27

33

45

49

Space Cushion M

Cover the Brake I

4 Corners Clearance I

Visual Lead Time M

Reduce Speed I

Intersection Stop I

Eye Contact I

Poor Spotter B

No Spotter B

Eye Movement I

Circle Check B

Too Fast M

Visual Scan B

4 Corners Clearance M

Eye Movement M

NEW PHILOSOPHY

We drive our vehicles with the mindset that the other driver will make a mistake in the path of our vehicle.

Our operators will drive proactively by adjusting their driving to avoid collisions triggered by other drivers, traffic, and environmental conditions.

STARTING

 Daily Apparatus

Check

 Circle Check

 Adjustments

 Seat Belts

 Visual Scan

In-Motion

Starting Arriving

Intersections

Backing

DAILY APPARATUS CHECK

 Preventive maintenance

process

 Occurs at shift change

 Identifies defects

 Treats small problems

 Mirror & seat adjustments

 Documentation

 Mark of a professional

operator

CIRCLE CHECK

 Sides

 Compartments  Ladders, tools, lights, and equipment

 Rear

 LDH and hose  Appliances and loose equipment

 Underneath

 Obstructions or forgotten equipment  Wheel chock

 Mark of a professional

operator

Rapid 360 Degree Vehicle

Scan

VISUAL SCAN

 Operator completes a V

visual scan of the field

of vision before moving

 Forward  Sides  Rear

 Remain parked until the overhead door is 100% open

 Proceed slowly through the door opening and hazard zone

E (^) T M

Fire Station

Forward

Rear

Side

IN-MOTION

 Space Cushion  Visual Lead Time  Eye Movement  Cover the Brake  Safe Speed  Railroad Crossings  Hands Free  Steering  Signaling  Traffic Signs & Signals

Leaving

Arriving

In-Motion

Intersections

Backing

SPACE CUSHION

 Provides adequate space

for braking

 Provides space for offensive

or aggressive drivers

How the space cushion works:

Space Cushion

STOPPING TIME

Stopping Time 4 seconds

Braking 21 / 2 seconds

Reaction 3 / 4 second

Perception 3 / 8 to 3 / 4 second

Based upon 40 mph on wet roads.

STOPPING DISTANCE

30 mph

60 mph

113 feet

315 feet

How much distance do you need

to stop on a dry road?

10 mph 30 feet