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🗺️ Route Planning Fundamentals

▪ SECTIONS▼

📋 Introduction 📖 Glossary 👤 Role 🚛 Equipment 🗺 Routes 📡 Load Boards 🤝 Negotiation 💼 Brokers 📄 Documents ⚖️ Regulations 🖥 TMS 📞 Communication ⚠️ Problems 💰 Finances 📈 Career

▪ MODULES▼

🏭 Industry 📖 Terms 👤 Dispatcher 📡 Load Boards 🗺 Routes 🚛 Equipment 🤝 Negotiation 💼 Brokers 📊 CSA Scores 📦 Loads ⚠️ Problems 📈 Career

▪ TOOLS▼

🎮 Simulator 📝 Tests 🗂 Cases 🃏 Cards

🎯 What is route planning?

Route planning is the process of determining the optimal path to deliver a load while accounting for many factors: distance, time, fuel, Hours of Service (HOS), weather, and road conditions.

✅ Goals of effective planning:

  • Minimize costs: Reduce deadhead miles (<10%), optimize fuel
  • Maximize profit: Find backhaul loads, increase loaded miles
  • Meet deadlines: On-time delivery 95%+, factor in HOS and rest breaks
  • Driver safety: Avoid dangerous routes, plan for rest
  • Customer satisfaction: Transparency, communication, reliability

📊 Key planning factors

1. Distance and time

2. Hours of Service (HOS)

3. Fuel and expenses

💡 Formula for calculating route profitability:

Profit = Rate - (Fuel Cost + Driver Pay + Tolls + Other Expenses)

Example:

  • Rate: $2,500 (1,000 miles × $2.50/mile)
  • Fuel: $500 (1,000 miles × $0.50/mile)
  • Driver Pay: $600 (1,000 miles × $0.60/mile)
  • Tolls: $100
  • Profit: $1,300 or $1.30/mile

🗺️ Types of routes

1. Point-to-Point (Direct route)

Description: One pickup location → one delivery location

Pros: Simple, fast, fewer risks

Cons: Often high deadhead on the return trip

Example: Chicago, IL → Dallas, TX (950 miles)

2. Multi-Stop (Several stops)

Description: Several pickup/delivery points on a single route

Pros: Higher rate, efficient use of the truck

Cons: More complex planning, more time spent at stops

Example: Chicago → Indianapolis → Louisville → Nashville (3 stops)

3. Round Trip (Out and back)

Description: A load out + a backhaul load back

Pros: Minimal deadhead, maximum profit

Cons: Requires planning and finding a backhaul

Example: LA → Phoenix ($1,800) + Phoenix → LA ($1,600) = $3,400 for 760 miles

💼

Case Study: Optimizing the Chicago → Miami route

Situation: Load Chicago, IL → Miami, FL (1,380 miles). Rate $3,450 ($2.50/mile).

Dispatcher's analysis:

  • Route: I-65 South → I-75 South (through Indianapolis, Atlanta)
  • Transit time: 21-22 hours of driving (2 days accounting for HOS)
  • Fuel: 1,380 miles ÷ 6.5 MPG = 212 gallons × $3.50 = $742
  • Stops: Indianapolis (fuel), Atlanta (rest break), Jacksonville (fuel)
  • HOS plan: Day 1: 11 hours (700 miles), Day 2: 11 hours (680 miles)

Problem: The return trip Miami → Chicago carries a high deadhead risk (few loads out of FL).

Solution: Found a backhaul Miami → Atlanta ($1,200 for 660 miles), then Atlanta → Chicago ($1,800 for 720 miles).

Result: Total revenue $6,450 for 2,760 miles = $2.34/mile. Deadhead 0%. Profit $2,100 after all expenses!
Result: The broker raises to $2,300. You agree on $2,350 - above your minimum and close to your target.
✅

Quick Check

Question: A broker offers $1,800 for a 900-mile load. The market rate is $2.30/mile. What should your first counteroffer be?

A $2,070 (market rate)
B $1,900 (slightly above the offer)
C $2,300-2,400 (above market to anchor)
D $2,000 (compromise right away)
Correct! ✓ The Anchoring technique means naming a price 15-20% above your target. This creates room to negotiate and improves your chances of getting a better rate.
02

🌎 US Geography: Key Routes

🛣️ Major US Freight Lanes

Understanding key freight corridors is critically important for planning profitable routes.

✅ Top 5 Interstate Highways for freight:

  • I-95 (East Coast): Maine → Florida (1,920 miles) - the busiest corridor, high rates $2.50-3.50/mile
  • I-5 (West Coast): Seattle → San Diego (1,380 miles) - California produce, reefer loads, $2.80-4.00/mile
  • I-10 (South): LA → Jacksonville (2,460 miles) - coast-to-coast, steady loads $2.20-2.80/mile
  • I-80 (North): San Francisco → New York (2,900 miles) - the main transcontinental artery
  • I-40 (Central): Barstow, CA → Wilmington, NC (2,555 miles) - an alternative to I-10

🏙️ Chicago Hub - The heart of American logistics

Why Chicago matters: The geographic center of the US, the crossroads of 7 major interstates (I-55, I-57, I-80, I-88, I-90, I-94, I-290).

💡 Key routes out of Chicago:

  • Chicago → Dallas: 950 miles, I-55 South, high demand, $2.30-2.80/mile
  • Chicago → Atlanta: 720 miles, I-65 South, steady loads, $2.20-2.60/mile
  • Chicago → LA: 2,015 miles, I-80 West, long haul, $2.40-3.00/mile
  • Chicago → New York: 790 miles, I-80 East, high rates, $2.80-3.50/mile
  • Chicago → Miami: 1,380 miles, I-65 → I-75, seasonal demand, $2.50-3.20/mile

Tip: Chicago is a great spot to find backhaul loads in any direction!

🔺 Texas Triangle - The golden zone

What it is: The Dallas-Houston-San Antonio triangle with a high concentration of loads.

  • Dallas → Houston: 240 miles, I-45, $600-800 per load, easy to find a backhaul
  • Houston → San Antonio: 200 miles, I-10, $500-700, plenty of produce and oil/gas
  • San Antonio → Dallas: 275 miles, I-35, $650-850, closes the triangle
  • Advantage: You can run 2-3 laps a week with minimal deadhead

🌴 California Corridor - High rates

Features: Produce (fruits/vegetables), high demand for reefer, strict regulations.

⚠️ California routes:

  • LA → Phoenix: 380 miles, I-10, $900-1,200, frequent loads
  • LA → Las Vegas: 270 miles, I-15, $700-1,000, quick turnaround
  • San Francisco → LA: 380 miles, I-5, $1,000-1,400, tech and produce
  • Problem: Leaving CA often means low rates (many trucks, few loads)

🌊 East Coast Corridor - Population density

Advantages: Short distances, high load density, good rates.

  • New York → Philadelphia: 95 miles, I-95, $300-450, 2-3 hours
  • Philadelphia → Baltimore: 100 miles, I-95, $350-500
  • Baltimore → Washington DC: 40 miles, I-95, $200-350
  • Strategy: Multi-stop loads - 3-4 stops per day, $1,500-2,000 total
💼

Case Study: Optimizing a route through the Chicago Hub

Situation: Driver in LA, needs a load to the East Coast. The direct route LA → New York (2,790 miles) - few loads, low rates.

Dispatcher's strategy:

  • Step 1: LA → Chicago (2,015 miles) via I-80 - found a load for $5,200 ($2.58/mile)
  • Step 2: Chicago → New York (790 miles) - found a load for $2,450 ($3.10/mile)
  • Advantage: The Chicago Hub gave access to a much larger pool of loads
  • Time: 4 days of driving (2 days LA→Chicago, 1 day rest, 1.5 days Chicago→NY)
Result: Total: $7,650 for 2,805 miles = $2.73/mile. The direct route would have paid only $2.20/mile!
✅

Quick Check

Question: Why is Chicago called the "heart of American logistics"?

A Geographic center of the US, crossroads of 7 major interstates
B The highest rates in the country
C The largest city in the US
D The only city with Load Boards
Correct! ✓ Chicago is the geographic center of the US, at the crossroads of 7 major interstates (I-55, I-57, I-80, I-88, I-90, I-94, I-290), which makes it an ideal hub for finding loads in any direction.
03

⛽ Fuel Calculation and HOS Tracking

⛽ Calculating fuel costs

Fuel is the largest operating expense (30-40% of total costs). An accurate calculation is critical to profitability.

✅ Fuel calculation formula:

Fuel Cost = (Total Miles ÷ MPG) × Price per Gallon

Example:

  • Route: 1,000 miles
  • MPG: 6.5 miles per gallon (typical truck)
  • Diesel price: $3.50/gallon
  • Calculation: (1,000 ÷ 6.5) × $3.50 = 154 gallons × $3.50 = $539
  • Cost per Mile: $539 ÷ 1,000 = $0.54/mile

📊 Typical MPG figures

  • Dry Van (empty): 7-8 MPG
  • Dry Van (loaded): 6-7 MPG
  • Reefer (with the refrigeration unit running): 5.5-6.5 MPG
  • Flatbed (loaded): 5.5-6.5 MPG
  • Mountainous terrain: -10-15% to MPG
  • Winter (cold): -5-10% to MPG

💡 Fuel-saving strategies:

  • Fuel Cards: Discounts of 5-15 cents/gallon (Pilot Flying J, Love's, TA/Petro)
  • Fuel Routing: Plan stops in states with cheap diesel (TX, OK, AR)
  • Avoid: California, Nevada, Washington - the most expensive diesel ($4.50-5.50/gallon)
  • Bulk Fueling: Fill up a full tank in cheap states
  • Speed Control: 60-65 mph is optimal for MPG (every 5 mph faster = -0.1 MPG)

⏰ Hours of Service (HOS) Rules

Federal FMCSA rules: They regulate how much a driver can work and rest.

⚠️ Core HOS rules:

  • 11-Hour Driving Limit: Maximum 11 hours of driving after 10 consecutive hours of rest
  • 14-Hour On-Duty Limit: Maximum 14 hours on duty (including loading/unloading, inspections)
  • 30-Minute Break: Mandatory break after 8 hours of driving (can be off-duty or sleeper berth)
  • 70-Hour/8-Day Rule: Maximum 70 hours on duty over 8 consecutive days
  • 34-Hour Restart: After 34 hours of rest, the 70-hour counter resets

Penalties for violations: $1,000-11,000 for the driver, $11,000-16,000 for the company, CSA points

🗓️ Planning around HOS

Example transit-time calculation:

  • Distance: 1,200 miles
  • Average speed: 55 mph (accounting for stops, traffic)
  • Driving time: 1,200 ÷ 55 = 21.8 hours
  • HOS plan:
    • Day 1: 11 hours of driving (605 miles) + 30-min break
    • Night 1: 10 hours of rest (mandatory)
    • Day 2: 10.8 hours of driving (595 miles)
  • Total transit time: ~2 days (48 hours including rest)

✅ HOS optimization:

  • Split Sleeper Berth: Split the 10 hours of rest into 7+3 or 8+2 for flexibility
  • Plan breaks: Combine the 30-min break with loading/unloading
  • Avoid rush hours: Plan to pass through major cities at night
  • ELD monitoring: Check remaining hours every 2-3 hours
  • Backup plan: Know the location of truck stops along the route for rest
💼

Case Study: Calculating profitability with fuel and HOS

Load: Atlanta → Seattle, 2,650 miles, offer $6,500 ($2.45/mile)

Fuel calculation:

  • MPG: 6.5 (loaded Dry Van)
  • Gallons: 2,650 ÷ 6.5 = 408 gallons
  • Average price: $3.60/gallon (with fuel card discount)
  • Fuel cost: $1,469 ($0.55/mile)

HOS planning:

  • Driving time: 2,650 ÷ 55 mph = 48 hours
  • Day 1: 11 hours (605 miles)
  • Day 2: 11 hours (605 miles)
  • Day 3: 11 hours (605 miles)
  • Day 4: 11 hours (605 miles)
  • Day 5: 4.4 hours (230 miles)
  • Total: 5 days including 10-hour breaks
Bottom line: Revenue $6,500 - Fuel $1,469 - Driver Pay $1,590 (60¢/mile) = Profit $3,441 ($1.30/mile). The load is profitable!
✅

Quick Check

Question: A 1,500-mile load, MPG 6.5, diesel $3.50/gallon. What is the fuel cost?

A $750
B $850
C $808 (1,500÷6.5×$3.50)
D $525
Correct! ✓ Formula: (Total Miles ÷ MPG) × Price per Gallon = (1,500 ÷ 6.5) × $3.50 = 231 gallons × $3.50 = $808. That is $0.54/mile fuel cost.
04

🔄 Finding Backhaul Loads

🔄 What is a Backhaul?

A backhaul is a load on the return trip after delivering the primary load. It's the key to maximizing profit and minimizing deadhead miles.

✅ Why the backhaul is critically important:

  • Minimize deadhead: Instead of returning empty - earn money on the return trip
  • Double your revenue: One round trip = 2 loads instead of 1
  • Better RPM: Revenue Per Mile increases by 40-60%
  • Competitive advantage: You can take loads at lower rates, knowing you have a backhaul

Example: Load LA → Dallas $2,200 (1,000 miles). Without a backhaul: $2.20/mile. With a backhaul Dallas → LA $1,800: Total $4,000 for 2,000 miles = $2.00/mile (but 0% deadhead!)

📊 Backhaul-finding strategies

1️⃣ Plan ahead

  • Before booking the primary load: Check for backhaul availability on Load Boards
  • Route analysis: Are there loads from the delivery point back?
  • Seasonal patterns: Some lanes have a seasonal imbalance (for example, produce out of CA in spring/summer)
  • Rule: Don't take a load if there are no backhaul options (except for very high rates)

2️⃣ Working with brokers

  • Ask right away: "Do you have a backhaul for this lane?"
  • Package deals: "I'll take this load at $X if you give me the backhaul"
  • Preferred carriers: Regular brokers often offer round trips
  • Dedicated lanes: Arrange regular out-and-back lanes

3️⃣ Load Boards for backhaul

  • DAT Load Board: Filter "Origin" = the delivery point of the primary load
  • Truckstop.com: "Backhaul Search" feature
  • 123loadboard: Cheaper, but fewer loads
  • Timing: Look for a backhaul 24-48 hours before delivering the primary load
  • Flexibility: Consider loads within a 50-100 mile radius of the delivery point

💰 Calculating profitability with a backhaul

Formula: Total Revenue ÷ Total Miles = Effective Rate Per Mile

✅ Example calculation:

Scenario 1: Without a backhaul

  • Chicago → Miami: 1,380 miles, $3,450 ($2.50/mile)
  • Miami → Chicago: 1,380 deadhead miles (0 revenue)
  • Total: $3,450 for 2,760 miles = $1.25/mile ❌

Scenario 2: With a backhaul

  • Chicago → Miami: 1,380 miles, $3,450 ($2.50/mile)
  • Miami → Atlanta: 660 miles, $1,200 ($1.82/mile)
  • Atlanta → Chicago: 720 miles, $1,800 ($2.50/mile)
  • Total: $6,450 for 2,760 miles = $2.34/mile ✅

Difference: +$3,000 in revenue (+87% profit) thanks to the backhaul!

🎯 When you can take a low rate on a backhaul

  • It covers fuel: Minimum $1.00-1.20/mile (covers fuel + partial driver pay)
  • Getting home: $1.00/mile is better than 0% deadhead
  • Avoid detention: A backhaul with fast loading/unloading
  • The 50% rule: The backhaul should be at least 50% of the primary load's rate
💼

Case Study: Turning a losing route into a profitable one

Situation: A broker offers a load Phoenix → Seattle, 1,420 miles for $2,840 ($2.00/mile). The return Seattle → Phoenix - few loads.

Dispatcher's analysis:

  • Problem: The return trip is 1,420 deadhead miles = Total $2,840 for 2,840 miles = $1.00/mile (a loss!)
  • Solution: Find a backhaul via Load Boards
  • Found: Seattle → Portland (175 miles) for $400, then Portland → Phoenix (1,200 miles) for $2,400
  • Alternative: Seattle → LA (1,135 miles) for $2,500, then LA → Phoenix (380 miles) for $900

Dispatcher's choice: Option 2 (through LA) - fewer stops, better rates.

Result: Phoenix→Seattle $2,840 + Seattle→LA $2,500 + LA→Phoenix $900 = $6,240 for 2,935 miles = $2.13/mile. A $2,100 profit instead of a loss!
✅

Quick Check

Question: A load out is 1,000 miles for $2,500. The backhaul is 1,000 miles for $1,500. What is the effective rate?

A $2.50/mile (primary load only)
B $2.00/mile ($4,000 ÷ 2,000 miles)
C $1.50/mile (backhaul only)
D $1.25/mile
Correct! ✓ Effective Rate = Total Revenue ÷ Total Miles = ($2,500 + $1,500) ÷ 2,000 miles = $2.00/mile. A backhaul lets you measure the profitability of the whole route rather than individual loads.
05

🛠️ Route Planning Tools

🗺️ Tools for route planning

Modern technology makes route planning easier and more efficient.

✅ Google Maps / Waze - Basic tools

  • Google Maps: Free, accurate distances, real-time traffic, ETA
  • Waze: Alerts for police, accidents, road work
  • Pros: Free, simple, up-to-date information
  • Cons: Don't account for truck restrictions (bridges, tunnels, weight)
  • Use: For general planning and checking traffic

🚛 PC Miler - The professional standard

What it is: Specialized software for planning truck routes accounting for all restrictions.

💡 PC Miler capabilities:

  • Truck-specific routing: Accounts for the truck's weight, height, length
  • Hazmat routing: Routes for hazardous materials
  • Fuel optimization: Planning stops at cheaper fuel stations
  • HOS compliance: Time calculation accounting for Hours of Service
  • Toll calculation: Accurate toll-road calculation
  • Weather integration: Weather alerts along the route
  • Cost: $50-150/month (depends on features)

📱 Trucker Path - Mobile app

What it is: A free app for drivers with a huge database of truck stops.

  • Truck stops: 5,000+ locations with fuel prices, parking, amenities
  • Weigh stations: Status (open/closed), bypass options
  • Rest areas: Real-time parking availability
  • Trip planning: Planning a route with stops
  • Load board: Built-in load search
  • Cost: Free (Pro version $10/month)

💼 DAT TruckersEdge - Load Board + Routing

What it is: A combination of a load board and planning tools.

⚠️ DAT capabilities:

  • Load search: The largest load database in the US
  • Rate analysis: Historical rates by lane
  • Broker credit scores: Check broker reliability
  • Routing: Route planning accounting for backhaul
  • Market trends: Supply/demand analytics
  • Cost: $150-300/month

🖥️ TMS (Transportation Management System)

What it is: Comprehensive systems for managing every aspect of dispatch work.

  • Examples: McLeod, TMW Systems, Axon, TruckingOffice
  • Functions: Dispatch, accounting, document management, GPS tracking, reporting
  • Integration: ELD, load boards, fuel cards, factoring
  • Automation: Invoicing, IFTA reports, driver settlements
  • Cost: $50-500/month (depends on company size)

✅ Recommended toolset:

  • New dispatcher: Google Maps + Trucker Path + DAT Load Board ($150/month)
  • Experienced dispatcher: PC Miler + Trucker Path + DAT TruckersEdge ($300-400/month)
  • Company with 5+ trucks: TMS system + PC Miler + DAT ($500-800/month)

ROI: The right tools pay for themselves in 1-2 weeks thanks to route optimization and fuel savings!

💼

Case Study: Saving $500/week thanks to the right tools

Before: The dispatcher used only Google Maps and free load boards.

  • Problem 1: The truck hit a bridge closed to trucks - lost 3 hours and $150 in fuel
  • Problem 2: Didn't know about cheap fuel stops - overpaid $0.30/gallon = $60/week
  • Problem 3: Poor rate analysis - took loads 10-15% below market
  • Losses: ~$500-700/week

After: Invested in PC Miler ($100/month) + DAT TruckersEdge ($200/month).

  • Result 1: Truck-specific routing - 0 mistakes with restrictions
  • Result 2: Fuel optimization - saved $150/week on fuel
  • Result 3: Rate analysis - rates rose by 12% ($300/week)
Bottom line: The $300/month investment paid off in 1 week. Savings of $500+/week = $2,000+/month in net profit!
✅

Quick Check

Question: What is the main advantage of PC Miler over Google Maps for dispatchers?

A Free to use
B Better interface design
C Truck-specific routing accounting for weight, height, restrictions
D Works offline
Correct! ✓ PC Miler is built specifically for trucks and accounts for all restrictions (weight, height, length, hazmat), which prevents costly mistakes with closed bridges, tunnels, and roads.
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