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Alignment Profit Potential

Alignment Profit Potential. Cars requiring Total 4-Wheel Alignment 80-90% National Average Shop Hourly Labor Rate* $54.70 Shop Bay Overhead (per day) $56 Not Including Capital Equipment Highest Paid Technician (per hr.)* $19.44 Average 4-Wheel Alignment Charge* $65.40

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Alignment Profit Potential

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  1. Alignment Profit Potential • Cars requiring Total 4-Wheel Alignment 80-90% • National Average • Shop Hourly Labor Rate* $54.70 • Shop Bay Overhead (per day) $56Not Including Capital Equipment • Highest Paid Technician (per hr.)* $19.44 • Average 4-Wheel Alignment Charge* $65.40 • Average 2-Wheel Alignment Charge* $35 List current production cars that have fixed non adjustable rear axle *Source Undercar Digest

  2. AlignmentProfit Potential A • Enter 4-Wheel Alignment Charge (average 65.40) B • 4-Wheel Alignment Revenue A x B = C • Operating expenses (per hour)employee(highest average 19.44) D • Number of alignments x employee hourly cost A x D = E • Bay cost per hour (excluding capital equipment) F • Bay hourly cost x number of alignments A x F = G • Total overhead E + G = H • Operating cash C - H = I • Lease Payment (Per Day) J • Net Profits Per Day I - J = K • Net Profits Per Month K x 22 = L • Net Profits Per Year L x 12 = M Estimate Number of 4-Wheel Alignments Per Day

  3. Alignment Profit Potential A • Enter 4-Wheel Alignment Charge (average 65.40) B • 4-Wheel Alignment Revenue A x B = C • Operating expenses (per hour)employee(highest average 19.44) D • Number of alignments x employee hourly cost A x D = E • Bay cost per hour (excluding capital equipment) F • Bay hourly cost x number of alignments A x F = G • Total overhead E + G = H • Operating cash C - H = I • Lease Payment (Per Day) J • Net Profits Per Day I - J = K • Net Profits Per Month K x 22 = L • Net Profits Per Year L x 12 = M Estimate Number of 4-Wheel Alignments Per Day

  4. Alignment Profit Potential A • Enter 4-Wheel Alignment Charge (average 65.40) B • 4-Wheel Alignment Revenue A x B = C • Operating expenses (per hour)employee(highest average 19.44) D • Number of alignments x employee hourly cost A x D = E • Bay cost per hour (excluding capital equipment) F • Bay hourly cost x number of alignments A x F = G • Total overhead E + G = H • Operating cash C - H = I • Lease Payment (Per Day) J • Net Profits Per Day I - J = K • Net Profits Per Month K x 22 = L • Net Profits Per Year L x 12 = M Estimate Number of 4-Wheel Alignments Per Day

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