Start with benchmark. 75,000 CPY, average sales $8.50 is gross $637,500. Operating expense ratio for express is 50 percent or $318,750. Average cost of goods is $1.50 per unit or $112,500.
$318,750 - $112,500 = $206,250 fixed cost
So, total fixed cost would be $206,250 plus debt service. A loan-to-value of 75 percent on $2.5 million enterprise value over a 20-year period financed at 5 percent interest rate equals annual debt service of $148,500.
So, $148,500 plus $206,250 equals total fixed cost of $345,750.
BEQ = Total fixed cost / (average price – per unit variable cost)
BEQ = $345,750 / ($8.50 - $1.50) = 49,392 cars per year
4,116 cars per month (49,392 / 12)
Let’s give benefit of doubt and assume developer is a predator that charges base price of $3.00 and average sales are only $5.50.
BEQ = $345,750 / ($5.50 - $1.50) = 86,437 cars per year
7,203 cars per month (86,437 / 12)
Since we’ve run out of low price, let’s jack up enterprise value to $3.5 million.
Here, debt service is $207,876 plus $206,250 equals total fixed cost of $414,128
BEQ = $414,128 / ($5.50 - $1.50) = 8,627 cars per month / 26 days = 332 cars a day
This equals 105 cars per day per million.
“I feel comfortable relaying the numbers he quoted so people can a have realistic BE point based on the dozens of car washes he sees every year.”
What scenario is more realistic and what scenario requires more equipment $2.5 or $3.5 million wash?