Problem 3. | |||||||
A proposed motel, Bruno's, is scheduled to open in two months. The owner, Lou Bruno, seeks your advice on pricing. Although he knows he will have to modify your recommendations based on market prices, he desires a cost perspective. He gives you the following information: | |||||||
Lou's investment ($) | $ 9,224,000 | ||||||
Lou's desired ROI (Net income) | 20% | ||||||
Lou's marginal tax rate | 30% | ||||||
Funds borrowed | $ 13,836,000 | ||||||
Interest rate | 12% | ||||||
Forecasted annual costs: | |||||||
Depreciation, property taxes and insurance | $ 3,689,600 | ||||||
Management fees | 5% | of room sales | |||||
Rooms department expenses | 25% | of room sales | |||||
Undistributed operating expenses | $ 1,475,840 | ||||||
Assumptions: | |||||||
Assume the Bruno has 150 guestrooms, and it expects to have an occupancy rate of 70%. Also, assume a 365-day year in your calculations. | |||||||
Required: | |||||||
1. How much sales revenue should the motel genereate to cover all the costs and make the desired return? | |||||||
2. What sould be the ADR so that the motel can make the sales revenue found in question 1? | |||||||
3. Bruno's has both single and double rooms. Assume that 80 percent of rooms sold are double rooms, and they sell at $20 more than the price of a single room. What is the average selling price of a double? |
1. Sales Revenue Required = (Net Income / (1 - Tax Rate)) + Interest + Depreciation + Undistributed operating expense + management fees and rooms department Fees
X = 9224000 * 20%/70% + 13836000 * 12% + 3689600 + 1475840 + 0.30X
0.70X = $9461188.57
Sales Required X = $13515983.67
2. ADR = Sales Revenue / Guest Room Occupancy * 1 / 365 = 13515983.67 / 105 * 1 / 365 = $352.67
3. Average Room sales per day = $13515983.67 / 365 = $37030.09
Number of Double rooms expected to be occupied = 150 * 70% * 80% = 84 Rooms
Number of Double rooms expected to be occupied = 150 * 70% * 30% = 21 Rooms
84 * (Y+20) + 21 * Y = 37030.09
105 Y + $1680 = 37030
Y = $336.67
Double Room Selling Price = Y + 20 = $356.67
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