limey
New member
Has anyone tried a monthly Wash card at a Touchless wash. Shell has started one near me for $79.99 for their top wash . One wash per day.
Monthly Wash Pass at a Touchless
- Thread starter limey
- Start date
robert roman
Bob Roman
I’ve seen Shell Corp. try a lot of different stuff with carwash. Some of it has worked, some of it not so good.
However, I find it hard to image that a marketing firm or POS vendor would recommend such a high price for touch-less in-bay.
Is this an independent operation or a corporate owned store?
Bigger question, are people actually buying?
For example, here, I can buy better quality for one half as much or less.
However, I find it hard to image that a marketing firm or POS vendor would recommend such a high price for touch-less in-bay.
Is this an independent operation or a corporate owned store?
Bigger question, are people actually buying?
For example, here, I can buy better quality for one half as much or less.
limey
New member
It is a corporate deal. I am in Canada . They say they are selling but expect it to pick up now winter is on its way
wasiknator
Mike W
I am interested in this concept as well. Has anyone tried an RFID system with a friction and touch free IBA? Same concept, one wash per day. Did it work? Throughput issues? Too costly for an IBA? Any feedback greatly appreciated.
robert roman
Bob Roman
Perhaps best way to answer the questions is to examine effect of unlimited.
Assume participation rate is five percent and unlimited customers visit between 4 and 5 times per month.
If sales volume is 12,000 cars per year, a participation rate of five percent and visiting five times a month would increase sales volumes to 21,000.
At 21,000 cars per year, hourly demand during peak operating conditions for single in-bay would be 20 cars.
So, if maximum capacity is 15 cars per hour, expect the average length of waiting line and average waiting time to growing indefinitely when very busy.
Basically, the possibility of this would occur each time the random arrival rate of customers exceeds nine cars an hour.
If capacity can be worked around, next is revenue generation and margins.
Start with baseline. 12,000 X $8.50 = $102,000
Subtract five percent participation rate from baseline.
12,000 X 0.25 = 3,000 X 0.95 = 2,850 X $8.50 X 4 = $96,900 new baseline
Unlimited = 3,000 X 0.05 = 150 X 12 months X $20.00 (price) = $36,000
$96,900 + $36,000 = $132,900
Assume unit variable cost is $2.50 includes credit processing fees, chemical, utilities and equipment maintenance and repairs.
$102,000 – (12,000 X $2.50) = $72,000
$132,900 – (21,000 X $2.50) = $79,500
This demonstrates how unlimited works and why scale is necessary.
For example, with a large conveyor, five percent participation rate might mean 1,000 members. 1,000 X 5 visits a month is an additional 50,000 washes annually.
Assume participation rate is five percent and unlimited customers visit between 4 and 5 times per month.
If sales volume is 12,000 cars per year, a participation rate of five percent and visiting five times a month would increase sales volumes to 21,000.
At 21,000 cars per year, hourly demand during peak operating conditions for single in-bay would be 20 cars.
So, if maximum capacity is 15 cars per hour, expect the average length of waiting line and average waiting time to growing indefinitely when very busy.
Basically, the possibility of this would occur each time the random arrival rate of customers exceeds nine cars an hour.
If capacity can be worked around, next is revenue generation and margins.
Start with baseline. 12,000 X $8.50 = $102,000
Subtract five percent participation rate from baseline.
12,000 X 0.25 = 3,000 X 0.95 = 2,850 X $8.50 X 4 = $96,900 new baseline
Unlimited = 3,000 X 0.05 = 150 X 12 months X $20.00 (price) = $36,000
$96,900 + $36,000 = $132,900
Assume unit variable cost is $2.50 includes credit processing fees, chemical, utilities and equipment maintenance and repairs.
$102,000 – (12,000 X $2.50) = $72,000
$132,900 – (21,000 X $2.50) = $79,500
This demonstrates how unlimited works and why scale is necessary.
For example, with a large conveyor, five percent participation rate might mean 1,000 members. 1,000 X 5 visits a month is an additional 50,000 washes annually.
