| Problem | The Vehicle Idler | ||
• |
2.5 minutes getting ready to get started | ||
• |
2.5 minutes getting ready to drive to the next job | ||
• |
5 times a day (x minutes = 25 mins day) | ||
• |
Engines are most efficient when they are OFF | ||
| x10 vehicles x25 minutes a day
x240 days a year = 1,000 hours wasted fuel per year |
|||
| Solution | Using Sirius could save these 1,000 hours of wasted fuel | ||
| Problem | The Work Ditherer | ||
| • |
Starts work after warming up the coffee mug for 10 minutes | ||
| 10 minutes x 240 days = 40 man hours lost per year | |||
| • |
Two breaks every day - but an extra 15 minutes getting ready for the break | ||
| 2 breaks x 15 minutes x 240 days = 120 man hours lost per year | |||
| • |
A two hour instead of a one hour lunch | ||
| 1 hour x 240 days = 240 man hours lost per year | |||
| Solution | By using Sirius and knowing the start and stop times of every journey could save you both time and money! | ||
| Problem | The
Bogus Claimer |
||
| • |
45 minutes overtime pay per day, based on an manual report time sheet | ||
| 45 minutes x240 days = 180 man hours @ £20 per hour = £3,600 wasted | |||
| Solution | By
using Sirius you can verify all over time claims |
||
| Problem | The
cost of the System?? |
||
| To cover costs Example | |||
| Engineer – Basic Salary | = £20,000 | ||
| Vehicle, equipment, overtime, benefits etc | = £40,000 | ||
| Total Annual Cost | = £60,000 | ||
| Working days per annum | = 240 | ||
| £60,000 / 240 | = £250 per day | ||
| £265 / 8 hrs | = £31.25 per hour | ||
| £31.25 / 60mins (Therefore the cost of an engineer) | = 52p per minute | ||
| Average cost of Sirius per vehicle | |||
| £7.50per week /based on a 5 day working week | = £1.50 per day | ||
| Therefore £1.50 / 52p per minute | = 2.88 | ||
| Solution | By saving just 2.88 minutes per day, you will have paid for Sirius! | ||
| Bonus | Save more than 2.88 minutes = Bottom line PROFIT, PROFIT!!!!!! | ||
| Bonus | If Sirius could show that ever engineer could visit just “ONE” more customer per day due to increased productivity: | ||
| x 1 engineer x 240 days x £20 profit per visit = £4,800 Profit per vehicle per year! | |||
products -
astrata sirius lite - working scenarios
