The 24-48 shift pattern uses three teams (i.e. platoons) and three shifts to provide 24/7 coverage. It consists of a 3-day cycle where each team works one 24-hour shift followed by 2 consecutive days (48 hours) off duty. This shift pattern is very popular with fire departments in the United States and is also known as ABC shift pattern.
Notes:The above grid shows working and non-working days for each team in one repeat cycle. Day 1 usually starts on a Monday but it can be any day of the week. At the end of the cycle, the entire sequence starts over. Color coded blocks represent assigned shifts (working days) while underlines represent non-working days.
- The required shifts and shift lengths are shown in the Shifts column. Shift names, start times, and end times are shown as examples only. They can be changed to match the requirements of your operation.
- The teams required by the plan are shown in the first column. The total working hours for each team over the repeat cycle are shown in the Hours column, assuming one employee per team.
- The last row, Hours, shows the hours worked by all teams in each date range block (leg), assuming one employee per team.
|Name||24-48 Shift Schedule|
|Shifts||A (24-hr), B (24-hr), C (24-hr)|
|Repeat Cycle||3 days|
|Rotation||Fixed plan, no rotation|
|Average Hours per Week||56|
|Staffing Fluctuation||Balanced from shift to shift and day to day|
|Common Usage||Popular with fire departments and emergency medical services.|
- The US Federal Labor Standards Act (FLSA) compensation cycles are 28 days over which firefighters normally works either 216 hours or 240 hours. Hours worked beyond a base of 212 hours in a 28-day period are considered overtime. To avoid overtime, agencies typically use a rotating day off (Kelly day off) every 21 days.
-This plan requires living quarters for the employees to work and sleep during each 24-hr shift.
- Plan ID: A code used to uniquely identify the shift plan in Snap Schedule employee scheduling software.
- Name: The name of the shift plan.
- Applicability: The type of operations this shift configuration is designed for.
- Teams Required: The number of teams (crews) required by this plan. A team may consist of one or more employees.
- Shifts: The different shifts used in this shift pattern. For each shift, only the shift description and shift length are shown. The shift start or end time can be adjusted to fit your business operations so long as the shift length stays the same.
- Repeat Cycle: The number of days required for each team to complete its assigned shift sequence in a schedule plan. At the end of each repeat cycle, the team starts the same shift sequence over again.
- Rotation: For rotating shift configurations, a team rotates from one shift to another according to a specific arrangement. In a forward rotation, the team rotates from a shift that starts earlier in the day to a shift that starts later in the day, e.g. Day to Swing to Night. In a backward rotation, the reverse is true. Many studies suggest that forward rotation is better than backward rotation since our body adjusts much better to changes in work shifts from earlier to later. The rotation speed is the speed at which the shifts are rotated. In a "fast" rotation, a team rotates from one shift to another once every few days or less. In a "slow" rotation, a team works the same shift for many days or weeks before rotating to another shift.
- Average Hours Per Week: This is the average number of hours worked by each employee per week based on the shift lengths and shift sequences for this plan.
- Staffing Fluctuation: The fluctuation in staffing level as the plan progresses from shift to shift and day to day. A shift configration is "balanced from shift to shift" if the new shift will be staffed by the same number of employees as the old shift. A shift configuration is "balanced from day to day" if each day is staffed by the same number of employees. Note that by default, each team contains the same number of employees.
- Pluses: Positive aspects of the shift configuration.
- Minuses: Negative aspects of the shift configuration.
- Common Usage: Typical users of the shift configuration.