Most industry conversations about "speed of service" are based on a dangerous assumption: they assume you are operating under ideal conditions. In the current labor environment, we need to redefine speed. It isn’t about maximum throughput at full strength — it’s about how little your performance drops when the team is stretched thin.

January 27, 2026
Most industry conversations about "speed of service" are based on a dangerous assumption: they assume you are operating under ideal conditions. But for the vast majority of operators, that simply isn’t reality in today’s kitchen.
The real challenge isn't how fast you can move when every station is manned by your best people. The real challenge is: How efficient can you stay when you are down two cooks? How smooth is service when a new hire is still learning the ropes on a Friday night?
In the current labor environment, we need to redefine speed. It isn’t about maximum throughput at full strength — it’s about how little your performance drops when the team is stretched thin.
Most efficiency strategies are fragile. They rely on a perfect chain of command where every role is filled. But in a kitchen with high turnover or frequent call-outs, that chain breaks easily.
Operators are seeing that "optimized" workflows often create bottlenecks the moment one person is missing. If a prep station relies on a specific handoff, or if a piece of high-tech equipment requires a specific technician to operate it, the absence of that one person can derail the entire shift.
The Takeaway: Speed that only exists on your "perfect days" isn’t real speed. True efficiency is a workflow that survives the bad days.
When labor is tight, inefficiency compounds. In a thinly staffed kitchen, every extra step acts as a tax on your speed.
When your team is stretched, they don't have the mental bandwidth to troubleshoot or compensate for bad processes. They need a system that works with them, not against them.
The most resilient restaurants are designing their efficiency for stretched teams. They recognize that the fastest kitchens are often the simplest.
We are seeing high-performing operators shift toward:
There is a temptation to solve labor shortages by buying faster, more complex equipment. The logic is that if the machine is faster, the team can be slower.
But speed gains disappear instantly if that equipment demands attention.
Reliability is worth more than peak speed. If a high-speed oven saves 30 seconds per ticket, but goes down twice a week or requires a manager to reset it, it is a net loss for the operation. In an understaffed kitchen, uptime is everything. A breakdown doesn't just stop one dish; it pulls one of your few available staff members off the line to deal with it, derailing the entire service.
The Takeaway: Equipment that slows the team down when it fails isn’t efficient, no matter how fast the spec sheet says it is.
How do you build a kitchen that stays fast when the roster is short? It starts with removing friction.
Sustainable efficiency isn't about moving at breakneck speed. It's about keeping the line moving steadily, even when the pressure is on.
TundraFMP helps foodservice operators do what they do best – by providing fast, flexible and complete kitchen solutions. We offer the most complete selection of restaurant equipment, apparel, smallwares, parts, and accessories in the industry.