Seeing a real HACCP plan example makes the process less intimidating. Below are three annotated examples showing how a food truck operator, a cloud kitchen owner, and a caterer each structure their HACCP plans to meet health department requirements in their states.
These examples are based on the PassMyKitchen personas but represent realistic plans that would satisfy a health inspector. For a blank version you can fill in yourself, see our HACCP plan template. For the full theory behind each section, see the complete HACCP plan guide.
Example 1: Food truck HACCP plan
Business: Marcus's Tacos, Austin, TX Type: Mobile food unit (food truck) Menu: Tacos, burritos, quesadillas, rice bowls Proteins: Chicken (grilled), ground beef, carnitas (pork) State: Texas (follows FDA Food Code with DSHS-specific requirements)
Product description
Marcus's Tacos operates a single food truck serving Mexican-style street food. All proteins are cooked to order on a flat-top grill. Side items (rice, beans, salsa) are batch-prepared at a commissary kitchen and transported to the truck in insulated containers. The intended consumers are the general public, including all age groups. Food is served directly to customers from the truck service window.
Flow diagram
- Receive ingredients at commissary kitchen
- Store in walk-in cooler (proteins, dairy, produce) and dry storage (tortillas, spices, canned goods)
- Prep proteins (portion, marinate) at commissary
- Batch cook rice and beans at commissary
- Package prepped items into labeled, dated containers
- Load insulated coolers and hot holding containers onto truck
- Transport to service location (15 to 45 minutes)
- Set up truck (connect generator, verify cooler temps, set up grill)
- Cook proteins to order on flat-top grill
- Assemble tacos/burritos with hot protein, room-temp toppings, cold toppings
- Serve to customer through service window
Hazard analysis highlights
Marcus identified 11 steps in his process. After conducting his hazard analysis per the FDA HACCP principles, he determined these significant hazards:
Step 1 (Receiving). Biological hazard: ingredients delivered at unsafe temperatures, allowing bacterial growth. Preventive measure: check temperatures upon delivery with a calibrated thermometer. Reject deliveries above 41°F for refrigerated items.
Step 7 (Transport). Biological hazard: temperature abuse during transit if coolers fail or are opened too frequently. Preventive measure: pre-chill coolers, pack with ice packs, keep closed during transport, check temp on arrival.
Step 9 (Cooking). Biological hazard: Salmonella, Campylobacter, and E. coli survive in undercooked proteins. Preventive measure: cook to required internal temperatures.
Step 10 (Hot holding). Biological hazard: bacterial growth if cooked proteins drop below 135°F during service. Preventive measure: hold at 135°F or above, monitor every 2 hours.
CCP summary table
| CCP | Step | Hazard | Critical Limit | Monitoring | Corrective Action | |-----|------|--------|----------------|------------|-------------------| | CCP-1 | Cooking | Pathogens survive | Chicken: 165°F/15s, Ground beef: 155°F/15s, Pork: 145°F/15s | Temp check every batch with probe thermometer | Continue cooking until limit reached. If overcooked, discard. | | CCP-2 | Cold holding | Bacterial growth | 41°F or below | Check cooler temp every 2 hours | If 41°F to 45°F, use within 2 hours. If above 45°F, discard items held over 2 hours. | | CCP-3 | Hot holding | Bacterial growth | 135°F or above | Check hot holding temp every 2 hours | If below 135°F for less than 2 hours, reheat to 165°F. If over 2 hours, discard. |
This is a simplified version for illustration. A complete plan would include verification procedures and recordkeeping details for each CCP.
Example 2: Cloud kitchen HACCP plan
Business: Brooklyn Bowls, Brooklyn, NY Type: Cloud kitchen (ghost kitchen) operating two virtual brands Brands: Brooklyn Bowls (grain bowls) and Brooklyn Greens (salad bowls) State: New York (NYC DOHMH regulations in addition to state food code)
Multi-brand considerations
Priya runs two brands from a single kitchen. The critical challenge is preventing cross-contamination between brands, especially because Brooklyn Greens advertises as nut-free, while Brooklyn Bowls uses cashews and peanut sauce in several items.
Her hazard analysis includes allergen cross-contact as a chemical hazard at these steps:
Shared prep surfaces. Cutting boards, counters, and prep tools used for both brands could transfer nut proteins to nut-free items. Preventive measure: color-coded cutting boards (green for Brooklyn Greens, blue for Brooklyn Bowls), mandatory wash-rinse-sanitize between brand switches.
Shared storage. Nut-containing ingredients stored on shelves above nut-free ingredients could contaminate them through spills or drips. Preventive measure: dedicated shelves with nut-containing products always stored below nut-free products, clearly labeled.
Shared fryer. If both brands use a deep fryer, residual allergens from one brand's items could transfer to the other. Preventive measure: Priya uses separate fryers for each brand, labeled and never swapped.
Key CCPs for the cloud kitchen
| CCP | Hazard | Critical Limit | Notes | |-----|--------|----------------|-------| | Cooking | Pathogens in protein | Per FDA Food Code temps | Same as any kitchen | | Cold holding | Bacterial growth | 41°F or below | Critical for salad items that are never cooked | | Allergen separation | Nut cross-contact | Zero detectable cross-contact | Color-coded tools, separate storage, cleaning verification between brands | | Delivery packaging | Temp abuse during delivery | Food packed at safe temps, delivered within 45 minutes | Insulated bags, temp check before handoff to driver |
The allergen separation CCP is unique to multi-brand kitchens. Priya monitors it by verifying cleaning logs between brand switches and conducting periodic visual inspections of storage areas.
Example 3: Catering HACCP plan
Business: Phoenix Catering Co, Phoenix, AZ Type: Off-premises catering Services: Corporate lunches, wedding receptions, private events State: Arizona (follows FDA Food Code, administered by county health departments)
Transport and event-specific hazards
Jake's biggest food safety challenge is not cooking. It is maintaining safe temperatures during transport and at venues that may not have adequate equipment.
His flow diagram includes these transport and event steps:
- Cook and prepare food at commissary kitchen
- Package hot items in insulated cambro containers (target: above 165°F at departure)
- Package cold items in insulated coolers with ice packs (target: 41°F or below)
- Load catering van
- Transport to venue (30 to 90 minutes depending on location)
- Unload and set up at venue
- Transfer hot items to chafing dishes or hot holding equipment
- Transfer cold items to ice displays or refrigerated units
- Service period (typically 2 to 4 hours)
- Break down and pack out
Key CCPs for the catering operation
| CCP | Step | Critical Limit | Monitoring | |-----|------|----------------|------------| | CCP-1 | Departure temp (hot) | 165°F or above | Temp check of each container before loading | | CCP-2 | Arrival temp (hot) | 135°F or above | Temp check immediately on arrival | | CCP-3 | Departure temp (cold) | 41°F or below | Temp check before loading | | CCP-4 | Arrival temp (cold) | 41°F or below | Temp check on arrival | | CCP-5 | Holding during service | Hot: 135°F+, Cold: 41°F or below | Temp checks every hour during service |
Jake's corrective action plan for hot items that arrive below 135°F: if the venue has ovens or warming equipment, reheat to 165°F before serving. If no reheating equipment is available and the food has been below 135°F for less than 2 hours, serve immediately and discard any remainder. If below 135°F for more than 2 hours, discard entirely.
This is why Jake always brings backup sterno fuel and extra ice. His HACCP plan lists required equipment for every off-site event.
What inspectors look for in a HACCP plan
Health inspectors are trained to evaluate HACCP plans against specific criteria. According to CDC data on foodborne illness outbreaks, the most common causes are temperature abuse and cross-contamination, so inspectors focus on those areas.
Completeness. Does the plan cover all menu items and all process steps? A plan that only addresses cooking but ignores receiving, storage, and holding is incomplete.
Specificity. Is the plan specific to this operation, or is it a generic template with the business name swapped in? Inspectors can tell. Your hazard analysis should reference your actual menu items, your actual equipment, and your state's specific food code requirements.
Evidence of monitoring. A plan without monitoring records is just a theory. Inspectors want to see daily temperature logs, cleaning schedules, and corrective action reports. This is where PassMyKitchen's digital logging makes a real difference.
Corrective action documentation. When things go wrong (and they will), inspectors want to see that you identified the problem, took appropriate action, and documented the entire process. A corrective action log with zero entries is suspicious, as it suggests either perfect compliance or (more likely) that deviations are not being recorded.
Plan currency. When was the plan last reviewed? If the review date is more than a year old, the inspector will question whether the plan reflects your current operation.
How to build your own HACCP plan in minutes
These examples show what a finished HACCP plan looks like, but building one from scratch takes time. You need to research your state's food code, identify hazards specific to your menu, and write custom monitoring procedures for each CCP.
PassMyKitchen generates a complete, customized HACCP plan in about 30 seconds. You enter your business type, state, city, menu items, and equipment. The AI builds a plan that includes state-specific critical limits, hazard analysis tailored to your exact menu, and monitoring procedures that match your operation.
Then the app gives you digital tools to follow the plan every day: temperature logging, cleaning checklists, receiving inspections, and corrective action tracking, all from your phone.
Simplify your compliance with PassMyKitchen
Stop searching for examples and templates. Get a HACCP plan built specifically for your business, your state, and your menu. PassMyKitchen makes food safety compliance simple and affordable.
Start your free trial and see your customized HACCP plan in 30 seconds.
Frequently asked questions
Can I copy someone else's HACCP plan?
No. A HACCP plan must be specific to your operation. Your menu, equipment, layout, suppliers, and state regulations are different from any other business. Copying another business's plan will leave gaps in your hazard analysis and could result in a failed inspection. Use another plan as a reference if helpful, but customize every section for your specific operation. Our guide on how to create a HACCP plan walks you through the customization process step by step.
How detailed should my HACCP plan be?
Detailed enough that a new employee could read it and understand exactly what to monitor, what the limits are, and what to do when something goes wrong. Each CCP should have specific temperatures (not "hot enough"), specific frequencies ("every 2 hours" not "regularly"), and specific corrective actions ("discard if above 41°F for more than 2 hours" not "take appropriate action"). At the same time, avoid unnecessary complexity. Most small food businesses have 2 to 5 CCPs. If your plan has 15 CCPs, you may be over-complicating it.
Do I need a separate HACCP plan for each menu item?
No. Your HACCP plan covers your entire operation, not individual menu items. However, your hazard analysis must account for every menu item. Group similar items together (e.g., "grilled proteins" covers chicken, beef, and pork, with different critical limits for each). If you add a fundamentally different menu category (e.g., adding raw sushi to a grilled food menu), you will need to update your hazard analysis to address the new hazards. See the HACCP plan template for how to structure this.