Clyde Foods Reference Guide
Designed from the operation backward.
These guides document practical lessons from developing the planned Clyde Burgers and Clyde Dogs mobile restaurants. They describe the design logic we use, the tradeoffs we consider, and the questions that need answers before equipment is ordered or holes are cut in a truck body.
Twenty feet is not twenty feet of cooking line
A commercial food truck kitchen is a competition for inches.
A 20-foot body sounds large until doors, wheel housings, service windows, tanks, utility cabinets, sinks, refrigeration, ventilation, power equipment, clearances, aisle space, structural members, storage, and actual people are placed inside it. The useful design question is not how much equipment can be fitted into the box. It is how much restaurant can operate safely and repeatedly inside the box.
Clyde Foods currently uses a planned 20-foot commercial body as the common platform for Clyde Burgers and Clyde Dogs. The body size is standardized; the kitchen changes because the production system changes.
Think in operating zones.
Cold storage & staging
Reach-in refrigeration, freezer capacity, refrigerated prep, and short-term ingredient staging should support production without turning the aisle into a pantry.
Prep & assembly
Work surfaces, utensils, packaging, sauces, toppings, scales, timers, and frequently used smallwares need defined homes close to the stations that use them.
Hot line
Griddles, fryers, charbroilers, holding equipment, hood coverage, heat shielding, and fire-protection relationships determine the highest-heat portion of the floor plan.
Wash & sanitation
Warewashing, handwashing, hot water, chemical storage, clean-item storage, trash, and cleaning tools must remain usable during service instead of being buried behind production.
Handoff
Finished food should move toward packaging and the service window without crossing back through raw prep or forcing crew to reach through one another.
Utilities & service access
Water, electrical panels, pumps, filters, shutoffs, network hardware, suppression components, and access panels need space even though they do not directly sell food.
Clyde Burgers
A mixed hot line built around the griddle.
The current Clyde Burgers planning package combines a 48-inch commercial flat-top griddle, two commercial fryers, and a 24-inch charbroiler with refrigerated prep, reach-in refrigeration, commercial freezer capacity, and hot holding. That mix creates three different hot-production tools with different heat, ventilation, landing, and cleaning needs.
Supporting systems include a Type I hood and fire suppression, a three-compartment sink, dedicated hand sink, hot-water system, fresh- and gray-water tanks, commercial power source and shore power, roof air conditioning, stainless work surfaces and walls, and commercial non-slip flooring.
Clyde Dogs
A fryer-heavy kitchen changes almost everything around the hot line.
Clyde Dogs uses the same overall truck platform but plans around a much more substantial frying department, frozen staging, hot holding, and the ventilation and fire-protection systems needed to support that line. The current plan includes a full-size reach-in freezer for back-stock, stainless heat shields and splash protection, fire-rated stainless wall treatment around the fry battery, an extended Type I hood, high-capacity commercial exhaust, integrated make-up air, grease-baffle filtration, automatic wet-chemical fire-suppression coverage, and dedicated emergency gas shutoff or appliance isolation.
The important point is not that every hot-dog truck needs that system. It is that the production method drives the infrastructure. A fryer-heavy menu changes heat rejection, hood length, make-up air, grease management, cleaning workload, oil storage and handling, landing space, basket movement, freezer demand, and crew training.
Current Clyde Dogs Design Study
See how the equipment relationships come together.
The current concept plan puts cold storage, prep, and washing along one side; the griddle, five independent fry zones, heated landing, steamers, and service counter along the other; and preserves a clear working aisle through the center.
Concept only: this is a planning schematic, not a construction drawing. Equipment sizes, clearances, utility routing, axle loading, ventilation, and code requirements still require professional validation.
The aisle is production equipment.
An aisle is not leftover space. It is where crew members stand, pass, pivot, carry hot food, open doors, remove fryer baskets, move dirty wares, restock packaging, and respond when something goes wrong. Every refrigerator door, cabinet door, drawer, oven door, service panel, and trash pullout should be tested against the occupied aisle, not an empty CAD drawing.
Two dimensions matter: the nominal aisle width and the usable aisle width during actual work. A drawer pulled out eighteen inches or a worker standing at a prep table changes the latter immediately.
Put high-frequency storage where hands already are.
Mobile kitchens do not have enough space to store everything at the point of use, so the useful distinction is between working inventory and back-stock. Working inventory should support the immediate production period. Back-stock can live farther away if it can be replenished without disrupting service.
Packaging often surprises new layouts. Cups, lids, clamshells, wraps, bags, napkins, condiments, gloves, labels, paper towels, cleaning products, and disposable service items consume substantial cubic volume. A truck designed only around food ingredients will eventually store packaging in the aisle.
Water systems influence layout and weight.
Fresh water, gray water, pumps, water heating, sinks, drains, fill points, winterization or service access where applicable, and the plumbing runs between them all need deliberate placement. Tank location also affects weight distribution, and the balance changes during the day as fresh water is consumed and gray water accumulates.
Handwashing should be easy enough that using the hand sink never feels like an interruption. Warewashing should not require passing dirty equipment through the finished-food handoff zone. Those sound obvious until space becomes tight.
Ventilation is part of comfort, capacity, and reliability.
A commercial hood removes heat, grease, smoke, and combustion products where applicable, but exhausted air has to be replaced. Make-up air strategy can affect hood performance, door behavior, interior temperature, air-conditioning load, and crew comfort.
Roof air conditioning cannot be planned in isolation from the hot line. A truck is a small metal enclosure exposed to outdoor heat while commercial cooking equipment operates inside. The finished thermal system should be evaluated under realistic cooking and weather conditions, not only with an empty truck in a fabrication shop.
Design for cleaning while everything is still clean.
Grease, crumbs, oil, condensation, sauces, flour or breading where used, trash, and normal kitchen debris will find every inaccessible seam. Equipment spacing, removable panels, floor-wall transitions, splash protection, drain strategy, filter access, fryer cleaning, and reach behind or beneath equipment should all be considered before the truck is built.
A surface that is technically washable but practically unreachable is a maintenance problem waiting to become a sanitation problem.
Maintenance access belongs on the floor plan.
Compressors, filters, pumps, electrical panels, shutoffs, water-heater components, refrigeration coils, power-system service points, network equipment, hood filters, suppression components, and appliance service panels need access. When access is omitted, the future repair procedure becomes "remove something else first."
The service window is the end of a production line.
The customer sees a window. The kitchen should see a controlled handoff station. Finished orders need a clear place for final check, beverages, condiments, order identification, payment interaction where applicable, and physical transfer to the guest.
That handoff should not block the worker assembling the next order, and the service window should not become the only available counter because everything else was consumed by equipment.
Walk the kitchen before the kitchen exists.
Include door swings, service clearances, hood extents, protruding handles, open drawers, and the space a person occupies while using each station.
Trace every hand movement and footstep from cold storage through cooking, assembly, packaging, and handoff.
Place the full crew in the layout and run multiple burgers, fries, dogs, beverages, and restocking tasks at the same time.
Open the sink, remove filters, pull trash, move wares, access chemicals, clean behind equipment, and ask where wet items dry.
How do you isolate a leaking pump, failed appliance, refrigeration problem, tripped branch, or other fault without creating a second problem?
See the current Clyde Foods layouts
Two kitchens, one platform.
The detailed truck pages are the current Clyde Foods references for each concept. The truck hub shows how those two kitchens fit into one common mobile-restaurant standard.