Locksmith Dispatch Board — How Multi-Van Shops Should Assign Jobs (2026)

Locksmith Dispatch Board — How Multi-Van Shops Should Assign Jobs (2026)

A one-van locksmith does not have a dispatch problem. Every job goes to the same person. The problem starts with the second van, and it gets harder with every van after that. Suddenly each new call is a decision: who takes it, in what order, with what equipment, and what happens to the jobs already on the board.

As of September 2026, many multi-van locksmith shops still make that decision the same way: the owner looks at who seems closest, texts that technician, and hopes. It works on a quiet day. On a busy one, the nearest van goes to an all-keys-lost smart key job it cannot finish because the right key blank is not on board, a child-in-car lockout waits behind a scheduled rekey, and two technicians cross paths on the highway going to each other's side of town.

This guide lays out how to assign jobs across a locksmith fleet: when distance should win and when skills should, how to account for what is on each van, how to prioritize emergencies, when to batch, when to reassign, and which parts of the dispatch board belong to software and which belong to a person.

The five inputs to every assignment

Every dispatch decision, whether made by an owner at a whiteboard or by locksmith dispatch software, comes down to five inputs:

1. Location. Where each technician is now, and where their current job is, not where they started the day.
2. Skill. Which technicians can do this job. Not every technician handles push-to-start all-keys-lost, EEPROM or module work, high-security residential, or commercial access control.
3. Inventory. What is physically on each van: key blanks, remotes, smart keys, programming tools, and lock hardware.
4. Priority. How urgent the job is compared to everything else on the board.
5. Load. How much is already on each technician's schedule and how long those jobs realistically take.

Nearest-van dispatch only looks at the first input. Good dispatch looks at all five, in a consistent order.

Nearest tech versus right tech

Distance is the right tiebreaker, not the right starting point. The order that works for most automotive and mobile locksmith shops:

1. Filter by skill. Remove every technician who cannot do the job.
2. Filter by inventory. Remove every technician who does not have what the job needs on the van, or who cannot pick it up on the way.
3. Apply priority. If the job is an emergency, it can bump a scheduled job; if not, it goes into the normal queue.
4. Pick the nearest remaining technician whose schedule allows it.

An example of why the order matters. A caller needs an all-keys-lost smart key for a late-model SUV. The nearest van is fifteen minutes away but that technician has never done that platform and does not carry the key. The second van is thirty-five minutes away with the right key and experience. Nearest-van dispatch sends the first technician, who arrives, cannot finish, and calls the second anyway. The customer waits for both drives and pays for neither in goodwill.

Defining skills explicitly

Skills should be written down, not remembered. A simple skills list per technician might include:

• Car lockouts and basic duplicates.
• Transponder programming by make.
• Smart key and push-to-start all-keys-lost, by make or platform.
• EEPROM, module, and immobilizer work.
• Ignition repair and replacement.
• Residential rekeys and lock changes.
• High-security and commercial hardware, access control, and master key systems.
• Safe work, if your shop does it.

When a call comes in, the job type maps to a required skill, and the skill list removes technicians automatically. This is one of the easiest things to put into software and one of the most valuable, because it prevents the most expensive dispatch mistake: a wasted trip.

Inventory on the van

Inventory is where dispatch quietly fails. A technician can have the skill and still arrive without the part. Keep a current view of what each van carries, especially for the items that decide automotive jobs: specific smart keys and remotes, transponder blanks, emergency blades, and programming tools.

Three practical rules:

• Quote and dispatch from the same inventory picture. If the person answering the phone quotes a job assuming a key is in stock, the dispatcher needs to send a van that has it. The guide to checking key inventory while quoting on the phone covers how to keep those in sync.
• Restock on a schedule, not when empty. A van that runs out of a common key mid-day forces reassignments all afternoon.
• Record special-order jobs separately. A job waiting on a dealer-ordered key is not ready to dispatch, and it should not sit on the board looking like it is.

Priority: not every job is equal

A dispatch board needs a small number of priority levels, written down, that everyone uses the same way. A workable set:

1. Safety emergency. A child or pet locked in a vehicle, someone stranded somewhere unsafe, a person locked out in extreme weather. The first instruction to the caller for a child or pet in a car is to call 911. Your dispatch still treats the job as top priority.
2. Stranded or locked out now. Car lockouts, broken keys in the ignition, a customer who cannot get into their home. Time-sensitive but not a safety emergency.
3. Same-day scheduled. Jobs the customer booked for today at a set time.
4. Future scheduled. Spare keys, rekeys, programming appointments booked for later.

The rule that makes priority work: a higher-priority job can move a lower-priority job, but the lower-priority customer gets told. Bumping a scheduled rekey for a child-in-car lockout is the right call. Doing it without a text to the rekey customer creates a status call and possibly a cancellation.

Batching

Batching means grouping jobs so one technician can do several in the same area without crossing town. It is how multi-van shops get more jobs out of the same hours. Good candidates for batching:

• Scheduled jobs in the same neighborhood or corridor.
• Several jobs at one location, such as a dealership or property manager with multiple vehicles or doors.
• Jobs that need the same tool or key type, so the technician is set up once.

Batching is a scheduling decision, not an emergency decision. A lockout should never wait so that it fits a batch. The practical approach is to batch the scheduled work and leave slack in each technician's day for the emergencies that will interrupt it. Seeing the schedule and the map together is what makes batching possible; the scheduling features page describes how appointments are organized, and the GPS tracking features page covers location-based dispatch.

Reassignment

The plan made at 8 AM rarely survives until noon. Jobs run long, customers cancel, emergencies appear, and a van breaks down. Reassignment is normal, and the shops that handle it well follow a few rules:

• Reassign early. As soon as a job is clearly going to be late, look for a better technician. Waiting until the customer calls is too late.
• Check skill and inventory again. The replacement technician must be able to do the job, not just be closer.
• Tell the customer. A new technician name and a new estimate, by text, in the customer's language.
• Tell the original technician. Nothing is worse than two technicians arriving at the same address.
• Record why. The reason for reassignments shows where the schedule is unrealistic.

Comparing dispatch approaches

The table is less about software versus no software and more about whether the five inputs are visible at the moment of the decision. Before buying anything, the evaluation checklist in the guide to locksmith dispatch software is worth working through.

What to automate and what to keep human

Dispatch software should handle the parts of the decision that are rules and data, and leave judgment to a person. A sensible split:

Automate:

• Capturing the job details from the call: service type, vehicle, location, customer, and urgency.
• Filtering out technicians who lack the skill for the job type.
• Suggesting the nearest suitable technician based on live location.
• Sending confirmation and assignment texts to customers.
• Recording every assignment, reassignment, and reason.

Keep human:

• Safety emergencies and anything involving a child, a pet, or a vulnerable person.
• Deciding to bump a scheduled customer for an emergency, and how to make it right.
• Judgment calls on difficult jobs: whether a technician should attempt something at the edge of their experience.
• Angry customers, disputes, and exceptions to policy.
• Changing the rules themselves.

That split is covered in more depth in the guide to what to automate in a locksmith dispatch workflow and what to keep human.

Where the phone fits

Dispatch starts on the phone. A job that was captured badly cannot be dispatched well. The call needs to produce the fields dispatch uses: exact address, vehicle year, make, and model, key type or service, whether all keys are lost, urgency, and callback number. If the caller was quoted a price, the quote should travel with the job so the technician is not surprised at the door.

TheKeyBot's full platform connects those steps. It answers calls 24/7 in English and Spanish, quotes automotive keys by year, make, and model from your shop's own pricing database, books appointments, and dispatches to the nearest available technician using GPS, with escalation rules to transfer to a person, queue a callback, or notify the shop when a call needs judgment. Calls are recorded and transcribed with AI summaries and lead-source tracking. The locksmith product overview is on the locksmith management software page.

For shops that want more from the vans themselves, Fleet Hub is a van hardware add-on: a $1,995 kit, a $499 one-time install, and $149 a month for the platform, or $299 a month on a 36-month term plus the $499 install. Details are on the Fleet Hub page.

A hypothetical Tuesday

This is an illustrative example, not a real shop. A four-van automotive and residential locksmith starts Tuesday with ten scheduled jobs: six spare keys and programming appointments, three residential rekeys, and one commercial lock change. Only one technician does push-to-start all-keys-lost on European makes, and only two carry programming tools for the newest platforms.

At 9:40, a call comes in for a car lockout with a child inside at a gas station. The caller is told to call 911 first. Dispatch treats it as top priority and sends the nearest van, whose technician was headed to a rekey. The rekey customer gets a text with a new window.

At 11:15, a caller needs an all-keys-lost smart key for a late-model European SUV. The nearest van is fifteen minutes away but lacks the skill and the key. The skill filter leaves one technician, forty minutes out, finishing a job. The receptionist books the job with the realistic window rather than a promise the shop cannot keep, and dispatch assigns it to the only qualified technician.

At 1:30, two spare-key appointments in the same neighborhood are batched onto one van, freeing another technician for walk-up lockout calls in the afternoon.

At 3:50, a programming job runs long. Dispatch sees it early, reassigns the next job to a technician finishing nearby who carries the right tool, and texts the customer the new technician's name.

Nothing about that day was unusual. What made it work was that location, skill, inventory, priority, and load were all visible when each decision was made.

Common mistakes

• Nearest van, every time. Distance without skill and inventory produces wasted trips.
• Skills kept in the owner's head. When the owner is on a job, nobody else can dispatch correctly.
• No slack in the schedule. A fully booked day has nowhere to put a lockout.
• Bumping customers silently. Every bump needs a text.
• Stale inventory. If the van's stock picture is wrong, both quoting and dispatch go wrong together.
• Dispatching from a job that was captured badly. Fix the intake first.

What it costs

TheKeyBot's full platform comes in three plans: Core at $500 a month with 500 AI minutes and 45 cents a minute after, Pro at $750 a month with 1,000 minutes and 40 cents a minute after, and Elite at $1,200 a month with 2,500 minutes and 35 cents a minute after. Every plan has a 14-day free trial and unlimited users with no per-seat fees, which matters for dispatch because every technician and dispatcher can have a login. Onboarding typically takes one to four business days. Plan details are on the pricing page.

The bottom line

Assigning locksmith jobs across several vans is a five-input decision: location, skill, inventory, priority, and load. Filter by skill and inventory first, apply a written priority scale where safety emergencies come first, and use distance to choose among the technicians who can actually do the job. Batch scheduled work, leave slack for emergencies, reassign early, and tell every affected customer by text. Let software handle the rules and data, such as capturing the job, filtering technicians, suggesting the nearest suitable van, and recording every change, and keep people in charge of safety, bumping decisions, difficult jobs, and exceptions. When you evaluate locksmith dispatch software, judge it on whether it puts those five inputs in front of the dispatcher at the moment of the decision.

Frequently asked questions

How should a multi-van locksmith shop assign jobs?

A multi-van locksmith shop should assign jobs by filtering technicians by skill and van inventory first, applying a written priority scale, and then choosing the nearest remaining technician whose schedule allows it. Nearest-van dispatch alone sends technicians to jobs they cannot finish, which costs drive time, delays the customer, and often requires a second van anyway.

Should a locksmith always send the nearest technician?

A locksmith should not always send the nearest technician, because distance only matters among technicians who have the skill and the parts to finish the job. For an all-keys-lost smart key or module job, a qualified technician farther away is usually faster overall than a nearby technician who arrives without the right key or tool.

How do locksmiths prioritize emergency jobs?

Locksmiths should prioritize with a short written scale: safety emergencies first, such as a child or pet in a car where the caller is told to call 911, then stranded or locked-out customers, then same-day scheduled jobs, then future appointments. A higher priority can move a lower one, but the bumped customer should always get a text.

What parts of locksmith dispatch should be automated?

The parts of locksmith dispatch that should be automated are capturing job details from the call, filtering technicians by skill, suggesting the nearest suitable technician from live location, sending confirmation and assignment texts, and recording every assignment and reason. Safety emergencies, bumping decisions, difficult jobs, and disputes should stay with a person.

How much does TheKeyBot cost for a multi-van locksmith?

TheKeyBot's full platform costs $500 per month for Core with 500 AI minutes, $750 per month for Pro with 1,000 minutes, and $1,200 per month for Elite with 2,500 minutes, each with a 14-day free trial and unlimited users with no per-seat fees. The Fleet Hub van add-on is a $1,995 kit plus $499 install and $149 per month. Details are at https://www.thekeybot.com/pricing.

When should a locksmith job be reassigned to another technician?

A locksmith job should be reassigned as soon as it is clearly going to be late and another technician with the right skill and inventory is closer or free sooner. Reassign early rather than waiting for the customer to call, confirm the new technician can do the job, and text the customer the new name and estimate.