Procurement is the quiet engine behind every successful project, because when materials are late or submittals stall in review, your schedule slips and margins erode, and while it can feel like a maze of emails, spreadsheets, and calls, a clear framework paired with the right tools brings order and predictability.
At PLOT, we believe that better tools lead to better projects. This procurement log template is our 'gift' to the industry—a resource that any contractor can download, use, edit, and improve. Whether you need a simple tracking system or a highly customized solution, this spreadsheet gives you a solid foundation to build on.
If you've ever had three concrete trucks show up at the same gate at the same time, you already understand the problem.
Construction delivery management is one of those things that looks simple from the outside - trucks arrive, materials get unloaded, work continues - and anyone who's actually run a job site knows it's anything but. It's a constant negotiation between space, time, equipment access, and thirty subcontractors who all think their delivery is the most important one this week.
This guide is for project engineers, superintendents, and GC teams who are tired of managing deliveries through group texts, static PDFs, and spreadsheets that are out of date the moment you save them. We'll cover what delivery management software actually does, what to look for when you're evaluating options, and why the right platform doesn't just organize your deliveries - it changes the culture of how your site runs.
The fundamental problem on a busy job site is that you're coordinating a lot of moving parts across a fixed amount of space, and most of the tools people use for that coordination - group chats, phone calls, shared calendars, laminated PDFs at the gate - weren't built for it.
When deliveries are mismanaged, the downstream effects are real: trucks stacking up at the gate and blocking access, crane time getting burned waiting for a load that isn't ready, subcontractors getting in each other's way, and site supers spending the first two hours of every morning doing logistics triage instead of running the job.
Delivery management software solves a coordination problem. Done well, it takes the burden off the GC team and puts it back where it belongs: in the hands of the trades and vendors who are initiating the deliveries in the first place.
The best version of this isn't a GC tool that subs have to tolerate. It's a system that makes life easier for everyone on site - including the driver who's never been to this gate before and doesn't know whether to go left or right after the security checkpoint.
In every demo I do, the story is the same. Someone on the GC team - usually the super or a project engineer - has become the de facto logistics coordinator by default. They're fielding calls and texts all day from subs asking when they can bring their delivery. They've got a shared calendar, or a group chat, or a Google Sheet, and it kind of works until it doesn't.
Here's what "it doesn't" looks like in practice:
Double-booked equipment. Two subs both schedule crane picks at 9 AM because nobody owns the calendar. One of them waits an hour. Somebody pays for that.
Gate congestion. No one knows that three other trucks are coming in the same two-hour window. The street backs up. The city calls.
The driver who can't find the drop-off. You've got a 12-acre campus with five access points and a laydown area behind Building C. The driver calls the site office. The super stops what he's doing to talk a semi driver through an unfamiliar site. This happens four times a day.
Phantom deliveries. Someone scheduled a delivery that never got approved, or got rescheduled, but the gate doesn't know. The truck shows up. Nobody's expecting it.
No record of anything. When something goes wrong - a damaged shipment, a missed delivery window, a dispute with a sub - there's no audit trail. You're working from memory.
The common thread: the GC team is absorbing coordination work that doesn't belong to them. Every one of these problems is solvable with a system that enforces rules, shares visibility, and gives trades the tools to manage their own deliveries within the boundaries you set.
Not all delivery management software is built for construction. A lot of it is adapted from freight or retail logistics and jammed into a construction context. Here's what actually matters when you're evaluating options for a job site:
The system only works if trades are using it. If you're the one entering every delivery request on behalf of subs, you've just created a new job for yourself. The right platform makes it easy enough for a sub's PM - who's never logged into your software before - to request a delivery slot without a training session or a password reset.
Look for: passwordless login, mobile-first design, a public booking portal that doesn't require an account, and delivery request flows that can be completed in under two minutes.
A common concern is that subs won't adopt new software. In practice, when the bar is low enough, they do. No account setup. No app required for basic booking. A QR code on the Jobsite Command TV that any sub can scan in a foreman meeting and submit a delivery request on the spot. The GC does not need to sell it - the simplicity sells itself.
On PLOT projects, around 87% of all delivery requests come directly from trades - not from the GC team entering them. That number is not a goal; it is what happens when the booking flow takes less than two minutes and requires nothing from the sub except their phone.
A shared calendar shows you what's booked. A rule-based system prevents double-booking in the first place. The difference matters enormously at scale.
You should be able to define: which locations can take which vehicle types, how many trucks can be at a given drop-off simultaneously, which equipment (crane, hoist, chute) requires its own reservation, and when each location is available during the project timeline. The system should enforce those rules automatically - not flag them for a human to check.
Drivers don't know your site. Giving them an address doesn't help when the drop-off is 400 meters behind Building B through a gate that's only open Tuesday through Thursday.
The best delivery management platforms provide turn-by-turn directions from the street to the specific drop-off location - with photos, waypoints, and instructions embedded. QR code accessible, no app download required. This alone eliminates dozens of phone calls per week on a busy project.
If your GC team lives in Procore, your delivery management tool needs to talk to it. At minimum, that means logging delivery arrivals and departures to the Procore daily log automatically. The best integrations go further - pulling in submittal data, syncing schedule activities, and keeping your Procore record accurate without manual entry.
The "if it's not on the board, it doesn't happen" principle is one of the most powerful behavior changes you can make on a job site. A TV in the trailer or at the gate showing today's delivery schedule - updated in real time - changes how trades think about the system. It makes the schedule real. It creates social accountability. Subs who see the board know that their unscheduled truck won't get through.
Look for a platform that can push to a large-format display without complicated setup.
A busy construction job site has a fixed set of resources - gates, drop-off zones, cranes, hoists, trash chutes, laydown areas - and an unlimited number of subcontractors who need to use them. Managing that allocation manually does not scale.
PLOT is a site resource reservation system. Every resource on your site is defined on the map with its own rules and availability. Trades reserve the resources they need - a specific gate for a specific time window, a crane pick for a one-hour slot, a laydown area for a three-day material staging period - and the system prevents conflicts automatically. Two subs cannot reserve the same crane at the same time. A gate that is closed for a concrete pour is not available to book. A hoist with a lunch break window blocks bookings during that window without anyone enforcing it manually.
The reservation model shifts the coordination burden off the GC team. Instead of a superintendent managing a mental map of who is using what and when, the site resources manage themselves within the rules you set.
Delivery scheduling and site access management are the same problem. Which gate is open. Which route a driver takes from the street to the drop-off. Which areas are restricted and when. How access changes as the project progresses through phases.
A purpose-built platform manages all of it from one map. Gates, access roads, drop-off zones, and equipment are defined once with their rules and availability. When a driver gets a delivery confirmation, they get a link with turn-by-turn directions from the street to their specific drop-off - waypoints, photos, GPS coordinates. They do not call the site office. They follow the link.
This is what distinguishes true site access management from a delivery calendar. The calendar tells you what is booked. The access management layer tells every driver exactly where to go and enforces the rules that keep the site running.
Whether you're running a tight downtown renovation or a 1,000-acre data center campus with 20 buildings and 8 gates, the system should handle both. That means multiple access routes, location-specific rules, laydown areas, and the ability to manage equipment reservations (tower crane, buckhoist, trash chutes) alongside standard delivery slots - all in the same platform.
Here's what actually changes how a site runs, based on what we hear from project teams every week:
A visual, interactive site map where every drop-off location, access route, laydown area, and piece of shared equipment is bookable and visible. Subs request a specific location and time window; GC leads approve or auto-approve based on your settings. The map shows what's booked and what's open in real time.
A TV display - mounted in the trailer, at the gate, or in a high-traffic area - showing today's delivery schedule as a live board. QR code on the screen for new subs to book directly. This creates site culture. When trades see the board, they want to be on it.
A shareable, QR-code-based directions page specific to each delivery location - step-by-step, with photos and GPS coordinates. Generated automatically when a delivery is approved. Drivers follow the link from their phone; no app download, no account required.
Set your preferred approval flow: everything auto-approves within GC-defined rules, or all requests go through a lead for manual approval. Approval and decline notifications go to the requesting party automatically. The GC only gets involved when something actually needs attention.
Connect your DroneDeploy account to pull in current aerial site imagery as your map base layer. As the site evolves, your logistics map evolves with it - without manually rebuilding it from scratch.
Every delivery that arrives and departs gets logged to the Procore daily log automatically. Arrival time, departure time, requesting party, location - all captured without anyone typing it in.
A project-specific URL - shareable by QR code, text, or email - where any vendor or trade can request a delivery without a login. The GC reviews and approves. No account setup required for the requesting party.
A clean mobile experience for subs and vendors to request, track, and manage their deliveries on the go. Notification by text, email, or in-app when a delivery is approved, declined, or modified.
PLOT is built around one core idea: the GC should define the rules, and then get out of the way.
Your job is to set the parameters - which locations are available, when, for what, with what rules - and then let the system and the trades manage within those parameters. Every time a GC team member manually enters a delivery request on behalf of a sub, or fields a call about crane availability, or looks up whether the north gate is open on Saturday, they're doing work the system should be doing.
The PLOT delivery logistics tool is a map-based reservation system. You build a site map with your drop-off zones, access routes, laydown areas, and equipment. You configure the rules for each. You share the booking portal with your trades. From there, subs request their own deliveries, GC leads approve or decline, and the Jobsite Command display keeps the whole site on the same page.
What changes is culture. The "if it's not on the board, it doesn't happen" principle takes about two weeks to set in - and after that, subs are enforcing it on each other. They want to be on the board. They book in advance. The site super's phone stops ringing.
PLOT also handles the adjacent complexity that standard delivery tools ignore: tower crane reservations, buckhoist scheduling, trash chute windows, laydown area booking, and multi-gate campus navigation. Projects like the $135M Lorch Hall renovation at the University of Michigan - tight site, buckhoist, tower crane, multiple chutes - or multi-building data center campuses with eight access gates are exactly the kind of complexity PLOT is built for.
Stop being the logistics coordinator. Set your rules once, share the portal, and the system handles the incoming requests. The Jobsite Command display keeps everyone informed without you touching it. When a conflict does come up, you've got an audit trail and a record of every delivery that's ever been requested and approved on your project.
The procurement side connects directly to the delivery side. Materials you're tracking in PLOT's procurement module - with deadlines derived from the schedule activities each order is linked to - flow into the delivery system when they're ready to ship. No duplicate entry. No separate spreadsheet for logistics.
A simple mobile experience to request delivery slots, see what's approved, and get turn-by-turn directions to the exact drop-off location. No account setup. No PDF to decode. No phone call to figure out which gate to use on Thursday.
A shareable link with step-by-step directions, photos, and GPS coordinates from the street to their specific drop-off. No calling the site office. No guessing which gate. Just follow the link.
A live record of every delivery on every project. Procore daily logs that are accurate and complete without manual effort. The ability to see delivery activity at a glance - and the confidence that site logistics aren't adding unnecessary cost and delay to the project.
Does PLOT handle site access management?
Yes. Site access management is core to what PLOT does. You define every access point, route, drop-off zone, and piece of shared equipment on a map, set the rules for each, and the system enforces them automatically. Drivers get turn-by-turn directions from the street to their specific drop-off via a web link - no app required. Gate access, restricted zones, phase-based closures, and equipment availability windows are all configurable and applied automatically to every delivery request.
What is construction delivery management software?
Construction delivery management software is a platform that helps GC teams coordinate, schedule, and track material deliveries to a job site. It replaces the combination of phone calls, group texts, shared calendars, and PDFs that most sites use today - and enforces rules automatically so that deliveries happen when and where they're supposed to.
Why can't we just use a shared Google Calendar?
A shared calendar shows you what's booked. It doesn't prevent double-booking, enforce rules (vehicle types, time windows, concurrent limits), send automated notifications, provide driver navigation, or log anything to Procore. It also requires the GC team to manage it - which defeats the purpose. A purpose-built platform takes coordination off the GC team's plate and puts it where it belongs.
How do subcontractors get access?
On PLOT, trades access the system through a public booking portal - a project-specific URL shareable via QR code, text, or email. No account setup, no password, no app required for basic booking. Trades who want the full mobile app experience can create an account, but it's not a prerequisite.
Do drivers need to download an app?
No. PLOT's driver wayfinding pages are web-based and shareable via QR code or link. When a delivery is approved, the requesting party gets a link to turn-by-turn directions from the street to their specific drop-off - photos, GPS waypoints, step-by-step instructions. The driver follows it from their phone like any other web page.
What about equipment like tower cranes and buckhoists?
PLOT handles equipment reservations natively alongside standard delivery slots. You create a bookable resource for each piece of shared equipment, set the rules (availability windows, advance booking requirements, concurrent use limits), and trades request time on that equipment the same way they'd request a delivery slot. Conflicts are prevented automatically.
How does Procore integration work?
PLOT integrates with Procore in two ways. For logistics, delivery arrivals and departures log automatically to the Procore daily log. For procurement, PLOT syncs submittal status from Procore and can link to schedule activities so deadlines are derived from the linked activity dates. The integration is set up once at the project level and runs automatically from there.
What size projects is PLOT built for?
PLOT runs on everything from single-building urban renovations to 1,000-acre data center campuses with 20 buildings and 8 access gates. The platform is designed around configurable rules and map-based logistics, so it scales to site complexity without becoming more complicated to manage.
How long does setup take?
Most PLOT projects are live within a day or two. Building the site map, configuring rules, and sharing the booking portal with trades takes a few hours. The Procore integration connects in minutes. Training for the GC team is typically a single session; trades can book their first delivery without any training at all.
What happens if a delivery doesn't get approved in time?
PLOT's approval workflows are configurable. You can set automatic approvals for deliveries that fall within defined rules - which eliminates most of the approval overhead on a well-configured project - or require manual lead approval for everything. Either way, the requesting party gets notified automatically when a delivery is approved, declined, or modified.
Is PLOT only for delivery logistics, or does it do procurement too?
PLOT has two modules that work together: Delivery Logistics and Procurement Management. Delivery Logistics handles the site coordination side - reservations, wayfinding, Jobsite Command, driver notifications. Procurement Management handles the materials side - tracking submittals, orders, and deadlines derived from the schedule activities each order is linked to. Many customers use both; each module also stands alone.
PLOT is construction logistics software built for GCs and the trades who work with them. If you're managing deliveries through texts and PDFs and want to see what a rule-based system looks like on your kind of project, book a demo at getplot.com.
