How much does a logistics or delivery app cost in the UK?

September 28th, 2026 at 05:26 am

Last updated: September 2026

Author: Ronak Shah, Nordstone — app development consultancy

A logistics or delivery app in the UK typically costs £30,000–£70,000 for a single customer-facing delivery app, £70,000–£180,000 for separate driver and customer apps with live tracking, and £150,000–£400,000+ for a full platform with dispatch, routing and a merchant dashboard. Cost is driven mainly by real-time GPS tracking, how many app roles you need, and dispatch logic complexity.

TL;DR

• Cost bands: Single delivery app £30k–£70k · Driver + customer apps £70k–£180k · Full platform + dispatch £150k–£400k+.
• Real-time/GPS complexity: live tracking, ETAs and route recalculation are backend-heavy and add cost well beyond what the map on screen suggests.
• Multi-app builds: most platforms are genuinely three or four products — customer app, driver app, dispatcher/merchant dashboard, admin panel — each adding to timeline and cost.
• Integrations: mapping/routing APIs, payment processing (often split multi-party), telematics/GPS hardware where relevant, and push notification infrastructure.
• Scaling costs: mapping API bills scale directly with usage and can become one of the largest ongoing line items at volume, not a rounding error.
• Ways to save: phase the app roles (customer app first, dispatch manually), and prove demand in one city or region before building for national scale.

What does a logistics or delivery app cost in the UK?

Most UK logistics and delivery apps fall into three bands, and — as with food delivery platforms specifically — the biggest cost driver is how many distinct “apps” you’re really building, since a UK-focused build of a Deliveroo-style platform runs roughly £45,000 for a basic V1 up to £150,000 for a full build with a rider app and real-time tracking. A single delivery app for a business managing its own small fleet manually has a comparatively contained scope. Adding a dedicated driver app with live GPS tracking and two-way notifications is where cost rises sharply, because you’re now building and maintaining two synchronised, real-time products rather than one. A full platform with automated dispatch and a merchant or operations dashboard is a different order of complexity again — genuinely four coordinated products (customer, driver, dispatcher, admin) sharing one real-time backend.

Single delivery app

A single customer-facing app — order placement, basic status updates, manual or lightly automated dispatch behind the scenes — is the fastest and cheapest route to a live product. This suits businesses running deliveries through their own small team where dispatch can still be handled by a person rather than software, and where “live tracking” can reasonably mean status updates (confirmed, out for delivery, delivered) rather than a moving pin on a map.

Driver + customer apps

Once customers expect to watch their delivery move on a live map, you need a genuinely real-time system: a driver app pushing GPS position continuously, a backend broadcasting that position to the right customer’s app, and push notifications tied to status changes. This band is where most consumer-facing delivery products actually sit, and where the backend — not the visible UI — consumes most of the budget.

Full platform + dispatch

A full platform adds automated or AI-assisted dispatch (matching orders to available drivers by proximity, capacity and route efficiency), a merchant or dispatcher dashboard, and admin analytics — industry guides describe a full-featured, multi-city build with AI-powered dispatch and enterprise integrations running from roughly £115,000 up into several hundred thousand pounds depending on scope, broadly consistent with the £150,000+ band UK agencies quote for platforms of this depth. This is genuinely four coordinated products sharing one real-time backend, and it’s the band where multi-party payment splitting (customer → platform → driver/merchant) and dispatch logic — not the interface — consume most of the engineering time.

What drives logistics app cost?

Three factors dominate the quote. Real-time tracking is the single biggest driver: a live-moving map pin looks simple but requires continuous location streaming from the driver’s device, a backend that can handle many simultaneous location updates without lag, and a client that redraws smoothly — genuinely different engineering from a standard CRUD app, and the reason two apps that look similar on screen can carry very different price tags. Multiple app roles compound cost linearly at minimum, because a driver app and a customer app aren’t the same product reskinned — they have different permission models, different core screens, and different offline-tolerance requirements (drivers frequently work in poor signal areas). Dispatch logic is the least visible and most underestimated cost: deciding which driver gets which job, in what order, factoring in vehicle capacity, time windows and live traffic, is a genuinely hard optimisation problem, and the gap between “basic first-come dispatch” and “AI-assisted route optimisation” is one of the largest swings in a logistics app quote.

Key integrations

Every logistics app connects to a similar core set of systems. Mapping and routing is the foundation — most UK platforms build on Google Maps Platform, where Directions and Distance Matrix requests are priced at roughly $5 per 1,000 requests after a monthly free allowance, though Route Matrix calculations bill per origin-destination element rather than per request, which is where costs can escalate quickly at scale — a single ETA batch across 50 depots and 200 addresses generates 10,000 billable elements in one call. Payment processing for a delivery platform is rarely a simple single-party charge: most need to split one payment between the platform, the merchant and the driver, commonly built on Stripe Connect. Telematics — GPS hardware or fleet-tracking integrations — matters for logistics businesses running their own vehicle fleet rather than gig-model drivers using their own phones. Push notification infrastructure ties the whole experience together, since status updates (driver assigned, en route, arriving, delivered) are what customers actually perceive as “real-time tracking” alongside the map itself.

Ongoing and scaling costs

As with most app categories, budget 15–20% of build cost per year for general maintenance. What’s different for logistics apps is that mapping API costs scale directly with order volume, not with a flat monthly fee — Google Maps Platform has no automatic spending cap, so usage above your allowance simply continues billing rather than stopping, and a genuinely high-volume delivery operation running frequent route recalculations and live tracking can see this become one of the largest single line items in the infrastructure budget, not a rounding error. Real-time infrastructure — the backend handling continuous location updates from every active driver simultaneously — also needs to be load-tested against your busiest realistic hour (typically a Friday evening for food delivery, or a pre-Christmas peak for parcel logistics), since this is where systems designed for average load visibly fail.

Build vs off-the-shelf platform

Off-the-shelf logistics platforms — Onfleet, Bringg, Tookan and Circuit are the commonly cited names — offer dispatch management, driver tracking and customer notifications for a monthly subscription rather than a build. Onfleet’s pricing starts at $500–$619 a month for its entry tier, covering a fixed number of delivery tasks with unlimited users, which is a fraction of a custom build’s upfront cost and can have a business operational within days. This route makes sense when your delivery process is fairly standard, you don’t need a fully branded customer-facing app, and getting live quickly matters more than owning the software outright.

Custom development wins once your operation needs something a generic platform can’t flex to: a fully branded customer app (most SaaS platforms are built for the operations team, not a public-facing product), dispatch logic tuned to a specific business model, deep integration with existing systems, or — once volume is high enough — materially lower per-order cost than an off-the-shelf platform’s ongoing fees. Many businesses start on a SaaS platform to validate demand, then move to custom development once volume and differentiation justify it.

How to reduce cost

The clearest saving is phasing the app roles rather than building all of them simultaneously: launch a single customer-facing app with dispatch handled manually or through an off-the-shelf tool, then build a dedicated driver app once order volume genuinely requires it — this mirrors the standard advice for food delivery platforms specifically, where launching the customer app and a merchant panel first, then adding a dedicated driver app once volume justifies it, is a well-established sequencing strategy. The second major saving is starting with one city or region rather than building for national scale from day one — this keeps your mapping API costs, driver recruitment and operational complexity contained while you validate the model, and means any changes to dispatch logic or app flow affect a smaller, more forgiving user base while you’re still iterating.

Frequently asked questions

Get a logistics app estimate

Every logistics build has a different mix of real-time tracking needs, app roles and dispatch complexity. If you’d like a costed breakdown against your specific operation — single delivery app, driver and customer apps, or a full dispatch platform — get in touch with Nordstone for a free scoping conversation.